id sid tid token lemma pos ajst-30234 1 1 academic academic ADJ ajst-30234 1 2 journal journal NOUN ajst-30234 1 3 of of ADP ajst-30234 1 4 science science NOUN ajst-30234 1 5 and and CCONJ ajst-30234 1 6 technology technology NOUN ajst-30234 1 7 issn issn NOUN ajst-30234 1 8 : : PUNCT ajst-30234 1 9 2771 2771 NUM ajst-30234 1 10 - - SYM ajst-30234 1 11 3032 3032 NUM ajst-30234 1 12 | | NOUN ajst-30234 1 13 vol vol NOUN ajst-30234 1 14 . . PUNCT ajst-30234 2 1 14 14 NUM ajst-30234 2 2 , , PUNCT ajst-30234 2 3 no no INTJ ajst-30234 2 4 . . NOUN ajst-30234 2 5 3 3 NUM ajst-30234 2 6 , , PUNCT ajst-30234 2 7 2025 2025 NUM ajst-30234 2 8 362 362 NUM ajst-30234 2 9 inverter‐based inverter‐base VERB ajst-30234 2 10 resources resource NOUN ajst-30234 2 11 for for ADP ajst-30234 2 12 power power NOUN ajst-30234 2 13 generation generation NOUN ajst-30234 2 14 technology technology PROPN ajst-30234 2 15 xinyi xinyi PROPN ajst-30234 2 16 wang1 wang1 PROPN ajst-30234 2 17 , , PUNCT ajst-30234 2 18 a a DET ajst-30234 2 19 1faculty 1faculty NUM ajst-30234 2 20 of of ADP ajst-30234 2 21 engineering engineering NOUN ajst-30234 2 22 , , PUNCT ajst-30234 2 23 architecture architecture NOUN ajst-30234 2 24 & & CCONJ ajst-30234 2 25 info info NOUN ajst-30234 2 26 tech tech NOUN ajst-30234 2 27 , , PUNCT ajst-30234 2 28 the the DET ajst-30234 2 29 university university PROPN ajst-30234 2 30 of of ADP ajst-30234 2 31 queensland queensland PROPN ajst-30234 2 32 , , PUNCT ajst-30234 2 33 brisbane brisbane PROPN ajst-30234 2 34 , , PUNCT ajst-30234 2 35 queensland queensland NOUN ajst-30234 2 36 , , PUNCT ajst-30234 2 37 4067 4067 NUM ajst-30234 2 38 , , PUNCT ajst-30234 2 39 australia australia PROPN ajst-30234 2 40 awangxinyi200010@163.com awangxinyi200010@163.com PROPN ajst-30234 2 41 abstract abstract PROPN ajst-30234 2 42 : : PUNCT ajst-30234 2 43 the the DET ajst-30234 2 44 aim aim NOUN ajst-30234 2 45 of of ADP ajst-30234 2 46 this this DET ajst-30234 2 47 research research NOUN ajst-30234 2 48 project project NOUN ajst-30234 2 49 is be AUX ajst-30234 2 50 to to PART ajst-30234 2 51 explore explore VERB ajst-30234 2 52 the the DET ajst-30234 2 53 possibility possibility NOUN ajst-30234 2 54 of of ADP ajst-30234 2 55 maintaining maintain VERB ajst-30234 2 56 the the DET ajst-30234 2 57 stability stability NOUN ajst-30234 2 58 of of ADP ajst-30234 2 59 frequency frequency NOUN ajst-30234 2 60 control control NOUN ajst-30234 2 61 in in ADP ajst-30234 2 62 power power NOUN ajst-30234 2 63 systems system NOUN ajst-30234 2 64 today today NOUN ajst-30234 2 65 where where SCONJ ajst-30234 2 66 the the DET ajst-30234 2 67 share share NOUN ajst-30234 2 68 of of ADP ajst-30234 2 69 high high ADJ ajst-30234 2 70 percentage percentage NOUN ajst-30234 2 71 inverter inverter NOUN ajst-30234 2 72 resources resource NOUN ajst-30234 2 73 is be AUX ajst-30234 2 74 gradually gradually ADV ajst-30234 2 75 increasing increase VERB ajst-30234 2 76 . . PUNCT ajst-30234 3 1 by by ADP ajst-30234 3 2 conducting conduct VERB ajst-30234 3 3 experiments experiment NOUN ajst-30234 3 4 using use VERB ajst-30234 3 5 scada scada PROPN ajst-30234 3 6 , , PUNCT ajst-30234 3 7 this this DET ajst-30234 3 8 research research NOUN ajst-30234 3 9 aims aim VERB ajst-30234 3 10 to to PART ajst-30234 3 11 find find VERB ajst-30234 3 12 effective effective ADJ ajst-30234 3 13 ways way NOUN ajst-30234 3 14 to to PART ajst-30234 3 15 analyze analyze VERB ajst-30234 3 16 the the DET ajst-30234 3 17 specific specific ADJ ajst-30234 3 18 generation generation NOUN ajst-30234 3 19 methods method NOUN ajst-30234 3 20 and and CCONJ ajst-30234 3 21 compare compare VERB ajst-30234 3 22 them they PRON ajst-30234 3 23 with with ADP ajst-30234 3 24 the the DET ajst-30234 3 25 conventional conventional ADJ ajst-30234 3 26 ones one NOUN ajst-30234 3 27 , , PUNCT ajst-30234 3 28 and and CCONJ ajst-30234 3 29 finally finally ADV ajst-30234 3 30 to to PART ajst-30234 3 31 explore explore VERB ajst-30234 3 32 the the DET ajst-30234 3 33 possibilities possibility NOUN ajst-30234 3 34 of of ADP ajst-30234 3 35 maintaining maintain VERB ajst-30234 3 36 the the DET ajst-30234 3 37 stability stability NOUN ajst-30234 3 38 of of ADP ajst-30234 3 39 the the DET ajst-30234 3 40 frequency frequency NOUN ajst-30234 3 41 of of ADP ajst-30234 3 42 the the DET ajst-30234 3 43 power power NOUN ajst-30234 3 44 system system NOUN ajst-30234 3 45 in in ADP ajst-30234 3 46 the the DET ajst-30234 3 47 above above ADJ ajst-30234 3 48 mentioned mention VERB ajst-30234 3 49 scenario scenario NOUN ajst-30234 3 50 . . PUNCT ajst-30234 4 1 keywords keyword NOUN ajst-30234 4 2 : : PUNCT ajst-30234 4 3 inverter inverter NOUN ajst-30234 4 4 - - PUNCT ajst-30234 4 5 based base VERB ajst-30234 4 6 resources resource NOUN ajst-30234 4 7 ; ; PUNCT ajst-30234 4 8 power power NOUN ajst-30234 4 9 system system NOUN ajst-30234 4 10 frequency frequency NOUN ajst-30234 4 11 stability stability NOUN ajst-30234 4 12 ; ; PUNCT ajst-30234 4 13 scada scada PROPN ajst-30234 4 14 ; ; PUNCT ajst-30234 4 15 generation generation NOUN ajst-30234 4 16 methods method NOUN ajst-30234 4 17 . . PUNCT ajst-30234 5 1 1 1 X ajst-30234 5 2 . . X ajst-30234 5 3 introduction introduction NOUN ajst-30234 5 4 with with ADP ajst-30234 5 5 the the DET ajst-30234 5 6 rise rise NOUN ajst-30234 5 7 of of ADP ajst-30234 5 8 renewable renewable ADJ ajst-30234 5 9 energy energy NOUN ajst-30234 5 10 , , PUNCT ajst-30234 5 11 people people NOUN ajst-30234 5 12 are be AUX ajst-30234 5 13 becoming become VERB ajst-30234 5 14 more more ADV ajst-30234 5 15 aware aware ADJ ajst-30234 5 16 of of ADP ajst-30234 5 17 the the DET ajst-30234 5 18 importance importance NOUN ajst-30234 5 19 of of ADP ajst-30234 5 20 sustainable sustainable ADJ ajst-30234 5 21 development development NOUN ajst-30234 5 22 and and CCONJ ajst-30234 5 23 ecological ecological ADJ ajst-30234 5 24 protection protection NOUN ajst-30234 5 25 , , PUNCT ajst-30234 5 26 especially especially ADV ajst-30234 5 27 clean clean ADJ ajst-30234 5 28 energy energy NOUN ajst-30234 5 29 sources source NOUN ajst-30234 5 30 such such ADJ ajst-30234 5 31 as as ADP ajst-30234 5 32 wind wind NOUN ajst-30234 5 33 and and CCONJ ajst-30234 5 34 solar solar ADJ ajst-30234 5 35 . . PUNCT ajst-30234 6 1 these these DET ajst-30234 6 2 energies energy NOUN ajst-30234 6 3 can can AUX ajst-30234 6 4 not not PART ajst-30234 6 5 be be AUX ajst-30234 6 6 directly directly ADV ajst-30234 6 7 connected connect VERB ajst-30234 6 8 to to ADP ajst-30234 6 9 the the DET ajst-30234 6 10 grid grid NOUN ajst-30234 6 11 and and CCONJ ajst-30234 6 12 need need VERB ajst-30234 6 13 to to PART ajst-30234 6 14 be be AUX ajst-30234 6 15 realized realize VERB ajst-30234 6 16 through through ADP ajst-30234 6 17 inverters inverter NOUN ajst-30234 6 18 , , PUNCT ajst-30234 6 19 so so SCONJ ajst-30234 6 20 this this DET ajst-30234 6 21 kind kind NOUN ajst-30234 6 22 of of ADP ajst-30234 6 23 energy energy NOUN ajst-30234 6 24 is be AUX ajst-30234 6 25 called call VERB ajst-30234 6 26 ibr ibr PROPN ajst-30234 6 27 . . PROPN ajst-30234 7 1 compared compare VERB ajst-30234 7 2 with with ADP ajst-30234 7 3 traditional traditional ADJ ajst-30234 7 4 synchronous synchronous ADJ ajst-30234 7 5 generators generator NOUN ajst-30234 7 6 , , PUNCT ajst-30234 7 7 these these DET ajst-30234 7 8 resources resource NOUN ajst-30234 7 9 have have VERB ajst-30234 7 10 lower low ADJ ajst-30234 7 11 carbon carbon NOUN ajst-30234 7 12 emission emission NOUN ajst-30234 7 13 , , PUNCT ajst-30234 7 14 more more ADV ajst-30234 7 15 flexible flexible ADJ ajst-30234 7 16 use use NOUN ajst-30234 7 17 and and CCONJ ajst-30234 7 18 relatively relatively ADV ajst-30234 7 19 lower low ADJ ajst-30234 7 20 cost cost NOUN ajst-30234 7 21 , , PUNCT ajst-30234 7 22 but but CCONJ ajst-30234 7 23 as as SCONJ ajst-30234 7 24 more more ADJ ajst-30234 7 25 and and CCONJ ajst-30234 7 26 more more ADV ajst-30234 7 27 ibrs ibrs ADJ ajst-30234 7 28 are be AUX ajst-30234 7 29 added add VERB ajst-30234 7 30 to to ADP ajst-30234 7 31 the the DET ajst-30234 7 32 grid grid NOUN ajst-30234 7 33 , , PUNCT ajst-30234 7 34 the the DET ajst-30234 7 35 change change NOUN ajst-30234 7 36 of of ADP ajst-30234 7 37 the the DET ajst-30234 7 38 energy energy NOUN ajst-30234 7 39 structure structure NOUN ajst-30234 7 40 and and CCONJ ajst-30234 7 41 the the DET ajst-30234 7 42 instability instability NOUN ajst-30234 7 43 brought bring VERB ajst-30234 7 44 by by ADP ajst-30234 7 45 the the DET ajst-30234 7 46 ibrs ibrs NOUN ajst-30234 7 47 bring bring VERB ajst-30234 7 48 unprecedented unprecedented ADJ ajst-30234 7 49 challenges challenge NOUN ajst-30234 7 50 to to ADP ajst-30234 7 51 the the DET ajst-30234 7 52 frequency frequency NOUN ajst-30234 7 53 control control NOUN ajst-30234 7 54 of of ADP ajst-30234 7 55 the the DET ajst-30234 7 56 power power NOUN ajst-30234 7 57 system system NOUN ajst-30234 7 58 . . PUNCT ajst-30234 8 1 in in ADP ajst-30234 8 2 this this DET ajst-30234 8 3 paper paper NOUN ajst-30234 8 4 , , PUNCT ajst-30234 8 5 we we PRON ajst-30234 8 6 will will AUX ajst-30234 8 7 focus focus VERB ajst-30234 8 8 on on ADP ajst-30234 8 9 three three NUM ajst-30234 8 10 experiments experiment NOUN ajst-30234 8 11 with with ADP ajst-30234 8 12 microgrids microgrid NOUN ajst-30234 8 13 , , PUNCT ajst-30234 8 14 wind wind NOUN ajst-30234 8 15 energy energy NOUN ajst-30234 8 16 and and CCONJ ajst-30234 8 17 photovoltaic photovoltaic NOUN ajst-30234 8 18 power power NOUN ajst-30234 8 19 generation generation NOUN ajst-30234 8 20 , , PUNCT ajst-30234 8 21 so so SCONJ ajst-30234 8 22 as as SCONJ ajst-30234 8 23 to to PART ajst-30234 8 24 further far ADV ajst-30234 8 25 understand understand VERB ajst-30234 8 26 the the DET ajst-30234 8 27 differences difference NOUN ajst-30234 8 28 between between ADP ajst-30234 8 29 the the DET ajst-30234 8 30 new new ADJ ajst-30234 8 31 power power NOUN ajst-30234 8 32 generation generation NOUN ajst-30234 8 33 technologies technology NOUN ajst-30234 8 34 and and CCONJ ajst-30234 8 35 the the DET ajst-30234 8 36 traditional traditional ADJ ajst-30234 8 37 power power NOUN ajst-30234 8 38 generation generation NOUN ajst-30234 8 39 methods method NOUN ajst-30234 8 40 . . PUNCT ajst-30234 9 1 2 2 X ajst-30234 9 2 . . X ajst-30234 9 3 literature literature NOUN ajst-30234 9 4 review review PROPN ajst-30234 9 5 with with ADP ajst-30234 9 6 the the DET ajst-30234 9 7 wide wide ADJ ajst-30234 9 8 application application NOUN ajst-30234 9 9 of of ADP ajst-30234 9 10 renewable renewable ADJ ajst-30234 9 11 energy energy NOUN ajst-30234 9 12 in in ADP ajst-30234 9 13 the the DET ajst-30234 9 14 power power NOUN ajst-30234 9 15 system system NOUN ajst-30234 9 16 , , PUNCT ajst-30234 9 17 the the DET ajst-30234 9 18 role role NOUN ajst-30234 9 19 of of ADP ajst-30234 9 20 inverter inverter ADJ ajst-30234 9 21 resources resource NOUN ajst-30234 9 22 ( ( PUNCT ajst-30234 9 23 ibrs ibrs ADJ ajst-30234 9 24 ) ) PUNCT ajst-30234 9 25 in in ADP ajst-30234 9 26 the the DET ajst-30234 9 27 grid grid NOUN ajst-30234 9 28 has have AUX ajst-30234 9 29 gradually gradually ADV ajst-30234 9 30 become become VERB ajst-30234 9 31 the the DET ajst-30234 9 32 focus focus NOUN ajst-30234 9 33 of of ADP ajst-30234 9 34 research research NOUN ajst-30234 9 35 . . PUNCT ajst-30234 10 1 inverters inverter NOUN ajst-30234 10 2 not not PART ajst-30234 10 3 only only ADV ajst-30234 10 4 realize realize VERB ajst-30234 10 5 the the DET ajst-30234 10 6 grid grid NOUN ajst-30234 10 7 integration integration NOUN ajst-30234 10 8 of of ADP ajst-30234 10 9 renewable renewable ADJ ajst-30234 10 10 energy energy NOUN ajst-30234 10 11 , , PUNCT ajst-30234 10 12 but but CCONJ ajst-30234 10 13 also also ADV ajst-30234 10 14 significantly significantly ADV ajst-30234 10 15 change change VERB ajst-30234 10 16 the the DET ajst-30234 10 17 frequency frequency NOUN ajst-30234 10 18 stability stability NOUN ajst-30234 10 19 and and CCONJ ajst-30234 10 20 dynamic dynamic ADJ ajst-30234 10 21 characteristics characteristic NOUN ajst-30234 10 22 of of ADP ajst-30234 10 23 the the DET ajst-30234 10 24 power power NOUN ajst-30234 10 25 system system NOUN ajst-30234 10 26 . . PUNCT ajst-30234 11 1 2.1 2.1 NUM ajst-30234 11 2 . . PUNCT ajst-30234 11 3 characteristics characteristic NOUN ajst-30234 11 4 of of ADP ajst-30234 11 5 inverter inverter ADJ ajst-30234 11 6 resources resource NOUN ajst-30234 11 7 ( ( PUNCT ajst-30234 11 8 ibr ibr PROPN ajst-30234 11 9 ) ) PUNCT ajst-30234 11 10 an an DET ajst-30234 11 11 inverter inverter ADJ ajst-30234 11 12 resource resource NOUN ajst-30234 11 13 is be AUX ajst-30234 11 14 a a DET ajst-30234 11 15 power power NOUN ajst-30234 11 16 electronics electronic NOUN ajst-30234 11 17 - - PUNCT ajst-30234 11 18 based base VERB ajst-30234 11 19 device device NOUN ajst-30234 11 20 whose whose DET ajst-30234 11 21 output output NOUN ajst-30234 11 22 frequency frequency NOUN ajst-30234 11 23 is be AUX ajst-30234 11 24 synchronized synchronize VERB ajst-30234 11 25 with with ADP ajst-30234 11 26 the the DET ajst-30234 11 27 grid grid NOUN ajst-30234 11 28 frequency frequency NOUN ajst-30234 11 29 , , PUNCT ajst-30234 11 30 as as SCONJ ajst-30234 11 31 determined determine VERB ajst-30234 11 32 by by ADP ajst-30234 11 33 its its PRON ajst-30234 11 34 internal internal ADJ ajst-30234 11 35 controller controller NOUN ajst-30234 11 36 . . PUNCT ajst-30234 12 1 compared compare VERB ajst-30234 12 2 with with ADP ajst-30234 12 3 conventional conventional ADJ ajst-30234 12 4 synchronous synchronous ADJ ajst-30234 12 5 generators generator NOUN ajst-30234 12 6 , , PUNCT ajst-30234 12 7 inverters inverter NOUN ajst-30234 12 8 lack lack VERB ajst-30234 12 9 inertial inertial ADJ ajst-30234 12 10 reserves reserve NOUN ajst-30234 12 11 , , PUNCT ajst-30234 12 12 so so CCONJ ajst-30234 12 13 their their PRON ajst-30234 12 14 dynamic dynamic ADJ ajst-30234 12 15 response response NOUN ajst-30234 12 16 is be AUX ajst-30234 12 17 faster fast ADJ ajst-30234 12 18 but but CCONJ ajst-30234 12 19 their their PRON ajst-30234 12 20 stability stability NOUN ajst-30234 12 21 is be AUX ajst-30234 12 22 relatively relatively ADV ajst-30234 12 23 low low ADJ ajst-30234 12 24 [ [ X ajst-30234 12 25 1].droop 1].droop NUM ajst-30234 12 26 control control NOUN ajst-30234 12 27 , , PUNCT ajst-30234 12 28 as as ADP ajst-30234 12 29 a a DET ajst-30234 12 30 strategy strategy NOUN ajst-30234 12 31 that that PRON ajst-30234 12 32 simulates simulate VERB ajst-30234 12 33 the the DET ajst-30234 12 34 power power NOUN ajst-30234 12 35 distribution distribution NOUN ajst-30234 12 36 characteristics characteristic NOUN ajst-30234 12 37 of of ADP ajst-30234 12 38 synchronous synchronous ADJ ajst-30234 12 39 generators generator NOUN ajst-30234 12 40 , , PUNCT ajst-30234 12 41 is be AUX ajst-30234 12 42 widely widely ADV ajst-30234 12 43 used use VERB ajst-30234 12 44 in in ADP ajst-30234 12 45 active active ADJ ajst-30234 12 46 and and CCONJ ajst-30234 12 47 reactive reactive ADJ ajst-30234 12 48 power power NOUN ajst-30234 12 49 regulation regulation NOUN ajst-30234 12 50 of of ADP ajst-30234 12 51 microgrids microgrid NOUN ajst-30234 12 52 with with ADP ajst-30234 12 53 the the DET ajst-30234 12 54 advantages advantage NOUN ajst-30234 12 55 of of ADP ajst-30234 12 56 fast fast ADJ ajst-30234 12 57 response response NOUN ajst-30234 12 58 and and CCONJ ajst-30234 12 59 high high ADJ ajst-30234 12 60 adaptability adaptability NOUN ajst-30234 12 61 [ [ X ajst-30234 12 62 2 2 NUM ajst-30234 12 63 ] ] PUNCT ajst-30234 12 64 . . PUNCT ajst-30234 13 1 2.2 2.2 NUM ajst-30234 13 2 . . PUNCT ajst-30234 13 3 basic basic ADJ ajst-30234 13 4 theory theory NOUN ajst-30234 13 5 of of ADP ajst-30234 13 6 microgrid microgrid ADJ ajst-30234 13 7 frequency frequency NOUN ajst-30234 13 8 control control NOUN ajst-30234 13 9 droop droop NOUN ajst-30234 13 10 control control NOUN ajst-30234 13 11 is be AUX ajst-30234 13 12 one one NUM ajst-30234 13 13 of of ADP ajst-30234 13 14 the the DET ajst-30234 13 15 core core NOUN ajst-30234 13 16 technologies technology NOUN ajst-30234 13 17 of of ADP ajst-30234 13 18 microgrid microgrid ADJ ajst-30234 13 19 frequency frequency NOUN ajst-30234 13 20 control control NOUN ajst-30234 13 21 , , PUNCT ajst-30234 13 22 which which PRON ajst-30234 13 23 realizes realize VERB ajst-30234 13 24 active active ADJ ajst-30234 13 25 and and CCONJ ajst-30234 13 26 reactive reactive ADJ ajst-30234 13 27 power power NOUN ajst-30234 13 28 regulation regulation NOUN ajst-30234 13 29 through through ADP ajst-30234 13 30 the the DET ajst-30234 13 31 following follow VERB ajst-30234 13 32 equations equation NOUN ajst-30234 13 33 : : PUNCT ajst-30234 14 1 π›₯𝑓 π›₯𝑓 VERB ajst-30234 14 2 π‘˜π‘ π‘˜π‘ ADP ajst-30234 14 3 β‹… β‹… PROPN ajst-30234 14 4 𝑃 𝑃 PROPN ajst-30234 14 5 ( ( PUNCT ajst-30234 14 6 1 1 NUM ajst-30234 14 7 ) ) PUNCT ajst-30234 14 8 π›₯𝑉 π›₯𝑉 PROPN ajst-30234 14 9 π‘˜ π‘˜ PRON ajst-30234 14 10 β‹… β‹… PROPN ajst-30234 14 11 𝑄 𝑄 PROPN ajst-30234 14 12 ( ( PUNCT ajst-30234 14 13 2 2 NUM ajst-30234 14 14 ) ) PUNCT ajst-30234 14 15 π‘˜ π‘˜ NOUN ajst-30234 14 16 and and CCONJ ajst-30234 14 17 π‘˜ π‘˜ PROPN ajst-30234 14 18 are be AUX ajst-30234 14 19 droop droop NOUN ajst-30234 14 20 coefficients coefficient NOUN ajst-30234 14 21 , , PUNCT ajst-30234 14 22 which which PRON ajst-30234 14 23 are be AUX ajst-30234 14 24 used use VERB ajst-30234 14 25 to to PART ajst-30234 14 26 regulate regulate VERB ajst-30234 14 27 the the DET ajst-30234 14 28 relationship relationship NOUN ajst-30234 14 29 between between ADP ajst-30234 14 30 active active ADJ ajst-30234 14 31 and and CCONJ ajst-30234 14 32 reactive reactive ADJ ajst-30234 14 33 power power NOUN ajst-30234 14 34 and and CCONJ ajst-30234 14 35 frequency frequency NOUN ajst-30234 14 36 and and CCONJ ajst-30234 14 37 voltage voltage NOUN ajst-30234 14 38 , , PUNCT ajst-30234 14 39 respectively respectively ADV ajst-30234 14 40 . . PUNCT ajst-30234 15 1 it it PRON ajst-30234 15 2 has have AUX ajst-30234 15 3 been be AUX ajst-30234 15 4 shown show VERB ajst-30234 15 5 that that SCONJ ajst-30234 15 6 optimizing optimize VERB ajst-30234 15 7 the the DET ajst-30234 15 8 droop droop NOUN ajst-30234 15 9 coefficient coefficient NOUN ajst-30234 15 10 can can AUX ajst-30234 15 11 effectively effectively ADV ajst-30234 15 12 improve improve VERB ajst-30234 15 13 the the DET ajst-30234 15 14 dynamic dynamic ADJ ajst-30234 15 15 performance performance NOUN ajst-30234 15 16 of of ADP ajst-30234 15 17 microgrids microgrid NOUN ajst-30234 15 18 [ [ X ajst-30234 15 19 3,4 3,4 NUM ajst-30234 15 20 ] ] PUNCT ajst-30234 15 21 . . PUNCT ajst-30234 16 1 2.3 2.3 NUM ajst-30234 16 2 . . PUNCT ajst-30234 16 3 power power NOUN ajst-30234 16 4 control control NOUN ajst-30234 16 5 of of ADP ajst-30234 16 6 doubly doubly ADV ajst-30234 16 7 - - PUNCT ajst-30234 16 8 fed feed VERB ajst-30234 16 9 induction induction NOUN ajst-30234 16 10 generator generator NOUN ajst-30234 16 11 ( ( PUNCT ajst-30234 16 12 dfig dfig PROPN ajst-30234 16 13 ) ) PUNCT ajst-30234 16 14 doubly doubly ADV ajst-30234 16 15 - - PUNCT ajst-30234 16 16 fed feed VERB ajst-30234 16 17 induction induction NOUN ajst-30234 16 18 generator generator NOUN ajst-30234 16 19 ( ( PUNCT ajst-30234 16 20 dfig dfig PROPN ajst-30234 16 21 ) ) PUNCT ajst-30234 16 22 is be AUX ajst-30234 16 23 the the DET ajst-30234 16 24 mainstream mainstream NOUN ajst-30234 16 25 technology technology NOUN ajst-30234 16 26 of of ADP ajst-30234 16 27 modern modern ADJ ajst-30234 16 28 wind wind NOUN ajst-30234 16 29 turbine turbine NOUN ajst-30234 16 30 , , PUNCT ajst-30234 16 31 which which PRON ajst-30234 16 32 realizes realize VERB ajst-30234 16 33 the the DET ajst-30234 16 34 bidirectional bidirectional ADJ ajst-30234 16 35 power power NOUN ajst-30234 16 36 flow flow NOUN ajst-30234 16 37 between between ADP ajst-30234 16 38 stator stator NOUN ajst-30234 16 39 side side NOUN ajst-30234 16 40 and and CCONJ ajst-30234 16 41 rotor rotor NOUN ajst-30234 16 42 side side NOUN ajst-30234 16 43 through through ADP ajst-30234 16 44 power power NOUN ajst-30234 16 45 electronic electronic ADJ ajst-30234 16 46 converter converter NOUN ajst-30234 16 47 . . PUNCT ajst-30234 17 1 the the DET ajst-30234 17 2 power power NOUN ajst-30234 17 3 output output NOUN ajst-30234 17 4 of of ADP ajst-30234 17 5 dfig dfig PROPN ajst-30234 17 6 is be AUX ajst-30234 17 7 closely closely ADV ajst-30234 17 8 related relate VERB ajst-30234 17 9 to to ADP ajst-30234 17 10 the the DET ajst-30234 17 11 wind wind NOUN ajst-30234 17 12 speed speed NOUN ajst-30234 17 13 and and CCONJ ajst-30234 17 14 the the DET ajst-30234 17 15 pitch pitch NOUN ajst-30234 17 16 angle angle NOUN ajst-30234 17 17 of of ADP ajst-30234 17 18 the the DET ajst-30234 17 19 blades blade NOUN ajst-30234 17 20 , , PUNCT ajst-30234 17 21 and and CCONJ ajst-30234 17 22 its its PRON ajst-30234 17 23 maximum maximum ADJ ajst-30234 17 24 power power NOUN ajst-30234 17 25 point point NOUN ajst-30234 17 26 tracking tracking NOUN ajst-30234 17 27 ( ( PUNCT ajst-30234 17 28 mppt mppt PROPN ajst-30234 17 29 ) ) PUNCT ajst-30234 17 30 technology technology NOUN ajst-30234 17 31 can can AUX ajst-30234 17 32 significantly significantly ADV ajst-30234 17 33 improve improve VERB ajst-30234 17 34 the the DET ajst-30234 17 35 efficiency efficiency NOUN ajst-30234 17 36 of of ADP ajst-30234 17 37 the the DET ajst-30234 17 38 wind wind NOUN ajst-30234 17 39 energy energy NOUN ajst-30234 17 40 utilization utilization NOUN ajst-30234 18 1 [ [ X ajst-30234 18 2 5 5 NUM ajst-30234 18 3 ] ] PUNCT ajst-30234 18 4 . . PUNCT ajst-30234 19 1 in in ADP ajst-30234 19 2 addition addition NOUN ajst-30234 19 3 , , PUNCT ajst-30234 19 4 dfigs dfig NOUN ajst-30234 19 5 have have VERB ajst-30234 19 6 advantages advantage NOUN ajst-30234 19 7 in in ADP ajst-30234 19 8 fault fault NOUN ajst-30234 19 9 ride ride NOUN ajst-30234 19 10 - - PUNCT ajst-30234 19 11 through through NOUN ajst-30234 19 12 ( ( PUNCT ajst-30234 19 13 frt frt NOUN ajst-30234 19 14 ) ) PUNCT ajst-30234 19 15 performance performance NOUN ajst-30234 19 16 and and CCONJ ajst-30234 19 17 reactive reactive ADJ ajst-30234 19 18 power power NOUN ajst-30234 19 19 support support NOUN ajst-30234 19 20 , , PUNCT ajst-30234 19 21 which which PRON ajst-30234 19 22 contribute contribute VERB ajst-30234 19 23 to to ADP ajst-30234 19 24 the the DET ajst-30234 19 25 stability stability NOUN ajst-30234 19 26 of of ADP ajst-30234 19 27 modern modern ADJ ajst-30234 19 28 power power NOUN ajst-30234 19 29 grids grid NOUN ajst-30234 19 30 [ [ X ajst-30234 19 31 6 6 NUM ajst-30234 19 32 ] ] PUNCT ajst-30234 19 33 . . PUNCT ajst-30234 20 1 2.4 2.4 NUM ajst-30234 20 2 . . PUNCT ajst-30234 21 1 mppt mppt NOUN ajst-30234 21 2 technique technique NOUN ajst-30234 21 3 for for ADP ajst-30234 21 4 pv pv NOUN ajst-30234 21 5 inverters inverter NOUN ajst-30234 21 6 pv pv INTJ ajst-30234 21 7 inverters inverter NOUN ajst-30234 21 8 maximize maximize VERB ajst-30234 21 9 the the DET ajst-30234 21 10 efficiency efficiency NOUN ajst-30234 21 11 of of ADP ajst-30234 21 12 solar solar ADJ ajst-30234 21 13 energy energy NOUN ajst-30234 21 14 utilization utilization NOUN ajst-30234 21 15 through through ADP ajst-30234 21 16 mppt mppt PROPN ajst-30234 21 17 algorithms algorithm NOUN ajst-30234 21 18 . . PUNCT ajst-30234 22 1 current current ADJ ajst-30234 22 2 mainstream mainstream ADJ ajst-30234 22 3 mppt mppt NOUN ajst-30234 22 4 algorithms algorithm NOUN ajst-30234 22 5 include include VERB ajst-30234 22 6 perturbation perturbation NOUN ajst-30234 22 7 observation observation NOUN ajst-30234 22 8 ( ( PUNCT ajst-30234 22 9 p&o p&o PROPN ajst-30234 22 10 ) ) PUNCT ajst-30234 22 11 and and CCONJ ajst-30234 22 12 incremental incremental ADJ ajst-30234 22 13 conductance conductance NOUN ajst-30234 22 14 ( ( PUNCT ajst-30234 22 15 ic ic NUM ajst-30234 22 16 ) ) PUNCT ajst-30234 22 17 , , PUNCT ajst-30234 22 18 both both PRON ajst-30234 22 19 of of ADP ajst-30234 22 20 which which PRON ajst-30234 22 21 exhibit exhibit VERB ajst-30234 22 22 high high ADJ ajst-30234 22 23 tracking tracking NOUN ajst-30234 22 24 efficiencies efficiency NOUN ajst-30234 22 25 under under ADP ajst-30234 22 26 different different ADJ ajst-30234 22 27 irradiance irradiance NOUN ajst-30234 22 28 and and CCONJ ajst-30234 22 29 temperature temperature NOUN ajst-30234 22 30 conditions condition NOUN ajst-30234 22 31 [ [ X ajst-30234 22 32 7 7 NUM ajst-30234 22 33 ] ] PUNCT ajst-30234 22 34 . . PUNCT ajst-30234 23 1 it it PRON ajst-30234 23 2 has have AUX ajst-30234 23 3 also also ADV ajst-30234 23 4 been be AUX ajst-30234 23 5 shown show VERB ajst-30234 23 6 that that SCONJ ajst-30234 23 7 optimizing optimize VERB ajst-30234 23 8 the the DET ajst-30234 23 9 control control NOUN ajst-30234 23 10 strategy strategy NOUN ajst-30234 23 11 of of ADP ajst-30234 23 12 the the DET ajst-30234 23 13 inverter inverter NOUN ajst-30234 23 14 can can AUX ajst-30234 23 15 reduce reduce VERB ajst-30234 23 16 the the DET ajst-30234 23 17 impact impact NOUN ajst-30234 23 18 of of ADP ajst-30234 23 19 the the DET ajst-30234 23 20 pv pv NOUN ajst-30234 23 21 system system NOUN ajst-30234 23 22 on on ADP ajst-30234 23 23 the the DET ajst-30234 23 24 local local ADJ ajst-30234 23 25 grid grid NOUN ajst-30234 23 26 and and CCONJ ajst-30234 23 27 improve improve VERB ajst-30234 23 28 the the DET ajst-30234 23 29 quality quality NOUN ajst-30234 23 30 of of ADP ajst-30234 23 31 the the DET ajst-30234 23 32 grid grid NOUN ajst-30234 23 33 - - PUNCT ajst-30234 23 34 connected connect VERB ajst-30234 23 35 voltage voltage NOUN ajst-30234 23 36 [ [ X ajst-30234 23 37 8 8 NUM ajst-30234 23 38 ] ] PUNCT ajst-30234 23 39 . . PUNCT ajst-30234 24 1 2.5 2.5 NUM ajst-30234 24 2 . . PUNCT ajst-30234 25 1 power power NOUN ajst-30234 25 2 system system NOUN ajst-30234 25 3 frequency frequency NOUN ajst-30234 25 4 stability stability NOUN ajst-30234 25 5 while while SCONJ ajst-30234 25 6 conventional conventional ADJ ajst-30234 25 7 synchronous synchronous ADJ ajst-30234 25 8 generators generator NOUN ajst-30234 25 9 maintain maintain VERB ajst-30234 25 10 grid grid NOUN ajst-30234 25 11 frequency frequency NOUN ajst-30234 25 12 stability stability NOUN ajst-30234 25 13 through through ADP ajst-30234 25 14 rotational rotational ADJ ajst-30234 25 15 inertia inertia NOUN ajst-30234 25 16 , , PUNCT ajst-30234 25 17 inverter inverter ADJ ajst-30234 25 18 resources resource NOUN ajst-30234 25 19 need need VERB ajst-30234 25 20 to to PART ajst-30234 25 21 provide provide VERB ajst-30234 25 22 frequency frequency NOUN ajst-30234 25 23 support support NOUN ajst-30234 25 24 through through ADP ajst-30234 25 25 virtual virtual ADJ ajst-30234 25 26 363 363 NUM ajst-30234 25 27 inertia inertia NOUN ajst-30234 25 28 ( ( PUNCT ajst-30234 25 29 vsg vsg NOUN ajst-30234 25 30 ) ) PUNCT ajst-30234 25 31 technology technology NOUN ajst-30234 25 32 due due ADP ajst-30234 25 33 to to ADP ajst-30234 25 34 the the DET ajst-30234 25 35 lack lack NOUN ajst-30234 25 36 of of ADP ajst-30234 25 37 physical physical ADJ ajst-30234 25 38 inertia inertia NOUN ajst-30234 25 39 . . PUNCT ajst-30234 26 1 the the DET ajst-30234 26 2 core core NOUN ajst-30234 26 3 of of ADP ajst-30234 26 4 vsg vsg PROPN ajst-30234 26 5 technology technology NOUN ajst-30234 26 6 lies lie VERB ajst-30234 26 7 in in ADP ajst-30234 26 8 the the DET ajst-30234 26 9 simulation simulation NOUN ajst-30234 26 10 of of ADP ajst-30234 26 11 synchronous synchronous ADJ ajst-30234 26 12 generator generator NOUN ajst-30234 26 13 's 's PART ajst-30234 26 14 dynamic dynamic ADJ ajst-30234 26 15 characteristics characteristic NOUN ajst-30234 26 16 including include VERB ajst-30234 26 17 inertial inertial ADJ ajst-30234 26 18 response response NOUN ajst-30234 26 19 and and CCONJ ajst-30234 26 20 damping damp VERB ajst-30234 26 21 response response NOUN ajst-30234 26 22 [ [ X ajst-30234 26 23 9 9 NUM ajst-30234 26 24 ] ] PUNCT ajst-30234 26 25 . . PUNCT ajst-30234 27 1 studies study NOUN ajst-30234 27 2 have have AUX ajst-30234 27 3 shown show VERB ajst-30234 27 4 that that SCONJ ajst-30234 27 5 combining combine VERB ajst-30234 27 6 the the DET ajst-30234 27 7 vsg vsg NOUN ajst-30234 27 8 technique technique NOUN ajst-30234 27 9 with with ADP ajst-30234 27 10 droop droop NOUN ajst-30234 27 11 control control NOUN ajst-30234 27 12 can can AUX ajst-30234 27 13 further far ADV ajst-30234 27 14 improve improve VERB ajst-30234 27 15 the the DET ajst-30234 27 16 frequency frequency NOUN ajst-30234 27 17 regulation regulation NOUN ajst-30234 27 18 of of ADP ajst-30234 27 19 inverter inverter ADJ ajst-30234 27 20 resources resource NOUN ajst-30234 27 21 [ [ X ajst-30234 27 22 10 10 NUM ajst-30234 27 23 ] ] PUNCT ajst-30234 27 24 . . PUNCT ajst-30234 28 1 2.6 2.6 NUM ajst-30234 28 2 . . PUNCT ajst-30234 28 3 shortcomings shortcoming NOUN ajst-30234 28 4 and and CCONJ ajst-30234 28 5 outlook outlook NOUN ajst-30234 28 6 of of ADP ajst-30234 28 7 current current ADJ ajst-30234 28 8 research research NOUN ajst-30234 28 9 most most ADJ ajst-30234 28 10 of of ADP ajst-30234 28 11 the the DET ajst-30234 28 12 existing exist VERB ajst-30234 28 13 studies study NOUN ajst-30234 28 14 focus focus VERB ajst-30234 28 15 on on ADP ajst-30234 28 16 the the DET ajst-30234 28 17 control control NOUN ajst-30234 28 18 strategies strategy NOUN ajst-30234 28 19 of of ADP ajst-30234 28 20 inverter inverter ADJ ajst-30234 28 21 resources resource NOUN ajst-30234 28 22 and and CCONJ ajst-30234 28 23 single single ADJ ajst-30234 28 24 - - PUNCT ajst-30234 28 25 scenario scenario NOUN ajst-30234 28 26 experiments experiment NOUN ajst-30234 28 27 , , PUNCT ajst-30234 28 28 and and CCONJ ajst-30234 28 29 the the DET ajst-30234 28 30 research research NOUN ajst-30234 28 31 on on ADP ajst-30234 28 32 system system NOUN ajst-30234 28 33 - - PUNCT ajst-30234 28 34 level level NOUN ajst-30234 28 35 behaviors behavior NOUN ajst-30234 28 36 under under ADP ajst-30234 28 37 large large ADJ ajst-30234 28 38 - - PUNCT ajst-30234 28 39 scale scale NOUN ajst-30234 28 40 highpenetration highpenetration NOUN ajst-30234 28 41 inverter inverter NOUN ajst-30234 28 42 resource resource NOUN ajst-30234 28 43 conditions condition NOUN ajst-30234 28 44 is be AUX ajst-30234 28 45 still still ADV ajst-30234 28 46 relatively relatively ADV ajst-30234 28 47 insufficient insufficient ADJ ajst-30234 28 48 . . PUNCT ajst-30234 29 1 therefore therefore ADV ajst-30234 29 2 , , PUNCT ajst-30234 29 3 in in ADP ajst-30234 29 4 this this DET ajst-30234 29 5 paper paper NOUN ajst-30234 29 6 , , PUNCT ajst-30234 29 7 the the DET ajst-30234 29 8 performance performance NOUN ajst-30234 29 9 of of ADP ajst-30234 29 10 droop droop NOUN ajst-30234 29 11 control control NOUN ajst-30234 29 12 , , PUNCT ajst-30234 29 13 dfig dfig PROPN ajst-30234 29 14 and and CCONJ ajst-30234 29 15 pv pv PROPN ajst-30234 29 16 inverters inverter NOUN ajst-30234 29 17 in in ADP ajst-30234 29 18 frequency frequency NOUN ajst-30234 29 19 control control NOUN ajst-30234 29 20 will will AUX ajst-30234 29 21 be be AUX ajst-30234 29 22 discussed discuss VERB ajst-30234 29 23 in in ADP ajst-30234 29 24 depth depth NOUN ajst-30234 29 25 from from ADP ajst-30234 29 26 three three NUM ajst-30234 29 27 experiments experiment NOUN ajst-30234 29 28 of of ADP ajst-30234 29 29 microgrid microgrid NOUN ajst-30234 29 30 , , PUNCT ajst-30234 29 31 wind wind NOUN ajst-30234 29 32 and and CCONJ ajst-30234 29 33 pv pv NOUN ajst-30234 29 34 power power NOUN ajst-30234 29 35 generation generation NOUN ajst-30234 29 36 , , PUNCT ajst-30234 29 37 so so SCONJ ajst-30234 29 38 as as SCONJ ajst-30234 29 39 to to PART ajst-30234 29 40 provide provide VERB ajst-30234 29 41 experimental experimental ADJ ajst-30234 29 42 basis basis NOUN ajst-30234 29 43 for for ADP ajst-30234 29 44 the the DET ajst-30234 29 45 frequency frequency NOUN ajst-30234 29 46 stability stability NOUN ajst-30234 29 47 of of ADP ajst-30234 29 48 future future ADJ ajst-30234 29 49 power power NOUN ajst-30234 29 50 systems system NOUN ajst-30234 29 51 . . PUNCT ajst-30234 30 1 3 3 X ajst-30234 30 2 . . X ajst-30234 30 3 research research NOUN ajst-30234 30 4 3.1 3.1 NUM ajst-30234 30 5 . . PUNCT ajst-30234 31 1 microgrids microgrid NOUN ajst-30234 31 2 grids grid NOUN ajst-30234 31 3 with with ADP ajst-30234 31 4 power power NOUN ajst-30234 31 5 sources source NOUN ajst-30234 31 6 , , PUNCT ajst-30234 31 7 loads load NOUN ajst-30234 31 8 ( ( PUNCT ajst-30234 31 9 power power NOUN ajst-30234 31 10 consuming consume VERB ajst-30234 31 11 equipment equipment NOUN ajst-30234 31 12 ) ) PUNCT ajst-30234 31 13 and and CCONJ ajst-30234 31 14 energy energy NOUN ajst-30234 31 15 storage storage NOUN ajst-30234 31 16 units unit NOUN ajst-30234 31 17 that that PRON ajst-30234 31 18 can can AUX ajst-30234 31 19 be be AUX ajst-30234 31 20 switched switch VERB ajst-30234 31 21 to to ADP ajst-30234 31 22 β€œ " PUNCT ajst-30234 31 23 islanded islande VERB ajst-30234 31 24 operation operation NOUN ajst-30234 31 25 mode mode NOUN ajst-30234 31 26 ” " PUNCT ajst-30234 31 27 or or CCONJ ajst-30234 31 28 β€œ " PUNCT ajst-30234 31 29 grid grid NOUN ajst-30234 31 30 - - PUNCT ajst-30234 31 31 parallel parallel NOUN ajst-30234 31 32 operation operation NOUN ajst-30234 31 33 mode mode NOUN ajst-30234 31 34 ” " PUNCT ajst-30234 31 35 are be AUX ajst-30234 31 36 called call VERB ajst-30234 31 37 microgrids microgrid NOUN ajst-30234 31 38 . . PUNCT ajst-30234 32 1 this this DET ajst-30234 32 2 modern modern ADJ ajst-30234 32 3 power power NOUN ajst-30234 32 4 grid grid NOUN ajst-30234 32 5 system system NOUN ajst-30234 32 6 allows allow VERB ajst-30234 32 7 for for ADP ajst-30234 32 8 operation operation NOUN ajst-30234 32 9 on on ADP ajst-30234 32 10 the the DET ajst-30234 32 11 traditional traditional ADJ ajst-30234 32 12 utility utility NOUN ajst-30234 32 13 grid grid NOUN ajst-30234 32 14 as as ADV ajst-30234 32 15 well well ADV ajst-30234 32 16 as as ADP ajst-30234 32 17 selfsufficiency selfsufficiency NOUN ajst-30234 32 18 with with ADP ajst-30234 32 19 local local ADJ ajst-30234 32 20 power power NOUN ajst-30234 32 21 supply supply NOUN ajst-30234 32 22 . . PUNCT ajst-30234 33 1 switching switch VERB ajst-30234 33 2 between between ADP ajst-30234 33 3 the the DET ajst-30234 33 4 two two NUM ajst-30234 33 5 modes mode NOUN ajst-30234 33 6 of of ADP ajst-30234 33 7 operation operation NOUN ajst-30234 33 8 usually usually ADV ajst-30234 33 9 allows allow VERB ajst-30234 33 10 for for ADP ajst-30234 33 11 a a DET ajst-30234 33 12 seamless seamless ADJ ajst-30234 33 13 transition transition NOUN ajst-30234 33 14 . . PUNCT ajst-30234 34 1 the the DET ajst-30234 34 2 objective objective NOUN ajst-30234 34 3 of of ADP ajst-30234 34 4 this this DET ajst-30234 34 5 study study NOUN ajst-30234 34 6 is be AUX ajst-30234 34 7 to to PART ajst-30234 34 8 investigate investigate VERB ajst-30234 34 9 the the DET ajst-30234 34 10 p p NOUN ajst-30234 34 11 - - PUNCT ajst-30234 34 12 droop droop NOUN ajst-30234 34 13 and and CCONJ ajst-30234 34 14 q q ADJ ajst-30234 34 15 - - PUNCT ajst-30234 34 16 droop droop NOUN ajst-30234 34 17 capabilities capability NOUN ajst-30234 34 18 of of ADP ajst-30234 34 19 synchronous synchronous ADJ ajst-30234 34 20 motors motor NOUN ajst-30234 34 21 for for ADP ajst-30234 34 22 primary primary ADJ ajst-30234 34 23 automatic automatic ADJ ajst-30234 34 24 control control NOUN ajst-30234 34 25 in in ADP ajst-30234 34 26 isolated isolated ADJ ajst-30234 34 27 microgrids microgrid NOUN ajst-30234 34 28 3.1.1 3.1.1 NUM ajst-30234 34 29 . . PUNCT ajst-30234 35 1 equipment equipment VERB ajst-30234 35 2 the the DET ajst-30234 35 3 equipment equipment NOUN ajst-30234 35 4 , , PUNCT ajst-30234 35 5 part part NOUN ajst-30234 35 6 number number NOUN ajst-30234 35 7 and and CCONJ ajst-30234 35 8 designation designation NOUN ajst-30234 35 9 of of ADP ajst-30234 35 10 microgrids microgrid NOUN ajst-30234 35 11 is be AUX ajst-30234 35 12 shown show VERB ajst-30234 35 13 below below ADP ajst-30234 35 14 in in ADP ajst-30234 35 15 table table NOUN ajst-30234 35 16 1 1 NUM ajst-30234 35 17 : : PUNCT ajst-30234 35 18 table table NOUN ajst-30234 35 19 1 1 NUM ajst-30234 35 20 . . PUNCT ajst-30234 35 21 microgrids microgrid NOUN ajst-30234 35 22 3.1.2 3.1.2 NUM ajst-30234 35 23 . . PUNCT ajst-30234 36 1 wiring wiring NOUN ajst-30234 36 2 diagram diagram NOUN ajst-30234 36 3 the the DET ajst-30234 36 4 wiring wiring NOUN ajst-30234 36 5 diagram diagram NOUN ajst-30234 36 6 of of ADP ajst-30234 36 7 microgrids microgrid NOUN ajst-30234 36 8 is be AUX ajst-30234 36 9 shown show VERB ajst-30234 36 10 below below ADP ajst-30234 36 11 in in ADP ajst-30234 36 12 figure figure NOUN ajst-30234 36 13 1 1 NUM ajst-30234 36 14 : : SYM ajst-30234 36 15 364 364 NUM ajst-30234 36 16 figure figure NOUN ajst-30234 36 17 1 1 NUM ajst-30234 36 18 . . PUNCT ajst-30234 36 19 microgrids microgrid NOUN ajst-30234 36 20 3.1.3 3.1.3 NUM ajst-30234 36 21 . . PUNCT ajst-30234 37 1 research research NOUN ajst-30234 37 2 steps step NOUN ajst-30234 37 3 automatic automatic ADJ ajst-30234 37 4 reactive reactive ADJ ajst-30234 37 5 power power NOUN ajst-30234 37 6 control control NOUN ajst-30234 37 7 based base VERB ajst-30234 37 8 on on ADP ajst-30234 37 9 q q PROPN ajst-30234 37 10 droop droop NOUN ajst-30234 37 11 ( ( PUNCT ajst-30234 37 12 with with ADP ajst-30234 37 13 inductive inductive ADJ ajst-30234 37 14 loads load NOUN ajst-30234 37 15 ) ) PUNCT ajst-30234 37 16 ( ( PUNCT ajst-30234 37 17 1 1 X ajst-30234 37 18 ) ) PUNCT ajst-30234 37 19 open open VERB ajst-30234 37 20 the the DET ajst-30234 37 21 servo servo NOUN ajst-30234 37 22 test test NOUN ajst-30234 37 23 bench bench NOUN ajst-30234 37 24 , , PUNCT ajst-30234 37 25 generator generator PROPN ajst-30234 37 26 hmi hmi PROPN ajst-30234 37 27 unit unit NOUN ajst-30234 37 28 , , PUNCT ajst-30234 37 29 excitation excitation NOUN ajst-30234 37 30 voltage voltage NOUN ajst-30234 37 31 controller controller NOUN ajst-30234 37 32 and and CCONJ ajst-30234 37 33 power power NOUN ajst-30234 37 34 quality quality NOUN ajst-30234 37 35 meter meter NOUN ajst-30234 37 36 . . PUNCT ajst-30234 38 1 ( ( PUNCT ajst-30234 38 2 2 2 X ajst-30234 38 3 ) ) PUNCT ajst-30234 38 4 open open VERB ajst-30234 38 5 the the DET ajst-30234 38 6 scada scada PROPN ajst-30234 38 7 viewer viewer PROPN ajst-30234 38 8 from from ADP ajst-30234 38 9 labsoft labsoft ADJ ajst-30234 38 10 ( ( PUNCT ajst-30234 38 11 3 3 NUM ajst-30234 38 12 ) ) PUNCT ajst-30234 38 13 open open VERB ajst-30234 38 14 the the DET ajst-30234 38 15 scada scada PROPN ajst-30234 38 16 file file NOUN ajst-30234 38 17 ( ( PUNCT ajst-30234 38 18 4 4 X ajst-30234 38 19 ) ) PUNCT ajst-30234 38 20 configure configure NOUN ajst-30234 38 21 the the DET ajst-30234 38 22 ip ip ADJ ajst-30234 38 23 address address NOUN ajst-30234 38 24 of of ADP ajst-30234 38 25 the the DET ajst-30234 38 26 generator generator NOUN ajst-30234 38 27 hmi hmi PROPN ajst-30234 38 28 and and CCONJ ajst-30234 38 29 power power NOUN ajst-30234 38 30 quality quality NOUN ajst-30234 38 31 meter meter NOUN ajst-30234 38 32 in in ADP ajst-30234 38 33 scada scada PROPN ajst-30234 38 34 ( ( PUNCT ajst-30234 38 35 5 5 NUM ajst-30234 38 36 ) ) PUNCT ajst-30234 38 37 select select VERB ajst-30234 38 38 the the DET ajst-30234 38 39 power power NOUN ajst-30234 38 40 quality quality NOUN ajst-30234 38 41 meter meter NOUN ajst-30234 38 42 and and CCONJ ajst-30234 38 43 click click VERB ajst-30234 38 44 on on ADP ajst-30234 38 45 β€œ " PUNCT ajst-30234 38 46 properties property NOUN ajst-30234 38 47 ” " PUNCT ajst-30234 38 48 . . PUNCT ajst-30234 39 1 once once ADV ajst-30234 39 2 a a DET ajst-30234 39 3 new new ADJ ajst-30234 39 4 window window NOUN ajst-30234 39 5 opens open VERB ajst-30234 39 6 ( ( PUNCT ajst-30234 39 7 6 6 NUM ajst-30234 39 8 ) ) PUNCT ajst-30234 39 9 then then ADV ajst-30234 39 10 enter enter VERB ajst-30234 39 11 the the DET ajst-30234 39 12 ip ip ADJ ajst-30234 39 13 address address NOUN ajst-30234 39 14 of of ADP ajst-30234 39 15 the the DET ajst-30234 39 16 power power NOUN ajst-30234 39 17 quality quality NOUN ajst-30234 39 18 meter meter NOUN ajst-30234 39 19 , , PUNCT ajst-30234 39 20 leaving leave VERB ajst-30234 39 21 the the DET ajst-30234 39 22 β€œ " PUNCT ajst-30234 39 23 port port NOUN ajst-30234 39 24 number number NOUN ajst-30234 39 25 ” " PUNCT ajst-30234 39 26 as as ADP ajst-30234 39 27 502 502 NUM ajst-30234 39 28 . . PUNCT ajst-30234 40 1 ( ( PUNCT ajst-30234 40 2 7 7 X ajst-30234 40 3 ) ) PUNCT ajst-30234 40 4 press press NOUN ajst-30234 40 5 the the DET ajst-30234 40 6 β€œ " PUNCT ajst-30234 40 7 run run NOUN ajst-30234 40 8 ” " PUNCT ajst-30234 40 9 button button NOUN ajst-30234 40 10 in in ADP ajst-30234 40 11 the the DET ajst-30234 40 12 scada scada PROPN ajst-30234 40 13 toolbar toolbar PROPN ajst-30234 40 14 to to PART ajst-30234 40 15 run run VERB ajst-30234 40 16 scada scada PROPN ajst-30234 40 17 . . PUNCT ajst-30234 41 1 ( ( PUNCT ajst-30234 41 2 8) 8) NUM ajst-30234 41 3 in in ADP ajst-30234 41 4 scada scada PROPN ajst-30234 41 5 , , PUNCT ajst-30234 41 6 set set VERB ajst-30234 41 7 the the DET ajst-30234 41 8 voltage voltage NOUN ajst-30234 41 9 of of ADP ajst-30234 41 10 the the DET ajst-30234 41 11 β€œ " PUNCT ajst-30234 41 12 master master NOUN ajst-30234 41 13 ” " PUNCT ajst-30234 41 14 generator generator NOUN ajst-30234 41 15 to to ADP ajst-30234 41 16 400v 400v PRON ajst-30234 41 17 and and CCONJ ajst-30234 41 18 the the DET ajst-30234 41 19 frequency frequency NOUN ajst-30234 41 20 to to ADP ajst-30234 41 21 50hz 50hz NOUN ajst-30234 41 22 . . PUNCT ajst-30234 42 1 ( ( PUNCT ajst-30234 42 2 9 9 X ajst-30234 42 3 ) ) PUNCT ajst-30234 42 4 voltage voltage NOUN ajst-30234 42 5 drop drop NOUN ajst-30234 42 6 is be AUX ajst-30234 42 7 enabled enable VERB ajst-30234 42 8 by by ADP ajst-30234 42 9 default default NOUN ajst-30234 42 10 , , PUNCT ajst-30234 42 11 for for ADP ajst-30234 42 12 this this DET ajst-30234 42 13 activity activity NOUN ajst-30234 42 14 , , PUNCT ajst-30234 42 15 set set VERB ajst-30234 42 16 it it PRON ajst-30234 42 17 to to ADP ajst-30234 42 18 5 5 NUM ajst-30234 42 19 % % NOUN ajst-30234 42 20 as as ADP ajst-30234 42 21 the the DET ajst-30234 42 22 default default NOUN ajst-30234 42 23 setting setting NOUN ajst-30234 42 24 . . PUNCT ajst-30234 43 1 ( ( PUNCT ajst-30234 43 2 10 10 NUM ajst-30234 43 3 ) ) PUNCT ajst-30234 43 4 from from ADP ajst-30234 43 5 the the DET ajst-30234 43 6 β€œ " PUNCT ajst-30234 43 7 instrument instrument NOUN ajst-30234 43 8 ” " PUNCT ajst-30234 43 9 menu menu NOUN ajst-30234 43 10 , , PUNCT ajst-30234 43 11 turn turn VERB ajst-30234 43 12 on on ADP ajst-30234 43 13 the the DET ajst-30234 43 14 scada scada PROPN ajst-30234 43 15 recorders recorder NOUN ajst-30234 43 16 ( ( PUNCT ajst-30234 43 17 1 1 NUM ajst-30234 43 18 and and CCONJ ajst-30234 43 19 2 2 NUM ajst-30234 43 20 ) ) PUNCT ajst-30234 43 21 to to PART ajst-30234 43 22 observe observe VERB ajst-30234 43 23 and and CCONJ ajst-30234 43 24 synchronize synchronize VERB ajst-30234 43 25 the the DET ajst-30234 43 26 display display NOUN ajst-30234 43 27 of of ADP ajst-30234 43 28 the the DET ajst-30234 43 29 motor motor NOUN ajst-30234 43 30 parameters parameter NOUN ajst-30234 43 31 and and CCONJ ajst-30234 43 32 record record VERB ajst-30234 43 33 the the DET ajst-30234 43 34 experimental experimental ADJ ajst-30234 43 35 readings reading NOUN ajst-30234 43 36 of of ADP ajst-30234 43 37 active active ADJ ajst-30234 43 38 power power NOUN ajst-30234 43 39 p p NOUN ajst-30234 43 40 , , PUNCT ajst-30234 43 41 reactive reactive ADJ ajst-30234 43 42 power power NOUN ajst-30234 43 43 q q NOUN ajst-30234 43 44 , , PUNCT ajst-30234 43 45 machine machine NOUN ajst-30234 43 46 voltage voltage NOUN ajst-30234 43 47 u u PROPN ajst-30234 43 48 , , PUNCT ajst-30234 43 49 and and CCONJ ajst-30234 43 50 the the DET ajst-30234 43 51 duration duration NOUN ajst-30234 43 52 of of ADP ajst-30234 43 53 the the DET ajst-30234 43 54 speed speed NOUN ajst-30234 43 55 . . PUNCT ajst-30234 44 1 ( ( PUNCT ajst-30234 44 2 11 11 NUM ajst-30234 44 3 ) ) PUNCT ajst-30234 44 4 press press VERB ajst-30234 44 5 the the DET ajst-30234 44 6 β€œ " PUNCT ajst-30234 44 7 run run ADJ ajst-30234 44 8 idle idle ADJ ajst-30234 44 9 ” " PUNCT ajst-30234 44 10 button button NOUN ajst-30234 44 11 on on ADP ajst-30234 44 12 the the DET ajst-30234 44 13 scada scada PROPN ajst-30234 44 14 to to PART ajst-30234 44 15 start start VERB ajst-30234 44 16 the the DET ajst-30234 44 17 synchronous synchronous ADJ ajst-30234 44 18 machine machine NOUN ajst-30234 44 19 . . PUNCT ajst-30234 45 1 ( ( PUNCT ajst-30234 45 2 12 12 NUM ajst-30234 45 3 ) ) PUNCT ajst-30234 45 4 wait wait VERB ajst-30234 45 5 for for SCONJ ajst-30234 45 6 the the DET ajst-30234 45 7 synchronous synchronous ADJ ajst-30234 45 8 machine machine NOUN ajst-30234 45 9 to to PART ajst-30234 45 10 stabilize stabilize VERB ajst-30234 45 11 and and CCONJ ajst-30234 45 12 reach reach VERB ajst-30234 45 13 1500 1500 NUM ajst-30234 45 14 rpm rpm NOUN ajst-30234 45 15 . . PUNCT ajst-30234 46 1 3.1.4 3.1.4 NUM ajst-30234 46 2 . . PUNCT ajst-30234 46 3 results result NOUN ajst-30234 46 4 table table VERB ajst-30234 46 5 2 2 NUM ajst-30234 46 6 . . PUNCT ajst-30234 46 7 initial initial ADJ ajst-30234 46 8 data datum NOUN ajst-30234 46 9 droop droop NOUN ajst-30234 46 10 settings setting NOUN ajst-30234 46 11 ( ( PUNCT ajst-30234 46 12 % % INTJ ajst-30234 46 13 ) ) PUNCT ajst-30234 46 14 reference reference NOUN ajst-30234 46 15 / / SYM ajst-30234 46 16 previous previous ADJ ajst-30234 46 17 voltage voltage NOUN ajst-30234 46 18 ( ( PUNCT ajst-30234 46 19 v v NOUN ajst-30234 46 20 ) ) PUNCT ajst-30234 46 21 inductive inductive ADJ ajst-30234 46 22 load load NOUN ajst-30234 46 23 – – PUNCT ajst-30234 46 24 q q NOUN ajst-30234 46 25 ( ( PUNCT ajst-30234 46 26 var var NOUN ajst-30234 46 27 ) ) PUNCT ajst-30234 46 28 measured measure VERB ajst-30234 46 29 voltage voltage NOUN ajst-30234 46 30 ( ( PUNCT ajst-30234 46 31 v v NOUN ajst-30234 46 32 ) ) PUNCT ajst-30234 46 33 calculated calculate VERB ajst-30234 46 34 voltage voltage NOUN ajst-30234 46 35 ( ( PUNCT ajst-30234 46 36 v v NOUN ajst-30234 46 37 ) ) PUNCT ajst-30234 46 38 difference difference NOUN ajst-30234 46 39 ( ( PUNCT ajst-30234 46 40 v v NOUN ajst-30234 46 41 ) ) PUNCT ajst-30234 46 42 3 3 NUM ajst-30234 46 43 400 400 NUM ajst-30234 46 44 -247.9 -247.9 NOUN ajst-30234 46 45 396 396 NUM ajst-30234 46 46 396.2815 396.2815 NUM ajst-30234 46 47 -0.2815 -0.2815 NOUN ajst-30234 46 48 3 3 NUM ajst-30234 46 49 396 396 NUM ajst-30234 46 50 0 0 NUM ajst-30234 46 51 400 400 NUM ajst-30234 46 52 400 400 NUM ajst-30234 46 53 0 0 NUM ajst-30234 46 54 5 5 NUM ajst-30234 46 55 400 400 NUM ajst-30234 46 56 -244 -244 PROPN ajst-30234 46 57 394 394 NUM ajst-30234 47 1 393.9 393.9 NUM ajst-30234 47 2 0.1 0.1 NUM ajst-30234 47 3 5 5 NUM ajst-30234 47 4 394 394 NUM ajst-30234 47 5 0 0 NUM ajst-30234 47 6 400 400 NUM ajst-30234 47 7 400 400 NUM ajst-30234 47 8 0 0 NUM ajst-30234 47 9 7 7 NUM ajst-30234 47 10 402 402 NUM ajst-30234 47 11 -241 -241 PROPN ajst-30234 47 12 392 392 NUM ajst-30234 47 13 391.565 391.565 NUM ajst-30234 47 14 0.435 0.435 NUM ajst-30234 47 15 7 7 NUM ajst-30234 47 16 392 392 NUM ajst-30234 47 17 0 0 NUM ajst-30234 47 18 400 400 NUM ajst-30234 47 19 400 400 NUM ajst-30234 47 20 0 0 NUM ajst-30234 47 21 9 9 NUM ajst-30234 47 22 401 401 NUM ajst-30234 47 23 -239.1 -239.1 PROPN ajst-30234 47 24 391 391 NUM ajst-30234 47 25 389.2405 389.2405 NUM ajst-30234 47 26 1.7595 1.7595 NUM ajst-30234 47 27 9 9 NUM ajst-30234 47 28 391 391 NUM ajst-30234 47 29 0 0 NUM ajst-30234 47 30 400 400 NUM ajst-30234 47 31 400 400 NUM ajst-30234 47 32 0 0 NUM ajst-30234 47 33 table table NOUN ajst-30234 47 34 3 3 NUM ajst-30234 47 35 . . PUNCT ajst-30234 47 36 automatic automatic ADJ ajst-30234 47 37 reactive reactive ADJ ajst-30234 47 38 power power NOUN ajst-30234 47 39 control control NOUN ajst-30234 47 40 based base VERB ajst-30234 47 41 on on ADP ajst-30234 47 42 q q PROPN ajst-30234 47 43 droop droop NOUN ajst-30234 47 44 ( ( PUNCT ajst-30234 47 45 with with ADP ajst-30234 47 46 capacitive capacitive ADJ ajst-30234 47 47 loads load NOUN ajst-30234 47 48 ) ) PUNCT ajst-30234 47 49 droop droop NOUN ajst-30234 47 50 settings setting NOUN ajst-30234 47 51 ( ( PUNCT ajst-30234 47 52 % % INTJ ajst-30234 47 53 ) ) PUNCT ajst-30234 47 54 reference reference NOUN ajst-30234 47 55 / / SYM ajst-30234 47 56 previous previous ADJ ajst-30234 47 57 voltage voltage NOUN ajst-30234 47 58 ( ( PUNCT ajst-30234 47 59 v v NOUN ajst-30234 47 60 ) ) PUNCT ajst-30234 47 61 capacitive capacitive ADJ ajst-30234 47 62 load load NOUN ajst-30234 47 63 – – PUNCT ajst-30234 47 64 q q NOUN ajst-30234 47 65 ( ( PUNCT ajst-30234 47 66 var var NOUN ajst-30234 47 67 ) ) PUNCT ajst-30234 47 68 measured measure VERB ajst-30234 47 69 measured measure VERB ajst-30234 47 70 voltage voltage NOUN ajst-30234 47 71 ( ( PUNCT ajst-30234 47 72 v v NOUN ajst-30234 47 73 ) ) PUNCT ajst-30234 47 74 calculated calculate VERB ajst-30234 47 75 voltage voltage NOUN ajst-30234 47 76 ( ( PUNCT ajst-30234 47 77 v v NOUN ajst-30234 47 78 ) ) PUNCT ajst-30234 47 79 difference difference NOUN ajst-30234 47 80 ( ( PUNCT ajst-30234 47 81 v v NOUN ajst-30234 47 82 ) ) PUNCT ajst-30234 47 83 3 3 NUM ajst-30234 47 84 400 400 NUM ajst-30234 47 85 208 208 NUM ajst-30234 47 86 404 404 NUM ajst-30234 47 87 403.12 403.12 NUM ajst-30234 47 88 0.88 0.88 NUM ajst-30234 47 89 3 3 NUM ajst-30234 47 90 404 404 NUM ajst-30234 47 91 0 0 NUM ajst-30234 47 92 400 400 NUM ajst-30234 47 93 400 400 NUM ajst-30234 47 94 0 0 NUM ajst-30234 47 95 5 5 NUM ajst-30234 47 96 400 400 NUM ajst-30234 47 97 209 209 NUM ajst-30234 47 98 406 406 NUM ajst-30234 47 99 405.225 405.225 NUM ajst-30234 47 100 0.775 0.775 NUM ajst-30234 47 101 5 5 NUM ajst-30234 47 102 406 406 NUM ajst-30234 47 103 0 0 NUM ajst-30234 47 104 401 401 NUM ajst-30234 47 105 400 400 NUM ajst-30234 47 106 1 1 NUM ajst-30234 47 107 7 7 NUM ajst-30234 47 108 401 401 NUM ajst-30234 47 109 212 212 NUM ajst-30234 47 110 408 408 NUM ajst-30234 47 111 407.42 407.42 NUM ajst-30234 47 112 0.58 0.58 NUM ajst-30234 47 113 7 7 NUM ajst-30234 47 114 408 408 NUM ajst-30234 47 115 0 0 NUM ajst-30234 47 116 401 401 NUM ajst-30234 47 117 400 400 NUM ajst-30234 47 118 1 1 NUM ajst-30234 47 119 9 9 NUM ajst-30234 47 120 401 401 NUM ajst-30234 47 121 212 212 NUM ajst-30234 47 122 409 409 NUM ajst-30234 47 123 409.54 409.54 NUM ajst-30234 47 124 -0.54 -0.54 NOUN ajst-30234 47 125 9 9 NUM ajst-30234 47 126 409 409 NUM ajst-30234 47 127 0 0 NUM ajst-30234 47 128 401 401 NUM ajst-30234 47 129 400 400 NUM ajst-30234 47 130 1 1 NUM ajst-30234 47 131 table table NOUN ajst-30234 47 132 4 4 NUM ajst-30234 47 133 . . PUNCT ajst-30234 47 134 automatic automatic ADJ ajst-30234 47 135 active active ADJ ajst-30234 47 136 power power NOUN ajst-30234 47 137 control control NOUN ajst-30234 47 138 based base VERB ajst-30234 47 139 on on ADP ajst-30234 47 140 p p PROPN ajst-30234 47 141 droop droop NOUN ajst-30234 47 142 ( ( PUNCT ajst-30234 47 143 with with ADP ajst-30234 47 144 resistive resistive ADJ ajst-30234 47 145 loads load NOUN ajst-30234 47 146 ) ) PUNCT ajst-30234 47 147 droop droop NOUN ajst-30234 47 148 settings setting NOUN ajst-30234 47 149 ( ( PUNCT ajst-30234 47 150 % % INTJ ajst-30234 47 151 ) ) PUNCT ajst-30234 47 152 droop droop NOUN ajst-30234 47 153 speed speed NOUN ajst-30234 47 154 ( ( PUNCT ajst-30234 47 155 rpm rpm NOUN ajst-30234 47 156 ) ) PUNCT ajst-30234 47 157 resistive resistive ADJ ajst-30234 47 158 load load NOUN ajst-30234 47 159 – – PUNCT ajst-30234 47 160 p p X ajst-30234 47 161 ( ( PUNCT ajst-30234 47 162 w w NOUN ajst-30234 47 163 ) ) PUNCT ajst-30234 47 164 measured measure VERB ajst-30234 47 165 speed speed NOUN ajst-30234 47 166 ( ( PUNCT ajst-30234 47 167 rpm rpm PROPN ajst-30234 47 168 ) ) PUNCT ajst-30234 47 169 calculated calculate VERB ajst-30234 47 170 speed speed NOUN ajst-30234 47 171 ( ( PUNCT ajst-30234 47 172 rpm rpm NOUN ajst-30234 47 173 ) ) PUNCT ajst-30234 47 174 difference difference NOUN ajst-30234 47 175 ( ( PUNCT ajst-30234 47 176 rpm rpm NOUN ajst-30234 47 177 ) ) PUNCT ajst-30234 47 178 droop droop NOUN ajst-30234 47 179 settings setting NOUN ajst-30234 47 180 ( ( PUNCT ajst-30234 47 181 % % INTJ ajst-30234 47 182 ) ) PUNCT ajst-30234 47 183 droop droop NOUN ajst-30234 47 184 speed speed NOUN ajst-30234 47 185 ( ( PUNCT ajst-30234 47 186 rpm rpm NOUN ajst-30234 47 187 ) ) PUNCT ajst-30234 47 188 resistive resistive ADJ ajst-30234 47 189 load load NOUN ajst-30234 47 190 – – PUNCT ajst-30234 47 191 p p X ajst-30234 47 192 ( ( PUNCT ajst-30234 47 193 w w NOUN ajst-30234 47 194 ) ) PUNCT ajst-30234 47 195 3 3 NUM ajst-30234 47 196 1527.75 1527.75 NUM ajst-30234 47 197 0 0 NUM ajst-30234 47 198 1544.5 1544.5 NUM ajst-30234 47 199 1545 1545 NUM ajst-30234 47 200 0.5 0.5 NUM ajst-30234 47 201 3 3 NUM ajst-30234 47 202 1527.75 1527.75 NUM ajst-30234 47 203 0 0 NUM ajst-30234 47 204 3 3 NUM ajst-30234 47 205 1545 1545 NUM ajst-30234 47 206 -306 -306 ADP ajst-30234 47 207 1527.5 1527.5 NUM ajst-30234 47 208 1527.78 1527.78 NUM ajst-30234 47 209 0.28 0.28 NUM ajst-30234 47 210 3 3 NUM ajst-30234 47 211 1545 1545 NUM ajst-30234 47 212 -306 -306 ADP ajst-30234 47 213 5 5 NUM ajst-30234 47 214 1546 1546 NUM ajst-30234 47 215 0 0 NUM ajst-30234 47 216 1575 1575 NUM ajst-30234 47 217 1575 1575 NUM ajst-30234 47 218 0 0 NUM ajst-30234 47 219 5 5 NUM ajst-30234 47 220 1546 1546 NUM ajst-30234 47 221 0 0 NUM ajst-30234 47 222 5 5 NUM ajst-30234 47 223 1575 1575 NUM ajst-30234 47 224 -306 -306 ADP ajst-30234 47 225 1546 1546 NUM ajst-30234 47 226 1546.3 1546.3 NUM ajst-30234 47 227 0.3 0.3 NUM ajst-30234 47 228 5 5 NUM ajst-30234 47 229 1575 1575 NUM ajst-30234 47 230 -306 -306 ADP ajst-30234 47 231 365 365 NUM ajst-30234 47 232 3.1.5 3.1.5 NUM ajst-30234 47 233 . . PUNCT ajst-30234 48 1 research research NOUN ajst-30234 48 2 conclusion conclusion NOUN ajst-30234 48 3 q q X ajst-30234 48 4 droop droop NOUN ajst-30234 48 5 reactive reactive ADJ ajst-30234 48 6 power power NOUN ajst-30234 48 7 control control NOUN ajst-30234 48 8 with with ADP ajst-30234 48 9 inductive inductive ADJ ajst-30234 48 10 loads load NOUN ajst-30234 48 11 the the DET ajst-30234 48 12 experimental experimental ADJ ajst-30234 48 13 data datum NOUN ajst-30234 48 14 show show VERB ajst-30234 48 15 that that SCONJ ajst-30234 48 16 under under ADP ajst-30234 48 17 inductive inductive ADJ ajst-30234 48 18 load load NOUN ajst-30234 48 19 conditions condition NOUN ajst-30234 48 20 , , PUNCT ajst-30234 48 21 the the DET ajst-30234 48 22 reactive reactive ADJ ajst-30234 48 23 power power NOUN ajst-30234 48 24 is be AUX ajst-30234 48 25 linearly linearly ADV ajst-30234 48 26 related relate VERB ajst-30234 48 27 to to ADP ajst-30234 48 28 the the DET ajst-30234 48 29 droop droop NOUN ajst-30234 48 30 setting setting NOUN ajst-30234 48 31 . . PUNCT ajst-30234 49 1 when when SCONJ ajst-30234 49 2 droop droop NOUN ajst-30234 49 3 is be AUX ajst-30234 49 4 increased increase VERB ajst-30234 49 5 from from ADP ajst-30234 49 6 3 3 NUM ajst-30234 49 7 % % NOUN ajst-30234 49 8 to to PART ajst-30234 49 9 9 9 NUM ajst-30234 49 10 % % NOUN ajst-30234 49 11 , , PUNCT ajst-30234 49 12 the the DET ajst-30234 49 13 deviation deviation NOUN ajst-30234 49 14 of of ADP ajst-30234 49 15 the the DET ajst-30234 49 16 reference reference NOUN ajst-30234 49 17 voltage voltage NOUN ajst-30234 49 18 from from ADP ajst-30234 49 19 the the DET ajst-30234 49 20 measured measure VERB ajst-30234 49 21 voltage voltage NOUN ajst-30234 49 22 gradually gradually ADV ajst-30234 49 23 increases increase VERB ajst-30234 49 24 . . PUNCT ajst-30234 50 1 this this PRON ajst-30234 50 2 is be AUX ajst-30234 50 3 due due ADJ ajst-30234 50 4 to to ADP ajst-30234 50 5 the the DET ajst-30234 50 6 fact fact NOUN ajst-30234 50 7 that that SCONJ ajst-30234 50 8 the the DET ajst-30234 50 9 voltage voltage NOUN ajst-30234 50 10 variation variation NOUN ajst-30234 50 11 in in ADP ajst-30234 50 12 droop droop NOUN ajst-30234 50 13 control control NOUN ajst-30234 50 14 is be AUX ajst-30234 50 15 linearly linearly ADV ajst-30234 50 16 related relate VERB ajst-30234 50 17 to to ADP ajst-30234 50 18 the the DET ajst-30234 50 19 reactive reactive ADJ ajst-30234 50 20 power power NOUN ajst-30234 50 21 with with ADP ajst-30234 50 22 the the DET ajst-30234 50 23 expression expression NOUN ajst-30234 50 24 : : PUNCT ajst-30234 50 25 π›₯𝑉 π›₯𝑉 PROPN ajst-30234 50 26 π‘˜ π‘˜ PRON ajst-30234 50 27 β‹… β‹… PROPN ajst-30234 50 28 𝑄 𝑄 PROPN ajst-30234 50 29 ( ( PUNCT ajst-30234 50 30 3 3 NUM ajst-30234 50 31 ) ) PUNCT ajst-30234 50 32 where where SCONJ ajst-30234 50 33 k k PROPN ajst-30234 50 34 is be AUX ajst-30234 50 35 the the DET ajst-30234 50 36 droop droop NOUN ajst-30234 50 37 coefficient coefficient NOUN ajst-30234 50 38 and and CCONJ ajst-30234 50 39 q q NOUN ajst-30234 50 40 is be AUX ajst-30234 50 41 the the DET ajst-30234 50 42 reactive reactive ADJ ajst-30234 50 43 power power NOUN ajst-30234 50 44 . . PUNCT ajst-30234 51 1 under under ADP ajst-30234 51 2 inductive inductive ADJ ajst-30234 51 3 load load NOUN ajst-30234 51 4 conditions condition NOUN ajst-30234 51 5 , , PUNCT ajst-30234 51 6 the the DET ajst-30234 51 7 reactive reactive ADJ ajst-30234 51 8 power power NOUN ajst-30234 51 9 is be AUX ajst-30234 51 10 negative negative ADJ ajst-30234 51 11 and and CCONJ ajst-30234 51 12 the the DET ajst-30234 51 13 voltage voltage NOUN ajst-30234 51 14 drop drop NOUN ajst-30234 51 15 is be AUX ajst-30234 51 16 significant significant ADJ ajst-30234 51 17 , , PUNCT ajst-30234 51 18 which which PRON ajst-30234 51 19 indicates indicate VERB ajst-30234 51 20 that that SCONJ ajst-30234 51 21 droop droop NOUN ajst-30234 51 22 control control NOUN ajst-30234 51 23 can can AUX ajst-30234 51 24 effectively effectively ADV ajst-30234 51 25 limit limit VERB ajst-30234 51 26 the the DET ajst-30234 51 27 voltage voltage NOUN ajst-30234 51 28 instability instability NOUN ajst-30234 51 29 caused cause VERB ajst-30234 51 30 by by ADP ajst-30234 51 31 reactive reactive ADJ ajst-30234 51 32 power power NOUN ajst-30234 51 33 under under ADP ajst-30234 51 34 inductive inductive ADJ ajst-30234 51 35 load load NOUN ajst-30234 51 36 conditions condition NOUN ajst-30234 51 37 . . PUNCT ajst-30234 52 1 with with ADP ajst-30234 52 2 capacitive capacitive ADJ ajst-30234 52 3 load load NOUN ajst-30234 52 4 the the DET ajst-30234 52 5 experiments experiment NOUN ajst-30234 52 6 with with ADP ajst-30234 52 7 capacitive capacitive ADJ ajst-30234 52 8 loads load NOUN ajst-30234 52 9 show show VERB ajst-30234 52 10 that that SCONJ ajst-30234 52 11 as as SCONJ ajst-30234 52 12 the the DET ajst-30234 52 13 droop droop NOUN ajst-30234 52 14 increases increase VERB ajst-30234 52 15 from from ADP ajst-30234 52 16 3 3 NUM ajst-30234 52 17 % % NOUN ajst-30234 52 18 to to PART ajst-30234 52 19 9 9 NUM ajst-30234 52 20 % % NOUN ajst-30234 52 21 , , PUNCT ajst-30234 52 22 the the DET ajst-30234 52 23 measured measure VERB ajst-30234 52 24 voltage voltage NOUN ajst-30234 52 25 rises rise VERB ajst-30234 52 26 gradually gradually ADV ajst-30234 52 27 , , PUNCT ajst-30234 52 28 but but CCONJ ajst-30234 52 29 the the DET ajst-30234 52 30 deviation deviation NOUN ajst-30234 52 31 is be AUX ajst-30234 52 32 always always ADV ajst-30234 52 33 less less ADJ ajst-30234 52 34 than than ADP ajst-30234 52 35 1 1 NUM ajst-30234 52 36 v. v. ADP ajst-30234 52 37 this this PRON ajst-30234 52 38 indicates indicate VERB ajst-30234 52 39 that that SCONJ ajst-30234 52 40 the the DET ajst-30234 52 41 positive positive ADJ ajst-30234 52 42 deviation deviation NOUN ajst-30234 52 43 characteristics characteristic NOUN ajst-30234 52 44 of of ADP ajst-30234 52 45 the the DET ajst-30234 52 46 droop droop NOUN ajst-30234 52 47 control control NOUN ajst-30234 52 48 are be AUX ajst-30234 52 49 well well ADV ajst-30234 52 50 reflected reflect VERB ajst-30234 52 51 under under ADP ajst-30234 52 52 capacitive capacitive ADJ ajst-30234 52 53 loads load NOUN ajst-30234 52 54 . . PUNCT ajst-30234 53 1 the the DET ajst-30234 53 2 experiment experiment NOUN ajst-30234 53 3 verifies verify VERB ajst-30234 53 4 the the DET ajst-30234 53 5 adaptability adaptability NOUN ajst-30234 53 6 of of ADP ajst-30234 53 7 the the DET ajst-30234 53 8 droop droop NOUN ajst-30234 53 9 control control NOUN ajst-30234 53 10 to to ADP ajst-30234 53 11 different different ADJ ajst-30234 53 12 load load NOUN ajst-30234 53 13 types type NOUN ajst-30234 53 14 , , PUNCT ajst-30234 53 15 and and CCONJ ajst-30234 53 16 also also ADV ajst-30234 53 17 shows show VERB ajst-30234 53 18 that that SCONJ ajst-30234 53 19 the the DET ajst-30234 53 20 voltage voltage NOUN ajst-30234 53 21 compensation compensation NOUN ajst-30234 53 22 effect effect NOUN ajst-30234 53 23 of of ADP ajst-30234 53 24 the the DET ajst-30234 53 25 capacitive capacitive ADJ ajst-30234 53 26 load load NOUN ajst-30234 53 27 can can AUX ajst-30234 53 28 alleviate alleviate VERB ajst-30234 53 29 the the DET ajst-30234 53 30 grid grid NOUN ajst-30234 53 31 pressure pressure NOUN ajst-30234 53 32 . . PUNCT ajst-30234 54 1 active active ADJ ajst-30234 54 2 power power NOUN ajst-30234 54 3 control control NOUN ajst-30234 54 4 for for ADP ajst-30234 54 5 p p PROPN ajst-30234 54 6 droop droop NOUN ajst-30234 54 7 the the DET ajst-30234 54 8 experimental experimental ADJ ajst-30234 54 9 results result NOUN ajst-30234 54 10 show show VERB ajst-30234 54 11 that that SCONJ ajst-30234 54 12 when when SCONJ ajst-30234 54 13 droop droop NOUN ajst-30234 54 14 is be AUX ajst-30234 54 15 set set VERB ajst-30234 54 16 to to ADP ajst-30234 54 17 3 3 NUM ajst-30234 54 18 % % NOUN ajst-30234 54 19 and and CCONJ ajst-30234 54 20 5 5 NUM ajst-30234 54 21 % % NOUN ajst-30234 54 22 , , PUNCT ajst-30234 54 23 the the DET ajst-30234 54 24 speed speed NOUN ajst-30234 54 25 changes change NOUN ajst-30234 54 26 caused cause VERB ajst-30234 54 27 by by ADP ajst-30234 54 28 the the DET ajst-30234 54 29 active active ADJ ajst-30234 54 30 power power NOUN ajst-30234 54 31 are be AUX ajst-30234 54 32 small small ADJ ajst-30234 54 33 , , PUNCT ajst-30234 54 34 with with ADP ajst-30234 54 35 deviations deviation NOUN ajst-30234 54 36 of of ADP ajst-30234 54 37 0.5 0.5 NUM ajst-30234 54 38 rpm rpm NOUN ajst-30234 54 39 and and CCONJ ajst-30234 54 40 0.3 0.3 NUM ajst-30234 54 41 rpm rpm NOUN ajst-30234 54 42 , , PUNCT ajst-30234 54 43 respectively respectively ADV ajst-30234 54 44 , , PUNCT ajst-30234 54 45 indicating indicate VERB ajst-30234 54 46 that that SCONJ ajst-30234 54 47 the the DET ajst-30234 54 48 droop droop NOUN ajst-30234 54 49 control control NOUN ajst-30234 54 50 can can AUX ajst-30234 54 51 effectively effectively ADV ajst-30234 54 52 balance balance VERB ajst-30234 54 53 the the DET ajst-30234 54 54 load load NOUN ajst-30234 54 55 fluctuations fluctuation NOUN ajst-30234 54 56 in in ADP ajst-30234 54 57 islanded islande VERB ajst-30234 54 58 operation operation NOUN ajst-30234 54 59 . . PUNCT ajst-30234 55 1 the the DET ajst-30234 55 2 results result NOUN ajst-30234 55 3 further far ADV ajst-30234 55 4 support support VERB ajst-30234 55 5 the the DET ajst-30234 55 6 applicability applicability NOUN ajst-30234 55 7 of of ADP ajst-30234 55 8 droop droop NOUN ajst-30234 55 9 control control NOUN ajst-30234 55 10 in in ADP ajst-30234 55 11 active active ADJ ajst-30234 55 12 power power NOUN ajst-30234 55 13 management management NOUN ajst-30234 55 14 , , PUNCT ajst-30234 55 15 especially especially ADV ajst-30234 55 16 in in ADP ajst-30234 55 17 the the DET ajst-30234 55 18 islanded islande VERB ajst-30234 55 19 operation operation NOUN ajst-30234 55 20 mode mode NOUN ajst-30234 55 21 , , PUNCT ajst-30234 55 22 where where SCONJ ajst-30234 55 23 its its PRON ajst-30234 55 24 dynamic dynamic ADJ ajst-30234 55 25 response response NOUN ajst-30234 55 26 performance performance NOUN ajst-30234 55 27 is be AUX ajst-30234 55 28 more more ADV ajst-30234 55 29 excellent excellent ADJ ajst-30234 55 30 . . PUNCT ajst-30234 56 1 3.2 3.2 NUM ajst-30234 56 2 . . PUNCT ajst-30234 57 1 wind wind NOUN ajst-30234 57 2 this this DET ajst-30234 57 3 study study NOUN ajst-30234 57 4 describes describe VERB ajst-30234 57 5 the the DET ajst-30234 57 6 working working NOUN ajst-30234 57 7 principle principle NOUN ajst-30234 57 8 and and CCONJ ajst-30234 57 9 function function NOUN ajst-30234 57 10 of of ADP ajst-30234 57 11 modern modern ADJ ajst-30234 57 12 wind wind NOUN ajst-30234 57 13 turbines turbine NOUN ajst-30234 57 14 doubly doubly ADV ajst-30234 57 15 fed feed VERB ajst-30234 57 16 induction induction NOUN ajst-30234 57 17 generator generator NOUN ajst-30234 57 18 ( ( PUNCT ajst-30234 57 19 dfig dfig PROPN ajst-30234 57 20 ) ) PUNCT ajst-30234 57 21 . . PUNCT ajst-30234 58 1 experiments experiment NOUN ajst-30234 58 2 will will AUX ajst-30234 58 3 be be AUX ajst-30234 58 4 conducted conduct VERB ajst-30234 58 5 to to PART ajst-30234 58 6 control control VERB ajst-30234 58 7 and and CCONJ ajst-30234 58 8 observe observe VERB ajst-30234 58 9 the the DET ajst-30234 58 10 active active ADJ ajst-30234 58 11 and and CCONJ ajst-30234 58 12 reactive reactive ADJ ajst-30234 58 13 power power NOUN ajst-30234 58 14 distribution distribution NOUN ajst-30234 58 15 of of ADP ajst-30234 58 16 the the DET ajst-30234 58 17 wind wind NOUN ajst-30234 58 18 turbine turbine NOUN ajst-30234 58 19 in in ADP ajst-30234 58 20 grid grid NOUN ajst-30234 58 21 - - PUNCT ajst-30234 58 22 connected connect VERB ajst-30234 58 23 operation operation NOUN ajst-30234 58 24 . . PUNCT ajst-30234 59 1 it it PRON ajst-30234 59 2 will will AUX ajst-30234 59 3 also also ADV ajst-30234 59 4 be be AUX ajst-30234 59 5 investigated investigate VERB ajst-30234 59 6 how how SCONJ ajst-30234 59 7 the the DET ajst-30234 59 8 dfig dfig PROPN ajst-30234 59 9 generator generator NOUN ajst-30234 59 10 depends depend VERB ajst-30234 59 11 on on ADP ajst-30234 59 12 the the DET ajst-30234 59 13 wind wind NOUN ajst-30234 59 14 speed speed NOUN ajst-30234 59 15 at at ADP ajst-30234 59 16 the the DET ajst-30234 59 17 point point NOUN ajst-30234 59 18 of of ADP ajst-30234 59 19 its its PRON ajst-30234 59 20 operating operate VERB ajst-30234 59 21 maximum maximum ADJ ajst-30234 59 22 power power NOUN ajst-30234 59 23 point point NOUN ajst-30234 59 24 ( ( PUNCT ajst-30234 59 25 mpp mpp NOUN ajst-30234 59 26 ) ) PUNCT ajst-30234 59 27 when when SCONJ ajst-30234 59 28 supplying supply VERB ajst-30234 59 29 power power NOUN ajst-30234 59 30 to to ADP ajst-30234 59 31 the the DET ajst-30234 59 32 grid grid NOUN ajst-30234 59 33 and and CCONJ ajst-30234 59 34 the the DET ajst-30234 59 35 effect effect NOUN ajst-30234 59 36 of of ADP ajst-30234 59 37 the the DET ajst-30234 59 38 pitch pitch NOUN ajst-30234 59 39 angle angle NOUN ajst-30234 59 40 of of ADP ajst-30234 59 41 the the DET ajst-30234 59 42 paddles paddle NOUN ajst-30234 59 43 on on ADP ajst-30234 59 44 its its PRON ajst-30234 59 45 power power NOUN ajst-30234 59 46 output output NOUN ajst-30234 59 47 . . PUNCT ajst-30234 60 1 3.2.1 3.2.1 X ajst-30234 60 2 . . PUNCT ajst-30234 60 3 equipment equipment VERB ajst-30234 60 4 the the DET ajst-30234 60 5 equipment equipment NOUN ajst-30234 60 6 , , PUNCT ajst-30234 60 7 part part NOUN ajst-30234 60 8 number number NOUN ajst-30234 60 9 and and CCONJ ajst-30234 60 10 designation designation NOUN ajst-30234 60 11 of of ADP ajst-30234 60 12 wind wind NOUN ajst-30234 60 13 is be AUX ajst-30234 60 14 shown show VERB ajst-30234 60 15 below below ADP ajst-30234 60 16 in in ADP ajst-30234 60 17 table table NOUN ajst-30234 60 18 5 5 NUM ajst-30234 60 19 : : PUNCT ajst-30234 60 20 table table NOUN ajst-30234 60 21 5 5 NUM ajst-30234 60 22 . . PUNCT ajst-30234 60 23 wind wind VERB ajst-30234 60 24 366 366 NUM ajst-30234 60 25 3.2.2 3.2.2 NUM ajst-30234 60 26 . . PUNCT ajst-30234 61 1 wiring wiring NOUN ajst-30234 61 2 diagram diagram NOUN ajst-30234 61 3 the the DET ajst-30234 61 4 wiring wiring NOUN ajst-30234 61 5 diagram diagram NOUN ajst-30234 61 6 of of ADP ajst-30234 61 7 wind wind NOUN ajst-30234 61 8 is be AUX ajst-30234 61 9 shown show VERB ajst-30234 61 10 below below ADP ajst-30234 61 11 in in ADP ajst-30234 61 12 figure figure NOUN ajst-30234 61 13 2 2 NUM ajst-30234 61 14 : : PUNCT ajst-30234 61 15 figure figure NOUN ajst-30234 61 16 2 2 NUM ajst-30234 61 17 . . PUNCT ajst-30234 61 18 wind wind NOUN ajst-30234 61 19 3.2.3 3.2.3 NUM ajst-30234 61 20 . . PUNCT ajst-30234 62 1 research research NOUN ajst-30234 62 2 steps step NOUN ajst-30234 62 3 dfig dfig PRON ajst-30234 62 4 active active ADJ ajst-30234 62 5 and and CCONJ ajst-30234 62 6 reactive reactive ADJ ajst-30234 62 7 power power NOUN ajst-30234 62 8 control control NOUN ajst-30234 62 9 ( ( PUNCT ajst-30234 62 10 1 1 X ajst-30234 62 11 ) ) PUNCT ajst-30234 62 12 open open VERB ajst-30234 62 13 the the DET ajst-30234 62 14 machine machine NOUN ajst-30234 62 15 test test NOUN ajst-30234 62 16 bench bench NOUN ajst-30234 62 17 and and CCONJ ajst-30234 62 18 dfig dfig PROPN ajst-30234 62 19 control control PROPN ajst-30234 62 20 unit unit NOUN ajst-30234 62 21 ( ( PUNCT ajst-30234 62 22 2 2 X ajst-30234 62 23 ) ) PUNCT ajst-30234 62 24 turn turn NOUN ajst-30234 62 25 on on ADP ajst-30234 62 26 the the DET ajst-30234 62 27 power power NOUN ajst-30234 62 28 supply supply NOUN ajst-30234 62 29 ( ( PUNCT ajst-30234 62 30 three three NUM ajst-30234 62 31 - - PUNCT ajst-30234 62 32 phase phase NOUN ajst-30234 62 33 grid grid NOUN ajst-30234 62 34 ) ) PUNCT ajst-30234 62 35 and and CCONJ ajst-30234 62 36 make make VERB ajst-30234 62 37 sure sure ADJ ajst-30234 62 38 that that SCONJ ajst-30234 62 39 the the DET ajst-30234 62 40 transformer transformer NOUN ajst-30234 62 41 circuit circuit NOUN ajst-30234 62 42 is be AUX ajst-30234 62 43 normal normal ADJ ajst-30234 62 44 and and CCONJ ajst-30234 62 45 the the DET ajst-30234 62 46 circuit circuit NOUN ajst-30234 62 47 breaker breaker NOUN ajst-30234 62 48 has have AUX ajst-30234 62 49 not not PART ajst-30234 62 50 tripped trip VERB ajst-30234 62 51 . . PUNCT ajst-30234 63 1 ( ( PUNCT ajst-30234 63 2 3 3 X ajst-30234 63 3 ) ) PUNCT ajst-30234 63 4 open open VERB ajst-30234 63 5 the the DET ajst-30234 63 6 β€œ " PUNCT ajst-30234 63 7 labsoft labsoft ADJ ajst-30234 63 8 ” " PUNCT ajst-30234 63 9 software software NOUN ajst-30234 63 10 from from ADP ajst-30234 63 11 the the DET ajst-30234 63 12 β€œ " PUNCT ajst-30234 63 13 start start NOUN ajst-30234 63 14 menu menu NOUN ajst-30234 63 15 ” " PUNCT ajst-30234 63 16 . . PUNCT ajst-30234 64 1 ( ( PUNCT ajst-30234 64 2 4 4 NUM ajst-30234 64 3 ) ) PUNCT ajst-30234 64 4 from from ADP ajst-30234 64 5 the the DET ajst-30234 64 6 labsoft labsoft ADJ ajst-30234 64 7 β€œ " PUNCT ajst-30234 64 8 instrument instrument NOUN ajst-30234 64 9 ” " PUNCT ajst-30234 64 10 menu menu NOUN ajst-30234 64 11 to to PART ajst-30234 64 12 open open VERB ajst-30234 64 13 the the DET ajst-30234 64 14 β€œ " PUNCT ajst-30234 64 15 power power NOUN ajst-30234 64 16 control control NOUN ajst-30234 64 17 ” " PUNCT ajst-30234 64 18 tool tool NOUN ajst-30234 64 19 ( ( PUNCT ajst-30234 64 20 5 5 NUM ajst-30234 64 21 ) ) PUNCT ajst-30234 64 22 select select ADJ ajst-30234 64 23 β€œ " PUNCT ajst-30234 64 24 stator stator NOUN ajst-30234 64 25 power power NOUN ajst-30234 64 26 ” " PUNCT ajst-30234 64 27 mode mode NOUN ajst-30234 64 28 on on ADP ajst-30234 64 29 the the DET ajst-30234 64 30 virtual virtual ADJ ajst-30234 64 31 instrument instrument NOUN ajst-30234 64 32 . . PUNCT ajst-30234 65 1 ( ( PUNCT ajst-30234 65 2 6 6 NUM ajst-30234 65 3 ) ) PUNCT ajst-30234 65 4 on on ADP ajst-30234 65 5 the the DET ajst-30234 65 6 servo servo NOUN ajst-30234 65 7 base base NOUN ajst-30234 65 8 , , PUNCT ajst-30234 65 9 select select ADJ ajst-30234 65 10 β€œ " PUNCT ajst-30234 65 11 speed speed NOUN ajst-30234 65 12 control control NOUN ajst-30234 65 13 ” " PUNCT ajst-30234 65 14 and and CCONJ ajst-30234 65 15 set set VERB ajst-30234 65 16 the the DET ajst-30234 65 17 speed speed NOUN ajst-30234 65 18 to to ADP ajst-30234 65 19 1200rpm 1200rpm NUM ajst-30234 65 20 . . PUNCT ajst-30234 66 1 ( ( PUNCT ajst-30234 66 2 7 7 X ajst-30234 66 3 ) ) PUNCT ajst-30234 66 4 press press NOUN ajst-30234 66 5 the the DET ajst-30234 66 6 β€œ " PUNCT ajst-30234 66 7 enable enable ADJ ajst-30234 66 8 ” " PUNCT ajst-30234 66 9 button button NOUN ajst-30234 66 10 on on ADP ajst-30234 66 11 the the DET ajst-30234 66 12 virtual virtual ADJ ajst-30234 66 13 instrument instrument NOUN ajst-30234 66 14 . . PUNCT ajst-30234 67 1 3.2.4 3.2.4 X ajst-30234 67 2 . . PUNCT ajst-30234 67 3 results result NOUN ajst-30234 67 4 table table VERB ajst-30234 67 5 6 6 NUM ajst-30234 67 6 . . PUNCT ajst-30234 67 7 initial initial ADJ ajst-30234 67 8 data data PROPN ajst-30234 67 9 speed(rpm speed(rpm PROPN ajst-30234 67 10 ) ) PUNCT ajst-30234 67 11 1200 1200 NUM ajst-30234 67 12 1250 1250 NUM ajst-30234 67 13 1300 1300 NUM ajst-30234 67 14 1350 1350 NUM ajst-30234 67 15 1400 1400 NUM ajst-30234 67 16 1450 1450 NUM ajst-30234 67 17 1500 1500 NUM ajst-30234 67 18 1550 1550 NUM ajst-30234 67 19 1600 1600 NUM ajst-30234 67 20 1650 1650 NUM ajst-30234 67 21 1700 1700 NUM ajst-30234 67 22 1750 1750 NUM ajst-30234 67 23 1800 1800 NUM ajst-30234 67 24 1850 1850 NUM ajst-30234 68 1 1900 1900 NUM ajst-30234 68 2 dfig dfig X ajst-30234 68 3 ( ( PUNCT ajst-30234 68 4 w w NOUN ajst-30234 68 5 ) ) PUNCT ajst-30234 68 6 stator stator NOUN ajst-30234 68 7 power power NOUN ajst-30234 68 8 400 400 NUM ajst-30234 68 9 398 398 NUM ajst-30234 68 10 399 399 NUM ajst-30234 68 11 398 398 NUM ajst-30234 68 12 399 399 NUM ajst-30234 68 13 399 399 NUM ajst-30234 68 14 398 398 NUM ajst-30234 68 15 399 399 NUM ajst-30234 68 16 399 399 NUM ajst-30234 68 17 397 397 NUM ajst-30234 68 18 398 398 NUM ajst-30234 68 19 398 398 NUM ajst-30234 68 20 398 398 NUM ajst-30234 68 21 398 398 NUM ajst-30234 68 22 398 398 NUM ajst-30234 68 23 lsc lsc NOUN ajst-30234 68 24 ( ( PUNCT ajst-30234 68 25 w w NOUN ajst-30234 68 26 ) ) PUNCT ajst-30234 68 27 -189 -189 PROPN ajst-30234 68 28 -174 -174 PROPN ajst-30234 68 29 -162 -162 NOUN ajst-30234 68 30 -144 -144 INTJ ajst-30234 68 31 -128 -128 PROPN ajst-30234 68 32 -114 -114 PROPN ajst-30234 68 33 -95 -95 PUNCT ajst-30234 68 34 -83 -83 PROPN ajst-30234 68 35 -70 -70 PROPN ajst-30234 68 36 -57 -57 PROPN ajst-30234 68 37 -44 -44 PUNCT ajst-30234 68 38 -32 -32 PUNCT ajst-30234 68 39 -16 -16 PUNCT ajst-30234 68 40 -6 -6 PROPN ajst-30234 68 41 5 5 NUM ajst-30234 68 42 grid grid NOUN ajst-30234 68 43 ( ( PUNCT ajst-30234 68 44 w w NOUN ajst-30234 68 45 ) ) PUNCT ajst-30234 68 46 208 208 NUM ajst-30234 68 47 223 223 NUM ajst-30234 68 48 235 235 NUM ajst-30234 68 49 253 253 NUM ajst-30234 68 50 269 269 NUM ajst-30234 68 51 283 283 NUM ajst-30234 68 52 301 301 NUM ajst-30234 68 53 314 314 NUM ajst-30234 68 54 327 327 NUM ajst-30234 68 55 340 340 NUM ajst-30234 68 56 353 353 NUM ajst-30234 68 57 366 366 NUM ajst-30234 68 58 380 380 NUM ajst-30234 68 59 391 391 NUM ajst-30234 68 60 403 403 NUM ajst-30234 68 61 speed speed NOUN ajst-30234 68 62 ( ( PUNCT ajst-30234 68 63 rpm rpm PROPN ajst-30234 68 64 ) ) PUNCT ajst-30234 68 65 1300 1300 NUM ajst-30234 68 66 1400 1400 NUM ajst-30234 68 67 1500 1500 NUM ajst-30234 68 68 1600 1600 NUM ajst-30234 68 69 1700 1700 NUM ajst-30234 68 70 1800 1800 NUM ajst-30234 68 71 dfig dfig NOUN ajst-30234 68 72 ( ( PUNCT ajst-30234 68 73 w w NOUN ajst-30234 68 74 ) ) PUNCT ajst-30234 68 75 stator stator NOUN ajst-30234 68 76 power power NOUN ajst-30234 68 77 400 400 NUM ajst-30234 68 78 399 399 NUM ajst-30234 68 79 398 398 NUM ajst-30234 68 80 400 400 NUM ajst-30234 68 81 398 398 NUM ajst-30234 68 82 398 398 NUM ajst-30234 68 83 dfig dfig NOUN ajst-30234 68 84 ( ( PUNCT ajst-30234 68 85 var var NOUN ajst-30234 68 86 ) ) PUNCT ajst-30234 68 87 stator stator NOUN ajst-30234 68 88 power power NOUN ajst-30234 68 89 80 80 NUM ajst-30234 68 90 77 77 NUM ajst-30234 68 91 80 80 NUM ajst-30234 68 92 78 78 NUM ajst-30234 68 93 81 81 NUM ajst-30234 68 94 78 78 NUM ajst-30234 68 95 lsc lsc NOUN ajst-30234 68 96 ( ( PUNCT ajst-30234 68 97 w w NOUN ajst-30234 68 98 ) ) PUNCT ajst-30234 68 99 -169 -169 PROPN ajst-30234 68 100 -140 -140 PROPN ajst-30234 68 101 -109 -109 PROPN ajst-30234 68 102 -82 -82 PUNCT ajst-30234 68 103 -55 -55 PROPN ajst-30234 68 104 -29 -29 PROPN ajst-30234 68 105 lsc lsc PROPN ajst-30234 68 106 ( ( PUNCT ajst-30234 68 107 var var NOUN ajst-30234 68 108 ) ) PUNCT ajst-30234 68 109 0 0 NUM ajst-30234 68 110 0 0 NUM ajst-30234 68 111 0 0 NUM ajst-30234 68 112 0 0 NUM ajst-30234 68 113 0 0 SYM ajst-30234 68 114 0 0 NUM ajst-30234 68 115 grid grid NOUN ajst-30234 68 116 ( ( PUNCT ajst-30234 68 117 w w NOUN ajst-30234 68 118 ) ) PUNCT ajst-30234 68 119 228 228 NUM ajst-30234 68 120 256 256 NUM ajst-30234 68 121 287 287 NUM ajst-30234 68 122 316 316 NUM ajst-30234 68 123 342 342 NUM ajst-30234 68 124 366 366 NUM ajst-30234 68 125 grid grid NOUN ajst-30234 68 126 ( ( PUNCT ajst-30234 68 127 var var NOUN ajst-30234 68 128 ) ) PUNCT ajst-30234 68 129 80 80 NUM ajst-30234 68 130 79 79 NUM ajst-30234 68 131 80 80 NUM ajst-30234 68 132 79 79 NUM ajst-30234 68 133 77 77 NUM ajst-30234 68 134 78 78 NUM ajst-30234 68 135 367 367 NUM ajst-30234 68 136 table table NOUN ajst-30234 68 137 7 7 NUM ajst-30234 68 138 . . PUNCT ajst-30234 68 139 active active ADJ ajst-30234 68 140 power power NOUN ajst-30234 68 141 control control NOUN ajst-30234 68 142 and and CCONJ ajst-30234 68 143 grid grid NOUN ajst-30234 68 144 synchronization synchronization NOUN ajst-30234 68 145 of of ADP ajst-30234 68 146 dfig dfig PROPN ajst-30234 68 147 at at ADP ajst-30234 68 148 different different ADJ ajst-30234 68 149 wind wind NOUN ajst-30234 68 150 speeds speed NOUN ajst-30234 68 151 wind wind NOUN ajst-30234 68 152 speed speed NOUN ajst-30234 68 153 ( ( PUNCT ajst-30234 68 154 m m NOUN ajst-30234 68 155 / / SYM ajst-30234 68 156 s s NOUN ajst-30234 68 157 ) ) PUNCT ajst-30234 68 158 pitch pitch NOUN ajst-30234 68 159 angle angle NOUN ajst-30234 68 160 ( ( PUNCT ajst-30234 68 161 degrees degree NOUN ajst-30234 68 162 ) ) PUNCT ajst-30234 68 163 rotor rotor NOUN ajst-30234 68 164 speed speed NOUN ajst-30234 68 165 ( ( PUNCT ajst-30234 68 166 rpm rpm NOUN ajst-30234 68 167 ) ) PUNCT ajst-30234 68 168 torque torque NOUN ajst-30234 68 169 ( ( PUNCT ajst-30234 68 170 nm nm NOUN ajst-30234 68 171 ) ) PUNCT ajst-30234 68 172 pm pm NOUN ajst-30234 68 173 ( ( PUNCT ajst-30234 68 174 w w NOUN ajst-30234 68 175 ) ) PUNCT ajst-30234 68 176 ps ps NOUN ajst-30234 68 177 ( ( PUNCT ajst-30234 68 178 w w NOUN ajst-30234 68 179 ) ) PUNCT ajst-30234 68 180 pr pr NOUN ajst-30234 68 181 ( ( PUNCT ajst-30234 68 182 w w NOUN ajst-30234 68 183 ) ) PUNCT ajst-30234 68 184 pg pg NOUN ajst-30234 68 185 ( ( PUNCT ajst-30234 68 186 w w NOUN ajst-30234 68 187 ) ) PUNCT ajst-30234 68 188 efficiency efficiency NOUN ajst-30234 68 189 ( ( PUNCT ajst-30234 68 190 % % INTJ ajst-30234 68 191 ) ) PUNCT ajst-30234 68 192 3 3 NUM ajst-30234 68 193 0 0 NUM ajst-30234 68 194 0 0 NUM ajst-30234 68 195 0.2 0.2 NUM ajst-30234 68 196 0 0 NUM ajst-30234 68 197 0 0 NUM ajst-30234 68 198 -20 -20 NUM ajst-30234 68 199 -20 -20 NUM ajst-30234 68 200 3.5 3.5 NUM ajst-30234 68 201 0 0 NUM ajst-30234 68 202 875 875 NUM ajst-30234 68 203 0.3 0.3 NUM ajst-30234 68 204 25 25 NUM ajst-30234 68 205 0 0 NUM ajst-30234 68 206 -24 -24 PUNCT ajst-30234 68 207 -24 -24 PUNCT ajst-30234 68 208 -96 -96 X ajst-30234 68 209 4 4 NUM ajst-30234 68 210 0 0 NUM ajst-30234 68 211 881 881 NUM ajst-30234 68 212 0.5 0.5 NUM ajst-30234 68 213 48 48 NUM ajst-30234 68 214 5 5 NUM ajst-30234 68 215 -91 -91 PUNCT ajst-30234 68 216 -87 -87 PUNCT ajst-30234 68 217 -181.25 -181.25 PROPN ajst-30234 68 218 4.5 4.5 NUM ajst-30234 68 219 0 0 NUM ajst-30234 68 220 945 945 NUM ajst-30234 68 221 0.7 0.7 NUM ajst-30234 68 222 71 71 NUM ajst-30234 68 223 33 33 NUM ajst-30234 68 224 -100 -100 PROPN ajst-30234 68 225 -68 -68 PUNCT ajst-30234 68 226 -95.77464789 -95.77464789 X ajst-30234 68 227 5 5 NUM ajst-30234 68 228 0 0 NUM ajst-30234 68 229 1038 1038 NUM ajst-30234 68 230 1 1 NUM ajst-30234 68 231 103 103 NUM ajst-30234 68 232 55 55 NUM ajst-30234 68 233 -104 -104 PROPN ajst-30234 68 234 -48 -48 ADJ ajst-30234 68 235 -46.60194175 -46.60194175 PUNCT ajst-30234 68 236 5.5 5.5 NUM ajst-30234 68 237 0 0 NUM ajst-30234 68 238 1128 1128 NUM ajst-30234 68 239 1.2 1.2 NUM ajst-30234 68 240 149 149 NUM ajst-30234 68 241 78 78 NUM ajst-30234 68 242 -104 -104 PROPN ajst-30234 68 243 -25 -25 PUNCT ajst-30234 68 244 -16.77852349 -16.77852349 NUM ajst-30234 68 245 6 6 NUM ajst-30234 68 246 0 0 NUM ajst-30234 68 247 1217 1217 NUM ajst-30234 68 248 1.4 1.4 NUM ajst-30234 68 249 179 179 NUM ajst-30234 68 250 107 107 NUM ajst-30234 68 251 -101 -101 PROPN ajst-30234 68 252 3 3 NUM ajst-30234 68 253 1.675977654 1.675977654 NUM ajst-30234 68 254 6.5 6.5 NUM ajst-30234 68 255 0 0 NUM ajst-30234 68 256 1301 1301 NUM ajst-30234 68 257 1.7 1.7 NUM ajst-30234 68 258 226 226 NUM ajst-30234 68 259 133 133 NUM ajst-30234 68 260 -97 -97 NUM ajst-30234 68 261 38 38 NUM ajst-30234 68 262 16.81415929 16.81415929 NUM ajst-30234 68 263 7 7 NUM ajst-30234 68 264 0 0 NUM ajst-30234 68 265 1399 1399 NUM ajst-30234 68 266 1.9 1.9 NUM ajst-30234 68 267 293 293 NUM ajst-30234 68 268 168 168 NUM ajst-30234 68 269 -91 -91 SYM ajst-30234 68 270 77 77 NUM ajst-30234 68 271 26.27986348 26.27986348 NUM ajst-30234 68 272 7.5 7.5 NUM ajst-30234 68 273 0 0 NUM ajst-30234 68 274 1499 1499 NUM ajst-30234 68 275 2.3 2.3 NUM ajst-30234 68 276 355 355 NUM ajst-30234 68 277 205 205 NUM ajst-30234 68 278 -82 -82 SYM ajst-30234 68 279 124 124 NUM ajst-30234 68 280 34.92957746 34.92957746 NUM ajst-30234 68 281 8 8 NUM ajst-30234 68 282 0 0 NUM ajst-30234 68 283 1590 1590 NUM ajst-30234 68 284 2.5 2.5 NUM ajst-30234 68 285 431 431 NUM ajst-30234 68 286 242 242 NUM ajst-30234 68 287 -67 -67 NUM ajst-30234 68 288 176 176 NUM ajst-30234 68 289 40.83526682 40.83526682 NUM ajst-30234 68 290 8.5 8.5 NUM ajst-30234 68 291 0 0 NUM ajst-30234 68 292 1684 1684 NUM ajst-30234 68 293 2.9 2.9 NUM ajst-30234 68 294 523 523 NUM ajst-30234 68 295 285 285 NUM ajst-30234 68 296 -50 -50 PUNCT ajst-30234 68 297 231 231 NUM ajst-30234 68 298 44.16826004 44.16826004 NUM ajst-30234 68 299 9 9 NUM ajst-30234 68 300 0 0 NUM ajst-30234 68 301 1786 1786 NUM ajst-30234 68 302 3.3 3.3 NUM ajst-30234 68 303 607 607 NUM ajst-30234 68 304 328 328 NUM ajst-30234 68 305 -31 -31 NUM ajst-30234 68 306 300 300 NUM ajst-30234 68 307 49.42339374 49.42339374 NUM ajst-30234 68 308 9.5 9.5 NUM ajst-30234 68 309 0 0 NUM ajst-30234 68 310 1879 1879 NUM ajst-30234 68 311 3.7 3.7 NUM ajst-30234 68 312 715 715 NUM ajst-30234 68 313 376 376 NUM ajst-30234 68 314 -3 -3 SYM ajst-30234 68 315 373 373 NUM ajst-30234 68 316 52.16783217 52.16783217 NUM ajst-30234 68 317 10 10 NUM ajst-30234 68 318 0 0 NUM ajst-30234 68 319 1894 1894 NUM ajst-30234 68 320 4.1 4.1 NUM ajst-30234 68 321 813 813 NUM ajst-30234 68 322 448 448 NUM ajst-30234 68 323 6 6 NUM ajst-30234 68 324 464 464 NUM ajst-30234 68 325 57.07257073 57.07257073 NUM ajst-30234 68 326 10.5 10.5 NUM ajst-30234 68 327 0 0 NUM ajst-30234 68 328 1894 1894 NUM ajst-30234 68 329 4.7 4.7 NUM ajst-30234 68 330 927 927 NUM ajst-30234 68 331 514 514 NUM ajst-30234 68 332 24 24 NUM ajst-30234 68 333 532 532 NUM ajst-30234 68 334 57.38942826 57.38942826 NUM ajst-30234 68 335 11 11 NUM ajst-30234 68 336 0 0 NUM ajst-30234 68 337 1897 1897 NUM ajst-30234 68 338 5.1 5.1 NUM ajst-30234 68 339 997 997 NUM ajst-30234 68 340 571 571 NUM ajst-30234 68 341 24 24 NUM ajst-30234 68 342 598 598 NUM ajst-30234 68 343 59.97993982 59.97993982 NUM ajst-30234 68 344 11.5 11.5 NUM ajst-30234 68 345 0 0 NUM ajst-30234 68 346 1899 1899 NUM ajst-30234 68 347 5.3 5.3 NUM ajst-30234 68 348 1065 1065 NUM ajst-30234 68 349 614 614 NUM ajst-30234 68 350 35 35 NUM ajst-30234 68 351 646 646 NUM ajst-30234 68 352 60.657277 60.657277 NUM ajst-30234 68 353 12 12 NUM ajst-30234 68 354 0 0 NUM ajst-30234 68 355 1899 1899 NUM ajst-30234 68 356 6.4 6.4 NUM ajst-30234 68 357 1133 1133 NUM ajst-30234 68 358 656 656 NUM ajst-30234 68 359 39 39 NUM ajst-30234 68 360 697 697 NUM ajst-30234 68 361 61.51809356 61.51809356 NUM ajst-30234 68 362 12.5 12.5 NUM ajst-30234 68 363 0 0 NUM ajst-30234 68 364 1900 1900 NUM ajst-30234 68 365 6.1 6.1 NUM ajst-30234 68 366 1197 1197 NUM ajst-30234 68 367 708 708 NUM ajst-30234 68 368 44 44 NUM ajst-30234 68 369 746 746 NUM ajst-30234 68 370 62.32247285 62.32247285 NUM ajst-30234 68 371 13 13 NUM ajst-30234 68 372 1 1 NUM ajst-30234 68 373 1903 1903 NUM ajst-30234 68 374 6.2 6.2 NUM ajst-30234 68 375 1227 1227 NUM ajst-30234 68 376 724 724 NUM ajst-30234 68 377 47 47 NUM ajst-30234 68 378 778 778 NUM ajst-30234 68 379 63.40668297 63.40668297 NUM ajst-30234 68 380 13.5 13.5 NUM ajst-30234 68 381 5 5 NUM ajst-30234 68 382 1902 1902 NUM ajst-30234 68 383 6.1 6.1 NUM ajst-30234 68 384 1242 1242 NUM ajst-30234 68 385 724 724 NUM ajst-30234 68 386 51 51 NUM ajst-30234 68 387 776 776 NUM ajst-30234 68 388 62.47987118 62.47987118 NUM ajst-30234 68 389 14 14 NUM ajst-30234 68 390 8 8 NUM ajst-30234 68 391 1904 1904 NUM ajst-30234 68 392 6.2 6.2 NUM ajst-30234 68 393 1232 1232 NUM ajst-30234 68 394 724 724 NUM ajst-30234 68 395 54 54 NUM ajst-30234 68 396 772 772 NUM ajst-30234 68 397 62.66233766 62.66233766 NUM ajst-30234 68 398 table table NOUN ajst-30234 68 399 8 8 NUM ajst-30234 68 400 . . PUNCT ajst-30234 69 1 fault fault VERB ajst-30234 69 2 ride ride NOUN ajst-30234 69 3 - - PUNCT ajst-30234 69 4 through through ADP ajst-30234 69 5 performance performance NOUN ajst-30234 69 6 of of ADP ajst-30234 69 7 the the DET ajst-30234 69 8 dfig dfig PROPN ajst-30234 69 9 gain gain NOUN ajst-30234 69 10 iq iq VERB ajst-30234 69 11 40 40 NUM ajst-30234 69 12 % % NOUN ajst-30234 69 13 voltage voltage NOUN ajst-30234 69 14 dip dip NOUN ajst-30234 69 15 60 60 NUM ajst-30234 69 16 % % NOUN ajst-30234 69 17 voltage voltage NOUN ajst-30234 69 18 dip dip NOUN ajst-30234 69 19 u(g_pos_d)(pu u(g_pos_d)(pu PROPN ajst-30234 69 20 ) ) PUNCT ajst-30234 69 21 i(g_pos_q)(pu i(g_pos_q)(pu PROPN ajst-30234 69 22 ) ) PUNCT ajst-30234 69 23 u(g_pos_d)(pu u(g_pos_d)(pu PROPN ajst-30234 69 24 ) ) PUNCT ajst-30234 69 25 i(g_pos_q)(pu i(g_pos_q)(pu PROPN ajst-30234 69 26 ) ) PUNCT ajst-30234 69 27 0 0 NUM ajst-30234 70 1 0.6 0.6 NUM ajst-30234 70 2 0 0 NUM ajst-30234 70 3 0.4 0.4 NUM ajst-30234 70 4 0 0 NUM ajst-30234 70 5 2 2 NUM ajst-30234 70 6 0.6 0.6 NUM ajst-30234 70 7 0.6 0.6 NUM ajst-30234 70 8 0.4 0.4 NUM ajst-30234 70 9 1 1 NUM ajst-30234 70 10 3 3 NUM ajst-30234 70 11 0.6 0.6 NUM ajst-30234 70 12 0.8 0.8 NUM ajst-30234 70 13 0.4 0.4 NUM ajst-30234 70 14 1.1 1.1 NUM ajst-30234 70 15 4 4 NUM ajst-30234 70 16 0.6 0.6 NUM ajst-30234 70 17 1.11 1.11 NUM ajst-30234 70 18 0.4 0.4 NUM ajst-30234 70 19 1.1 1.1 NUM ajst-30234 70 20 6 6 NUM ajst-30234 70 21 0.6 0.6 NUM ajst-30234 70 22 1.15 1.15 NUM ajst-30234 70 23 0.4 0.4 NUM ajst-30234 70 24 1.15 1.15 NUM ajst-30234 70 25 8 8 NUM ajst-30234 70 26 0.6 0.6 NUM ajst-30234 70 27 1.15 1.15 NUM ajst-30234 70 28 0.4 0.4 NUM ajst-30234 70 29 1.15 1.15 NUM ajst-30234 70 30 3.2.5 3.2.5 NUM ajst-30234 70 31 . . PUNCT ajst-30234 71 1 research research NOUN ajst-30234 71 2 conclusion conclusion NOUN ajst-30234 71 3 dfig dfig PROPN ajst-30234 71 4 active active ADJ ajst-30234 71 5 and and CCONJ ajst-30234 71 6 reactive reactive ADJ ajst-30234 71 7 power power NOUN ajst-30234 71 8 control control NOUN ajst-30234 71 9 the the DET ajst-30234 71 10 experimental experimental ADJ ajst-30234 71 11 results result NOUN ajst-30234 71 12 show show VERB ajst-30234 71 13 that that SCONJ ajst-30234 71 14 the the DET ajst-30234 71 15 output output NOUN ajst-30234 71 16 power power NOUN ajst-30234 71 17 of of ADP ajst-30234 71 18 the the DET ajst-30234 71 19 dfig dfig NOUN ajst-30234 71 20 increases increase VERB ajst-30234 71 21 nearly nearly ADV ajst-30234 71 22 linearly linearly ADV ajst-30234 71 23 when when SCONJ ajst-30234 71 24 the the DET ajst-30234 71 25 rotational rotational ADJ ajst-30234 71 26 speed speed NOUN ajst-30234 71 27 is be AUX ajst-30234 71 28 gradually gradually ADV ajst-30234 71 29 increased increase VERB ajst-30234 71 30 from from ADP ajst-30234 71 31 1200 1200 NUM ajst-30234 71 32 rpm rpm NOUN ajst-30234 71 33 to to ADP ajst-30234 71 34 1900 1900 NUM ajst-30234 71 35 rpm rpm NOUN ajst-30234 71 36 . . PUNCT ajst-30234 72 1 specifically specifically ADV ajst-30234 72 2 , , PUNCT ajst-30234 72 3 the the DET ajst-30234 72 4 grid grid NOUN ajst-30234 72 5 synchronous synchronous ADJ ajst-30234 72 6 power power NOUN ajst-30234 72 7 increases increase NOUN ajst-30234 72 8 from from ADP ajst-30234 72 9 208w 208w NUM ajst-30234 72 10 to to ADP ajst-30234 72 11 403w 403w NOUN ajst-30234 72 12 , , PUNCT ajst-30234 72 13 while while SCONJ ajst-30234 72 14 the the DET ajst-30234 72 15 reactive reactive ADJ ajst-30234 72 16 power power NOUN ajst-30234 72 17 remains remain VERB ajst-30234 72 18 stable stable ADJ ajst-30234 72 19 . . PUNCT ajst-30234 73 1 this this PRON ajst-30234 73 2 indicates indicate VERB ajst-30234 73 3 that that SCONJ ajst-30234 73 4 modern modern ADJ ajst-30234 73 5 wtgs wtgs NOUN ajst-30234 73 6 have have VERB ajst-30234 73 7 strong strong ADJ ajst-30234 73 8 stability stability NOUN ajst-30234 73 9 and and CCONJ ajst-30234 73 10 power power NOUN ajst-30234 73 11 output output NOUN ajst-30234 73 12 capability capability NOUN ajst-30234 73 13 at at ADP ajst-30234 73 14 high high ADJ ajst-30234 73 15 rotational rotational ADJ ajst-30234 73 16 speeds speed NOUN ajst-30234 73 17 . . PUNCT ajst-30234 74 1 the the DET ajst-30234 74 2 experimental experimental ADJ ajst-30234 74 3 results result NOUN ajst-30234 74 4 also also ADV ajst-30234 74 5 support support VERB ajst-30234 74 6 the the DET ajst-30234 74 7 theoretical theoretical ADJ ajst-30234 74 8 model model NOUN ajst-30234 74 9 : : PUNCT ajst-30234 74 10 𝑃 𝑃 VERB ajst-30234 74 11 πœ” πœ” PROPN ajst-30234 74 12 β‹… β‹… PROPN ajst-30234 74 13 𝑇 𝑇 PROPN ajst-30234 74 14 ( ( PUNCT ajst-30234 74 15 4 4 NUM ajst-30234 74 16 ) ) PUNCT ajst-30234 74 17 where where SCONJ ajst-30234 74 18 p p NOUN ajst-30234 74 19 is be AUX ajst-30234 74 20 the the DET ajst-30234 74 21 power power NOUN ajst-30234 74 22 , , PUNCT ajst-30234 74 23 Ο‰ Ο‰ PROPN ajst-30234 74 24 is be AUX ajst-30234 74 25 the the DET ajst-30234 74 26 rotational rotational ADJ ajst-30234 74 27 speed speed NOUN ajst-30234 74 28 , , PUNCT ajst-30234 74 29 and and CCONJ ajst-30234 74 30 t t PROPN ajst-30234 74 31 is be AUX ajst-30234 74 32 the the DET ajst-30234 74 33 torque torque NOUN ajst-30234 74 34 . . PUNCT ajst-30234 75 1 as as ADP ajst-30234 75 2 the the DET ajst-30234 75 3 rotational rotational ADJ ajst-30234 75 4 speed speed NOUN ajst-30234 75 5 increases increase NOUN ajst-30234 75 6 , , PUNCT ajst-30234 75 7 the the DET ajst-30234 75 8 power power NOUN ajst-30234 75 9 increases increase VERB ajst-30234 75 10 linearly linearly ADV ajst-30234 75 11 , , PUNCT ajst-30234 75 12 verifying verify VERB ajst-30234 75 13 the the DET ajst-30234 75 14 accuracy accuracy NOUN ajst-30234 75 15 of of ADP ajst-30234 75 16 the the DET ajst-30234 75 17 theoretical theoretical ADJ ajst-30234 75 18 formula formula NOUN ajst-30234 75 19 . . PUNCT ajst-30234 76 1 power power NOUN ajst-30234 76 2 characteristics characteristic NOUN ajst-30234 76 3 at at ADP ajst-30234 76 4 different different ADJ ajst-30234 76 5 wind wind NOUN ajst-30234 76 6 speeds speed NOUN ajst-30234 76 7 when when SCONJ ajst-30234 76 8 the the DET ajst-30234 76 9 wind wind NOUN ajst-30234 76 10 speed speed NOUN ajst-30234 76 11 changes change NOUN ajst-30234 76 12 from from ADP ajst-30234 76 13 3 3 NUM ajst-30234 76 14 m/s m/s PROPN ajst-30234 76 15 to to ADP ajst-30234 76 16 14 14 NUM ajst-30234 76 17 m/s m/s PROPN ajst-30234 76 18 , , PUNCT ajst-30234 76 19 the the DET ajst-30234 76 20 system system NOUN ajst-30234 76 21 efficiency efficiency NOUN ajst-30234 76 22 gradually gradually ADV ajst-30234 76 23 increases increase VERB ajst-30234 76 24 from from ADP ajst-30234 76 25 negative negative ADJ ajst-30234 76 26 to to ADP ajst-30234 76 27 62.66 62.66 NUM ajst-30234 76 28 % % NOUN ajst-30234 76 29 . . PUNCT ajst-30234 77 1 the the DET ajst-30234 77 2 low low ADJ ajst-30234 77 3 torque torque NOUN ajst-30234 77 4 and and CCONJ ajst-30234 77 5 power power NOUN ajst-30234 77 6 output output NOUN ajst-30234 77 7 under under ADP ajst-30234 77 8 low low ADJ ajst-30234 77 9 wind wind NOUN ajst-30234 77 10 speed speed NOUN ajst-30234 77 11 conditions condition NOUN ajst-30234 77 12 even even ADV ajst-30234 77 13 cause cause VERB ajst-30234 77 14 negative negative ADJ ajst-30234 77 15 efficiency efficiency NOUN ajst-30234 77 16 , , PUNCT ajst-30234 77 17 which which PRON ajst-30234 77 18 is be AUX ajst-30234 77 19 due due ADJ ajst-30234 77 20 to to ADP ajst-30234 77 21 the the DET ajst-30234 77 22 fact fact NOUN ajst-30234 77 23 that that SCONJ ajst-30234 77 24 the the DET ajst-30234 77 25 dfig dfig NOUN ajst-30234 77 26 is be AUX ajst-30234 77 27 difficult difficult ADJ ajst-30234 77 28 to to PART ajst-30234 77 29 reach reach VERB ajst-30234 77 30 the the DET ajst-30234 77 31 rated rate VERB ajst-30234 77 32 speed speed NOUN ajst-30234 77 33 when when SCONJ ajst-30234 77 34 the the DET ajst-30234 77 35 wind wind NOUN ajst-30234 77 36 speed speed NOUN ajst-30234 77 37 is be AUX ajst-30234 77 38 insufficient insufficient ADJ ajst-30234 77 39 . . PUNCT ajst-30234 78 1 and and CCONJ ajst-30234 78 2 when when SCONJ ajst-30234 78 3 the the DET ajst-30234 78 4 wind wind NOUN ajst-30234 78 5 speed speed NOUN ajst-30234 78 6 exceeds exceed VERB ajst-30234 78 7 7 7 NUM ajst-30234 78 8 m m NOUN ajst-30234 78 9 / / SYM ajst-30234 78 10 s s PROPN ajst-30234 78 11 , , PUNCT ajst-30234 78 12 the the DET ajst-30234 78 13 system system NOUN ajst-30234 78 14 gradually gradually ADV ajst-30234 78 15 enters enter VERB ajst-30234 78 16 the the DET ajst-30234 78 17 stable stable ADJ ajst-30234 78 18 output output NOUN ajst-30234 78 19 stage stage NOUN ajst-30234 78 20 , , PUNCT ajst-30234 78 21 and and CCONJ ajst-30234 78 22 the the DET ajst-30234 78 23 power power NOUN ajst-30234 78 24 factor factor NOUN ajst-30234 78 25 and and CCONJ ajst-30234 78 26 efficiency efficiency NOUN ajst-30234 78 27 are be AUX ajst-30234 78 28 significantly significantly ADV ajst-30234 78 29 improved improve VERB ajst-30234 78 30 . . PUNCT ajst-30234 79 1 this this PRON ajst-30234 79 2 indicates indicate VERB ajst-30234 79 3 that that SCONJ ajst-30234 79 4 the the DET ajst-30234 79 5 dfig dfig NOUN ajst-30234 79 6 can can AUX ajst-30234 79 7 effectively effectively ADV ajst-30234 79 8 convert convert VERB ajst-30234 79 9 wind wind NOUN ajst-30234 79 10 energy energy NOUN ajst-30234 79 11 into into ADP ajst-30234 79 12 electric electric ADJ ajst-30234 79 13 energy energy NOUN ajst-30234 79 14 under under ADP ajst-30234 79 15 optimized optimize VERB ajst-30234 79 16 wind wind NOUN ajst-30234 79 17 speed speed NOUN ajst-30234 79 18 , , PUNCT ajst-30234 79 19 and and CCONJ ajst-30234 79 20 its its PRON ajst-30234 79 21 performance performance NOUN ajst-30234 79 22 is be AUX ajst-30234 79 23 closely closely ADV ajst-30234 79 24 related relate VERB ajst-30234 79 25 to to ADP ajst-30234 79 26 the the DET ajst-30234 79 27 blade blade NOUN ajst-30234 79 28 pitch pitch NOUN ajst-30234 79 29 angle angle NOUN ajst-30234 79 30 and and CCONJ ajst-30234 79 31 motor motor NOUN ajst-30234 79 32 speed speed NOUN ajst-30234 79 33 . . PUNCT ajst-30234 80 1 3.3 3.3 NUM ajst-30234 80 2 . . PUNCT ajst-30234 81 1 photovoltaic photovoltaic VERB ajst-30234 81 2 the the DET ajst-30234 81 3 objective objective NOUN ajst-30234 81 4 of of ADP ajst-30234 81 5 this this DET ajst-30234 81 6 study study NOUN ajst-30234 81 7 is be AUX ajst-30234 81 8 to to PART ajst-30234 81 9 investigate investigate VERB ajst-30234 81 10 the the DET ajst-30234 81 11 operation operation NOUN ajst-30234 81 12 and and CCONJ ajst-30234 81 13 characterization characterization NOUN ajst-30234 81 14 of of ADP ajst-30234 81 15 modern modern ADJ ajst-30234 81 16 photovoltaic photovoltaic NOUN ajst-30234 81 17 ( ( PUNCT ajst-30234 81 18 pv pv NOUN ajst-30234 81 19 ) ) PUNCT ajst-30234 81 20 systems system NOUN ajst-30234 81 21 operating operate VERB ajst-30234 81 22 under under ADP ajst-30234 81 23 grid grid NOUN ajst-30234 81 24 coupling coupling NOUN ajst-30234 81 25 . . PUNCT ajst-30234 82 1 3.3.1 3.3.1 X ajst-30234 82 2 . . X ajst-30234 82 3 equipment equipment VERB ajst-30234 82 4 the the DET ajst-30234 82 5 equipment equipment NOUN ajst-30234 82 6 , , PUNCT ajst-30234 82 7 part part NOUN ajst-30234 82 8 number number NOUN ajst-30234 82 9 and and CCONJ ajst-30234 82 10 designation designation NOUN ajst-30234 82 11 of of ADP ajst-30234 82 12 photovoltaic photovoltaic NOUN ajst-30234 82 13 is be AUX ajst-30234 82 14 shown show VERB ajst-30234 82 15 below below ADP ajst-30234 82 16 in in ADP ajst-30234 82 17 table table NOUN ajst-30234 82 18 9 9 NUM ajst-30234 82 19 : : SYM ajst-30234 82 20 368 368 NUM ajst-30234 82 21 table table NOUN ajst-30234 82 22 9 9 NUM ajst-30234 82 23 . . PUNCT ajst-30234 82 24 photovoltaic photovoltaic NOUN ajst-30234 82 25 3.3.2 3.3.2 NUM ajst-30234 82 26 . . PUNCT ajst-30234 83 1 wiring wiring NOUN ajst-30234 83 2 diagram diagram NOUN ajst-30234 83 3 the the DET ajst-30234 83 4 wiring wiring NOUN ajst-30234 83 5 diagram diagram NOUN ajst-30234 83 6 of of ADP ajst-30234 83 7 photovoltaic photovoltaic NOUN ajst-30234 83 8 is be AUX ajst-30234 83 9 shown show VERB ajst-30234 83 10 below below ADP ajst-30234 83 11 in in ADP ajst-30234 83 12 figure figure NOUN ajst-30234 83 13 3 3 NUM ajst-30234 83 14 : : PUNCT ajst-30234 83 15 figure figure NOUN ajst-30234 83 16 3 3 NUM ajst-30234 83 17 . . PUNCT ajst-30234 83 18 photovoltaic photovoltaic NOUN ajst-30234 83 19 3.3.3 3.3.3 NUM ajst-30234 83 20 . . PUNCT ajst-30234 84 1 research research NOUN ajst-30234 84 2 steps step NOUN ajst-30234 84 3 solar solar ADJ ajst-30234 84 4 pv pv NOUN ajst-30234 84 5 inverter inverter NOUN ajst-30234 84 6 operating operating NOUN ajst-30234 84 7 point point NOUN ajst-30234 84 8 mppt mppt NOUN ajst-30234 84 9 ( ( PUNCT ajst-30234 84 10 mpp mpp NOUN ajst-30234 84 11 tracking track VERB ajst-30234 84 12 with with ADP ajst-30234 84 13 different different ADJ ajst-30234 84 14 irradiance irradiance NOUN ajst-30234 84 15 levels level NOUN ajst-30234 84 16 ) ) PUNCT ajst-30234 84 17 ( ( PUNCT ajst-30234 84 18 1 1 X ajst-30234 84 19 ) ) PUNCT ajst-30234 84 20 turn turn VERB ajst-30234 84 21 on on ADP ajst-30234 84 22 the the DET ajst-30234 84 23 main main ADJ ajst-30234 84 24 power power NOUN ajst-30234 84 25 supply supply NOUN ajst-30234 84 26 and and CCONJ ajst-30234 84 27 the the DET ajst-30234 84 28 inverter inverter NOUN ajst-30234 84 29 ( ( PUNCT ajst-30234 84 30 2 2 X ajst-30234 84 31 ) ) PUNCT ajst-30234 84 32 set set VERB ajst-30234 84 33 the the DET ajst-30234 84 34 load load NOUN ajst-30234 84 35 resistance resistance NOUN ajst-30234 84 36 to to ADP ajst-30234 84 37 750 750 NUM ajst-30234 84 38 ohms ohm NOUN ajst-30234 84 39 and and CCONJ ajst-30234 84 40 manually manually ADV ajst-30234 84 41 adjust adjust VERB ajst-30234 84 42 the the DET ajst-30234 84 43 line line NOUN ajst-30234 84 44 - - PUNCT ajst-30234 84 45 to to ADP ajst-30234 84 46 - - PUNCT ajst-30234 84 47 neutral neutral ADJ ajst-30234 84 48 voltage voltage NOUN ajst-30234 84 49 to to ADP ajst-30234 84 50 220v 220v PROPN ajst-30234 84 51 for for ADP ajst-30234 84 52 the the DET ajst-30234 84 53 local local ADJ ajst-30234 84 54 network network NOUN ajst-30234 84 55 transformer transformer NOUN ajst-30234 84 56 . . PUNCT ajst-30234 85 1 ( ( PUNCT ajst-30234 85 2 3 3 X ajst-30234 85 3 ) ) PUNCT ajst-30234 85 4 open open ADJ ajst-30234 85 5 β€œ " PUNCT ajst-30234 85 6 solar solar ADJ ajst-30234 85 7 panel panel NOUN ajst-30234 85 8 emulator emulator NOUN ajst-30234 85 9 ” " PUNCT ajst-30234 85 10 hardware hardware NOUN ajst-30234 85 11 . . PUNCT ajst-30234 86 1 ( ( PUNCT ajst-30234 86 2 4 4 X ajst-30234 86 3 ) ) PUNCT ajst-30234 86 4 open open VERB ajst-30234 86 5 labsoft labsoft ADV ajst-30234 86 6 's 's PART ajst-30234 86 7 β€œ " PUNCT ajst-30234 86 8 solar solar ADJ ajst-30234 86 9 panel panel NOUN ajst-30234 86 10 ” " PUNCT ajst-30234 86 11 virtual virtual ADJ ajst-30234 86 12 tool tool NOUN ajst-30234 86 13 . . PUNCT ajst-30234 87 1 ( ( PUNCT ajst-30234 87 2 5 5 X ajst-30234 87 3 ) ) PUNCT ajst-30234 87 4 set set VERB ajst-30234 87 5 shadow shadow NOUN ajst-30234 88 1 [ [ X ajst-30234 88 2 % % X ajst-30234 88 3 ] ] X ajst-30234 88 4 = = SYM ajst-30234 88 5 0 0 NUM ajst-30234 88 6 ; ; PUNCT ajst-30234 88 7 shaded shade VERB ajst-30234 88 8 modules module NOUN ajst-30234 88 9 = = SYM ajst-30234 88 10 0 0 NUM ajst-30234 88 11 ; ; PUNCT ajst-30234 88 12 irradiance irradiance NOUN ajst-30234 89 1 [ [ X ajst-30234 89 2 % % X ajst-30234 89 3 ] ] X ajst-30234 89 4 = = SYM ajst-30234 89 5 100 100 NUM ajst-30234 89 6 % % NOUN ajst-30234 89 7 . . PUNCT ajst-30234 90 1 ( ( PUNCT ajst-30234 90 2 6 6 X ajst-30234 90 3 ) ) PUNCT ajst-30234 90 4 press press NOUN ajst-30234 90 5 the the DET ajst-30234 90 6 β€œ " PUNCT ajst-30234 90 7 power power NOUN ajst-30234 90 8 ” " PUNCT ajst-30234 90 9 button button NOUN ajst-30234 90 10 to to PART ajst-30234 90 11 activate activate VERB ajst-30234 90 12 the the DET ajst-30234 90 13 β€œ " PUNCT ajst-30234 90 14 solar solar ADJ ajst-30234 90 15 panel panel NOUN ajst-30234 90 16 virtual virtual ADJ ajst-30234 90 17 instrument instrument NOUN ajst-30234 90 18 ” " PUNCT ajst-30234 90 19 . . PUNCT ajst-30234 91 1 ( ( PUNCT ajst-30234 91 2 7 7 X ajst-30234 91 3 ) ) PUNCT ajst-30234 91 4 wait wait VERB ajst-30234 91 5 until until SCONJ ajst-30234 91 6 the the DET ajst-30234 91 7 pv pv NOUN ajst-30234 91 8 inverter inverter NOUN ajst-30234 91 9 tracks track VERB ajst-30234 91 10 its its PRON ajst-30234 91 11 β€œ " PUNCT ajst-30234 91 12 maximum maximum ADJ ajst-30234 91 13 power power NOUN ajst-30234 91 14 point point NOUN ajst-30234 91 15 ” " PUNCT ajst-30234 91 16 and and CCONJ ajst-30234 91 17 synchronizes synchronize VERB ajst-30234 91 18 itself itself PRON ajst-30234 91 19 to to ADP ajst-30234 91 20 the the DET ajst-30234 91 21 grid grid NOUN ajst-30234 91 22 . . PUNCT ajst-30234 92 1 3.3.4 3.3.4 X ajst-30234 92 2 . . PUNCT ajst-30234 93 1 results result NOUN ajst-30234 93 2 table table VERB ajst-30234 93 3 10 10 NUM ajst-30234 93 4 . . PUNCT ajst-30234 94 1 initial initial ADJ ajst-30234 94 2 data datum NOUN ajst-30234 94 3 irradiance irradiance NOUN ajst-30234 94 4 ( ( PUNCT ajst-30234 94 5 % % INTJ ajst-30234 94 6 ) ) PUNCT ajst-30234 94 7 dc dc PROPN ajst-30234 94 8 current current ADJ ajst-30234 94 9 ( ( PUNCT ajst-30234 94 10 a a NOUN ajst-30234 94 11 ) ) PUNCT ajst-30234 94 12 dc dc PROPN ajst-30234 94 13 voltage voltage NOUN ajst-30234 94 14 ( ( PUNCT ajst-30234 94 15 v v NOUN ajst-30234 94 16 ) ) PUNCT ajst-30234 94 17 dc dc PROPN ajst-30234 94 18 power power NOUN ajst-30234 94 19 ( ( PUNCT ajst-30234 94 20 v v NOUN ajst-30234 94 21 ) ) PUNCT ajst-30234 94 22 ac ac PROPN ajst-30234 94 23 current current ADJ ajst-30234 94 24 ( ( PUNCT ajst-30234 94 25 a a NOUN ajst-30234 94 26 ) ) PUNCT ajst-30234 94 27 ac ac PROPN ajst-30234 94 28 voltage voltage NOUN ajst-30234 94 29 ( ( PUNCT ajst-30234 94 30 v v NOUN ajst-30234 94 31 ) ) PUNCT ajst-30234 94 32 ac ac PROPN ajst-30234 94 33 power power NOUN ajst-30234 94 34 ( ( PUNCT ajst-30234 94 35 v v NOUN ajst-30234 94 36 ) ) PUNCT ajst-30234 94 37 efficiency efficiency NOUN ajst-30234 94 38 ( ( PUNCT ajst-30234 94 39 % % INTJ ajst-30234 94 40 ) ) PUNCT ajst-30234 94 41 100 100 NUM ajst-30234 94 42 4.01 4.01 NUM ajst-30234 94 43 359 359 NUM ajst-30234 94 44 1439 1439 NUM ajst-30234 94 45 2.1 2.1 NUM ajst-30234 94 46 221 221 NUM ajst-30234 94 47 1388 1388 NUM ajst-30234 94 48 96.45587213 96.45587213 NUM ajst-30234 94 49 80 80 NUM ajst-30234 94 50 3.16 3.16 NUM ajst-30234 94 51 364 364 NUM ajst-30234 94 52 1121 1121 NUM ajst-30234 94 53 1.7 1.7 NUM ajst-30234 94 54 220 220 NUM ajst-30234 94 55 1109 1109 NUM ajst-30234 94 56 98.92952721 98.92952721 NUM ajst-30234 94 57 60 60 NUM ajst-30234 94 58 2.43 2.43 NUM ajst-30234 94 59 361 361 NUM ajst-30234 94 60 878 878 NUM ajst-30234 94 61 1.3 1.3 NUM ajst-30234 94 62 220 220 NUM ajst-30234 94 63 843 843 NUM ajst-30234 94 64 96.01366743 96.01366743 NUM ajst-30234 94 65 40 40 NUM ajst-30234 94 66 1.61 1.61 NUM ajst-30234 94 67 359 359 NUM ajst-30234 94 68 576 576 NUM ajst-30234 94 69 0.8 0.8 NUM ajst-30234 94 70 220 220 NUM ajst-30234 94 71 546 546 NUM ajst-30234 94 72 94.79166667 94.79166667 NUM ajst-30234 94 73 20 20 NUM ajst-30234 94 74 0.83 0.83 NUM ajst-30234 94 75 358 358 NUM ajst-30234 94 76 288 288 NUM ajst-30234 94 77 0.4 0.4 NUM ajst-30234 94 78 220 220 NUM ajst-30234 94 79 262 262 NUM ajst-30234 94 80 90.97222222 90.97222222 NUM ajst-30234 94 81 0 0 NUM ajst-30234 94 82 0 0 NUM ajst-30234 94 83 388 388 NUM ajst-30234 94 84 5 5 NUM ajst-30234 94 85 0.2 0.2 NUM ajst-30234 94 86 220 220 NUM ajst-30234 94 87 0 0 NUM ajst-30234 94 88 0 0 NUM ajst-30234 94 89 369 369 NUM ajst-30234 94 90 table table NOUN ajst-30234 94 91 11 11 NUM ajst-30234 94 92 . . PUNCT ajst-30234 95 1 solar solar ADJ ajst-30234 95 2 pv pv NOUN ajst-30234 95 3 inverter inverter NOUN ajst-30234 95 4 operating operating NOUN ajst-30234 95 5 point point NOUN ajst-30234 95 6 mppt mppt NOUN ajst-30234 95 7 ( ( PUNCT ajst-30234 95 8 mppt mppt VERB ajst-30234 95 9 tracking track VERB ajst-30234 95 10 and and CCONJ ajst-30234 95 11 shading shading NOUN ajst-30234 95 12 module module NOUN ajst-30234 95 13 ) ) PUNCT ajst-30234 95 14 shadow shadow NOUN ajst-30234 95 15 ( ( PUNCT ajst-30234 95 16 % % INTJ ajst-30234 95 17 ) ) PUNCT ajst-30234 95 18 dc dc PROPN ajst-30234 95 19 current current ADJ ajst-30234 95 20 ( ( PUNCT ajst-30234 95 21 a a NOUN ajst-30234 95 22 ) ) PUNCT ajst-30234 95 23 dc dc PROPN ajst-30234 95 24 voltage voltage NOUN ajst-30234 95 25 ( ( PUNCT ajst-30234 95 26 v v NOUN ajst-30234 95 27 ) ) PUNCT ajst-30234 95 28 dc dc PROPN ajst-30234 95 29 power power NOUN ajst-30234 95 30 ( ( PUNCT ajst-30234 95 31 v v NOUN ajst-30234 95 32 ) ) PUNCT ajst-30234 95 33 ac ac PROPN ajst-30234 96 1 current current ADJ ajst-30234 96 2 ( ( PUNCT ajst-30234 96 3 a a NOUN ajst-30234 96 4 ) ) PUNCT ajst-30234 96 5 ac ac PROPN ajst-30234 96 6 voltage voltage NOUN ajst-30234 96 7 ( ( PUNCT ajst-30234 96 8 v v NOUN ajst-30234 96 9 ) ) PUNCT ajst-30234 96 10 ac ac PROPN ajst-30234 96 11 power power NOUN ajst-30234 96 12 ( ( PUNCT ajst-30234 96 13 v v NOUN ajst-30234 96 14 ) ) PUNCT ajst-30234 96 15 efficiency efficiency NOUN ajst-30234 96 16 ( ( PUNCT ajst-30234 96 17 % % NOUN ajst-30234 96 18 ) ) PUNCT ajst-30234 96 19 20 20 NUM ajst-30234 96 20 3.5 3.5 NUM ajst-30234 96 21 371 371 NUM ajst-30234 96 22 1300 1300 NUM ajst-30234 96 23 1.9 1.9 NUM ajst-30234 96 24 221 221 NUM ajst-30234 96 25 1257 1257 NUM ajst-30234 96 26 96.69230769 96.69230769 NUM ajst-30234 96 27 50 50 NUM ajst-30234 96 28 3.97 3.97 NUM ajst-30234 96 29 272 272 NUM ajst-30234 96 30 1078 1078 NUM ajst-30234 96 31 1.6 1.6 NUM ajst-30234 96 32 220 220 NUM ajst-30234 96 33 1035 1035 NUM ajst-30234 96 34 96.01113173 96.01113173 NUM ajst-30234 96 35 80 80 NUM ajst-30234 96 36 3.98 3.98 NUM ajst-30234 96 37 271 271 NUM ajst-30234 96 38 1080 1080 NUM ajst-30234 96 39 1.6 1.6 NUM ajst-30234 96 40 220 220 NUM ajst-30234 96 41 1035 1035 NUM ajst-30234 96 42 95.83333333 95.83333333 NUM ajst-30234 96 43 100 100 NUM ajst-30234 96 44 4 4 NUM ajst-30234 96 45 270 270 NUM ajst-30234 96 46 1080 1080 NUM ajst-30234 96 47 1.6 1.6 NUM ajst-30234 96 48 220 220 NUM ajst-30234 96 49 1035 1035 NUM ajst-30234 96 50 95.83333333 95.83333333 NUM ajst-30234 96 51 table table NOUN ajst-30234 96 52 12 12 NUM ajst-30234 96 53 . . PUNCT ajst-30234 97 1 active active ADJ ajst-30234 97 2 power power NOUN ajst-30234 97 3 derating derating NOUN ajst-30234 97 4 and and CCONJ ajst-30234 97 5 mpp mpp NOUN ajst-30234 97 6 tracking track VERB ajst-30234 97 7 inverter inverter ADJ ajst-30234 97 8 operating operating NOUN ajst-30234 97 9 point point NOUN ajst-30234 97 10 active active ADJ ajst-30234 97 11 power power NOUN ajst-30234 97 12 derating derate VERB ajst-30234 97 13 in in ADP ajst-30234 97 14 % % NOUN ajst-30234 97 15 p p X ajst-30234 98 1 [ [ X ajst-30234 98 2 w w X ajst-30234 98 3 ] ] X ajst-30234 98 4 ( ( PUNCT ajst-30234 98 5 pv pv INTJ ajst-30234 98 6 – – PUNCT ajst-30234 98 7 inverter inverter NOUN ajst-30234 98 8 ) ) PUNCT ajst-30234 98 9 calculated calculate VERB ajst-30234 98 10 p p PROPN ajst-30234 99 1 [ [ X ajst-30234 99 2 w w X ajst-30234 99 3 ] ] X ajst-30234 99 4 ( ( PUNCT ajst-30234 99 5 pv pv INTJ ajst-30234 99 6 – – PUNCT ajst-30234 99 7 inverter inverter NOUN ajst-30234 99 8 ) ) PUNCT ajst-30234 99 9 difference difference NOUN ajst-30234 99 10 p p X ajst-30234 100 1 [ [ X ajst-30234 100 2 w w X ajst-30234 100 3 ] ] X ajst-30234 100 4 ( ( PUNCT ajst-30234 100 5 vlnt vlnt NOUN ajst-30234 100 6 ) ) PUNCT ajst-30234 100 7 0 0 NUM ajst-30234 100 8 1391 1391 NUM ajst-30234 100 9 1500 1500 NUM ajst-30234 101 1 -109 -109 NUM ajst-30234 101 2 -1093 -1093 NOUN ajst-30234 101 3 10 10 NUM ajst-30234 101 4 1352 1352 NUM ajst-30234 101 5 1350 1350 NUM ajst-30234 101 6 2 2 NUM ajst-30234 101 7 -1056 -1056 PROPN ajst-30234 101 8 20 20 NUM ajst-30234 101 9 1224 1224 NUM ajst-30234 101 10 1200 1200 NUM ajst-30234 101 11 24 24 NUM ajst-30234 101 12 -925 -925 NUM ajst-30234 101 13 30 30 NUM ajst-30234 101 14 1064 1064 NUM ajst-30234 101 15 1050 1050 NUM ajst-30234 101 16 14 14 NUM ajst-30234 101 17 -765 -765 NUM ajst-30234 101 18 40 40 NUM ajst-30234 101 19 904 904 NUM ajst-30234 101 20 900 900 NUM ajst-30234 101 21 4 4 NUM ajst-30234 101 22 -604 -604 NUM ajst-30234 101 23 50 50 NUM ajst-30234 101 24 745 745 NUM ajst-30234 101 25 750 750 NUM ajst-30234 101 26 -5 -5 NOUN ajst-30234 101 27 -441 -441 PROPN ajst-30234 101 28 table table NOUN ajst-30234 101 29 13 13 NUM ajst-30234 101 30 . . PUNCT ajst-30234 102 1 effect effect NOUN ajst-30234 102 2 of of ADP ajst-30234 102 3 different different ADJ ajst-30234 102 4 irradiance irradiance NOUN ajst-30234 102 5 on on ADP ajst-30234 102 6 voltage voltage NOUN ajst-30234 102 7 drop drop NOUN ajst-30234 102 8 of of ADP ajst-30234 102 9 localized localized ADJ ajst-30234 102 10 network network NOUN ajst-30234 102 11 transformers transformer NOUN ajst-30234 102 12 irradiance irradiance NOUN ajst-30234 102 13 ( ( PUNCT ajst-30234 102 14 % % INTJ ajst-30234 102 15 ) ) PUNCT ajst-30234 102 16 power power NOUN ajst-30234 102 17 vlnt vlnt NOUN ajst-30234 102 18 ( ( PUNCT ajst-30234 102 19 w w NOUN ajst-30234 102 20 ) ) PUNCT ajst-30234 102 21 ac ac PROPN ajst-30234 102 22 voltage voltage NOUN ajst-30234 102 23 ( ( PUNCT ajst-30234 102 24 v v NOUN ajst-30234 102 25 ) ) PUNCT ajst-30234 102 26 100 100 NUM ajst-30234 102 27 -1169 -1169 PROPN ajst-30234 102 28 415 415 NUM ajst-30234 102 29 80 80 NUM ajst-30234 102 30 -900 -900 PROPN ajst-30234 102 31 406 406 NUM ajst-30234 102 32 60 60 NUM ajst-30234 102 33 -628 -628 NUM ajst-30234 102 34 393 393 NUM ajst-30234 102 35 40 40 NUM ajst-30234 102 36 -357 -357 NUM ajst-30234 102 37 381 381 NUM ajst-30234 102 38 20 20 NUM ajst-30234 102 39 -85 -85 PROPN ajst-30234 102 40 366 366 NUM ajst-30234 102 41 0 0 NUM ajst-30234 102 42 5 5 NUM ajst-30234 102 43 351 351 NUM ajst-30234 102 44 3.3.5 3.3.5 NUM ajst-30234 102 45 . . PUNCT ajst-30234 103 1 research research NOUN ajst-30234 103 2 conclusion conclusion NOUN ajst-30234 103 3 mppt mppt VERB ajst-30234 103 4 performance performance NOUN ajst-30234 103 5 of of ADP ajst-30234 103 6 pv pv NOUN ajst-30234 103 7 inverters inverter NOUN ajst-30234 103 8 the the DET ajst-30234 103 9 pv pv PROPN ajst-30234 103 10 inverter inverter NOUN ajst-30234 103 11 shows show VERB ajst-30234 103 12 high high ADJ ajst-30234 103 13 efficiency efficiency NOUN ajst-30234 103 14 under under ADP ajst-30234 103 15 different different ADJ ajst-30234 103 16 irradiance irradiance NOUN ajst-30234 103 17 . . PUNCT ajst-30234 104 1 for for ADP ajst-30234 104 2 example example NOUN ajst-30234 104 3 , , PUNCT ajst-30234 104 4 under under ADP ajst-30234 104 5 100 100 NUM ajst-30234 104 6 % % NOUN ajst-30234 104 7 irradiance irradiance NOUN ajst-30234 104 8 , , PUNCT ajst-30234 104 9 the the DET ajst-30234 104 10 dc dc PROPN ajst-30234 104 11 power power NOUN ajst-30234 104 12 is be AUX ajst-30234 104 13 1439w 1439w NUM ajst-30234 104 14 and and CCONJ ajst-30234 104 15 the the DET ajst-30234 104 16 ac ac PROPN ajst-30234 104 17 power power NOUN ajst-30234 104 18 is be AUX ajst-30234 104 19 1388w 1388w NUM ajst-30234 104 20 with with ADP ajst-30234 104 21 an an DET ajst-30234 104 22 efficiency efficiency NOUN ajst-30234 104 23 of of ADP ajst-30234 104 24 96.45 96.45 NUM ajst-30234 104 25 % % NOUN ajst-30234 104 26 . . PUNCT ajst-30234 105 1 as as SCONJ ajst-30234 105 2 the the DET ajst-30234 105 3 irradiance irradiance NOUN ajst-30234 105 4 decreases decrease VERB ajst-30234 105 5 to to ADP ajst-30234 105 6 20 20 NUM ajst-30234 105 7 % % NOUN ajst-30234 105 8 , , PUNCT ajst-30234 105 9 the the DET ajst-30234 105 10 efficiency efficiency NOUN ajst-30234 105 11 decreases decrease VERB ajst-30234 105 12 slightly slightly ADV ajst-30234 105 13 but but CCONJ ajst-30234 105 14 remains remain VERB ajst-30234 105 15 above above ADP ajst-30234 105 16 90 90 NUM ajst-30234 105 17 % % NOUN ajst-30234 105 18 . . PUNCT ajst-30234 106 1 this this PRON ajst-30234 106 2 indicates indicate VERB ajst-30234 106 3 that that SCONJ ajst-30234 106 4 the the DET ajst-30234 106 5 mppt mppt NOUN ajst-30234 106 6 algorithm algorithm NOUN ajst-30234 106 7 of of ADP ajst-30234 106 8 the the DET ajst-30234 106 9 pv pv NOUN ajst-30234 106 10 inverter inverter NOUN ajst-30234 106 11 has have VERB ajst-30234 106 12 good good ADJ ajst-30234 106 13 robustness robustness NOUN ajst-30234 106 14 and and CCONJ ajst-30234 106 15 can can AUX ajst-30234 106 16 effectively effectively ADV ajst-30234 106 17 track track VERB ajst-30234 106 18 the the DET ajst-30234 106 19 maximum maximum ADJ ajst-30234 106 20 power power NOUN ajst-30234 106 21 point point NOUN ajst-30234 106 22 . . PUNCT ajst-30234 107 1 in in ADP ajst-30234 107 2 the the DET ajst-30234 107 3 partial partial ADJ ajst-30234 107 4 shadow shadow NOUN ajst-30234 107 5 shading shade VERB ajst-30234 107 6 experiment experiment NOUN ajst-30234 107 7 , , PUNCT ajst-30234 107 8 the the DET ajst-30234 107 9 dc dc PROPN ajst-30234 107 10 power power NOUN ajst-30234 107 11 loss loss NOUN ajst-30234 107 12 of of ADP ajst-30234 107 13 the the DET ajst-30234 107 14 system system NOUN ajst-30234 107 15 is be AUX ajst-30234 107 16 less less ADJ ajst-30234 107 17 than than ADP ajst-30234 107 18 15 15 NUM ajst-30234 107 19 % % NOUN ajst-30234 107 20 , , PUNCT ajst-30234 107 21 e.g. e.g. ADV ajst-30234 107 22 , , PUNCT ajst-30234 107 23 when when SCONJ ajst-30234 107 24 the the DET ajst-30234 107 25 shadow shadow NOUN ajst-30234 107 26 covers cover VERB ajst-30234 107 27 50 50 NUM ajst-30234 107 28 % % NOUN ajst-30234 107 29 , , PUNCT ajst-30234 107 30 the the DET ajst-30234 107 31 dc dc PROPN ajst-30234 107 32 power power NOUN ajst-30234 107 33 is be AUX ajst-30234 107 34 1078w 1078w NUM ajst-30234 107 35 and and CCONJ ajst-30234 107 36 the the DET ajst-30234 107 37 efficiency efficiency NOUN ajst-30234 107 38 is be AUX ajst-30234 107 39 96 96 NUM ajst-30234 107 40 % % NOUN ajst-30234 107 41 . . PUNCT ajst-30234 108 1 this this PRON ajst-30234 108 2 indicates indicate VERB ajst-30234 108 3 that that SCONJ ajst-30234 108 4 the the DET ajst-30234 108 5 system system NOUN ajst-30234 108 6 can can AUX ajst-30234 108 7 still still ADV ajst-30234 108 8 maintain maintain VERB ajst-30234 108 9 a a DET ajst-30234 108 10 high high ADJ ajst-30234 108 11 conversion conversion NOUN ajst-30234 108 12 efficiency efficiency NOUN ajst-30234 108 13 under under ADP ajst-30234 108 14 partial partial ADJ ajst-30234 108 15 shading shading NOUN ajst-30234 108 16 conditions condition NOUN ajst-30234 108 17 , , PUNCT ajst-30234 108 18 which which PRON ajst-30234 108 19 verifies verify VERB ajst-30234 108 20 the the DET ajst-30234 108 21 applicability applicability NOUN ajst-30234 108 22 of of ADP ajst-30234 108 23 the the DET ajst-30234 108 24 pv pv NOUN ajst-30234 108 25 system system NOUN ajst-30234 108 26 in in ADP ajst-30234 108 27 complex complex ADJ ajst-30234 108 28 lighting lighting NOUN ajst-30234 108 29 environments environment NOUN ajst-30234 108 30 . . PUNCT ajst-30234 109 1 effect effect NOUN ajst-30234 109 2 of of ADP ajst-30234 109 3 localized localized ADJ ajst-30234 109 4 network network NOUN ajst-30234 109 5 voltage voltage NOUN ajst-30234 109 6 drop drop NOUN ajst-30234 109 7 as as SCONJ ajst-30234 109 8 the the DET ajst-30234 109 9 irradiance irradiance NOUN ajst-30234 109 10 decreases decrease VERB ajst-30234 109 11 from from ADP ajst-30234 109 12 100 100 NUM ajst-30234 109 13 % % NOUN ajst-30234 109 14 to to PART ajst-30234 109 15 0 0 NUM ajst-30234 109 16 % % NOUN ajst-30234 109 17 , , PUNCT ajst-30234 109 18 the the DET ajst-30234 109 19 local local ADJ ajst-30234 109 20 network network NOUN ajst-30234 109 21 voltage voltage NOUN ajst-30234 109 22 gradually gradually ADV ajst-30234 109 23 decreases decrease VERB ajst-30234 109 24 from from ADP ajst-30234 109 25 415 415 NUM ajst-30234 109 26 v v NOUN ajst-30234 109 27 to to ADP ajst-30234 109 28 351 351 NUM ajst-30234 109 29 v. v. ADP ajst-30234 109 30 the the DET ajst-30234 109 31 experimental experimental ADJ ajst-30234 109 32 data datum NOUN ajst-30234 109 33 show show VERB ajst-30234 109 34 that that SCONJ ajst-30234 109 35 the the DET ajst-30234 109 36 pv pv NOUN ajst-30234 109 37 system system NOUN ajst-30234 109 38 is be AUX ajst-30234 109 39 able able ADJ ajst-30234 109 40 to to PART ajst-30234 109 41 provide provide VERB ajst-30234 109 42 effective effective ADJ ajst-30234 109 43 support support NOUN ajst-30234 109 44 to to ADP ajst-30234 109 45 the the DET ajst-30234 109 46 local local ADJ ajst-30234 109 47 grid grid NOUN ajst-30234 109 48 at at ADP ajst-30234 109 49 high high ADJ ajst-30234 109 50 irradiance irradiance NOUN ajst-30234 109 51 , , PUNCT ajst-30234 109 52 whereas whereas SCONJ ajst-30234 109 53 the the DET ajst-30234 109 54 grid grid NOUN ajst-30234 109 55 voltage voltage NOUN ajst-30234 109 56 relies rely VERB ajst-30234 109 57 on on ADP ajst-30234 109 58 the the DET ajst-30234 109 59 support support NOUN ajst-30234 109 60 of of ADP ajst-30234 109 61 other other ADJ ajst-30234 109 62 power power NOUN ajst-30234 109 63 sources source NOUN ajst-30234 109 64 when when SCONJ ajst-30234 109 65 the the DET ajst-30234 109 66 irradiance irradiance NOUN ajst-30234 109 67 decreases decrease VERB ajst-30234 109 68 . . PUNCT ajst-30234 110 1 this this DET ajst-30234 110 2 further far ADV ajst-30234 110 3 illustrates illustrate VERB ajst-30234 110 4 the the DET ajst-30234 110 5 potential potential NOUN ajst-30234 110 6 of of ADP ajst-30234 110 7 distributed distribute VERB ajst-30234 110 8 pv pv NOUN ajst-30234 110 9 systems system NOUN ajst-30234 110 10 in in ADP ajst-30234 110 11 improving improve VERB ajst-30234 110 12 grid grid NOUN ajst-30234 110 13 voltage voltage NOUN ajst-30234 110 14 stability stability NOUN ajst-30234 110 15 . . PUNCT ajst-30234 111 1 4 4 X ajst-30234 111 2 . . X ajst-30234 111 3 analysis analysis NOUN ajst-30234 111 4 of of ADP ajst-30234 111 5 conclusions conclusion NOUN ajst-30234 111 6 4.1 4.1 NUM ajst-30234 111 7 . . PUNCT ajst-30234 112 1 utility utility NOUN ajst-30234 112 2 of of ADP ajst-30234 112 3 droop droop NOUN ajst-30234 112 4 control control NOUN ajst-30234 112 5 whether whether SCONJ ajst-30234 112 6 it it PRON ajst-30234 112 7 is be AUX ajst-30234 112 8 active active ADJ ajst-30234 112 9 power power NOUN ajst-30234 112 10 or or CCONJ ajst-30234 112 11 reactive reactive ADJ ajst-30234 112 12 power power NOUN ajst-30234 112 13 control control NOUN ajst-30234 112 14 , , PUNCT ajst-30234 112 15 the the DET ajst-30234 112 16 dynamic dynamic ADJ ajst-30234 112 17 response response NOUN ajst-30234 112 18 performance performance NOUN ajst-30234 112 19 of of ADP ajst-30234 112 20 the the DET ajst-30234 112 21 droop droop NOUN ajst-30234 112 22 method method NOUN ajst-30234 112 23 in in ADP ajst-30234 112 24 microgrid microgrid ADJ ajst-30234 112 25 islanding islanding NOUN ajst-30234 112 26 operation operation NOUN ajst-30234 112 27 is be AUX ajst-30234 112 28 excellent excellent ADJ ajst-30234 112 29 . . PUNCT ajst-30234 113 1 its its PRON ajst-30234 113 2 voltage voltage NOUN ajst-30234 113 3 deviation deviation NOUN ajst-30234 113 4 regulation regulation NOUN ajst-30234 113 5 of of ADP ajst-30234 113 6 inductive inductive ADJ ajst-30234 113 7 and and CCONJ ajst-30234 113 8 capacitive capacitive ADJ ajst-30234 113 9 loads load NOUN ajst-30234 113 10 is be AUX ajst-30234 113 11 particularly particularly ADV ajst-30234 113 12 significant significant ADJ ajst-30234 113 13 , , PUNCT ajst-30234 113 14 providing provide VERB ajst-30234 113 15 a a DET ajst-30234 113 16 reliable reliable ADJ ajst-30234 113 17 technical technical ADJ ajst-30234 113 18 guarantee guarantee NOUN ajst-30234 113 19 for for ADP ajst-30234 113 20 the the DET ajst-30234 113 21 stable stable ADJ ajst-30234 113 22 operation operation NOUN ajst-30234 113 23 of of ADP ajst-30234 113 24 islanded islande VERB ajst-30234 113 25 microgrids microgrid NOUN ajst-30234 113 26 . . PUNCT ajst-30234 114 1 4.2 4.2 NUM ajst-30234 114 2 . . PUNCT ajst-30234 114 3 economy economy NOUN ajst-30234 114 4 and and CCONJ ajst-30234 114 5 stability stability NOUN ajst-30234 114 6 of of ADP ajst-30234 114 7 wind wind NOUN ajst-30234 114 8 energy energy NOUN ajst-30234 114 9 system system NOUN ajst-30234 114 10 the the DET ajst-30234 114 11 experiment experiment NOUN ajst-30234 114 12 verifies verify VERB ajst-30234 114 13 the the DET ajst-30234 114 14 high high ADJ ajst-30234 114 15 efficiency efficiency NOUN ajst-30234 114 16 of of ADP ajst-30234 114 17 dfig dfig PROPN ajst-30234 114 18 under under ADP ajst-30234 114 19 high high ADJ ajst-30234 114 20 wind wind NOUN ajst-30234 114 21 speed speed NOUN ajst-30234 114 22 conditions condition NOUN ajst-30234 114 23 and and CCONJ ajst-30234 114 24 shows show VERB ajst-30234 114 25 its its PRON ajst-30234 114 26 power power NOUN ajst-30234 114 27 factor factor NOUN ajst-30234 114 28 regulation regulation NOUN ajst-30234 114 29 capability capability NOUN ajst-30234 114 30 for for ADP ajst-30234 114 31 the the DET ajst-30234 114 32 grid grid NOUN ajst-30234 114 33 , , PUNCT ajst-30234 114 34 proving prove VERB ajst-30234 114 35 that that SCONJ ajst-30234 114 36 it it PRON ajst-30234 114 37 is be AUX ajst-30234 114 38 suitable suitable ADJ ajst-30234 114 39 for for ADP ajst-30234 114 40 renewable renewable ADJ ajst-30234 114 41 energy energy NOUN ajst-30234 114 42 deployment deployment NOUN ajst-30234 114 43 in in ADP ajst-30234 114 44 high high ADJ ajst-30234 114 45 wind wind NOUN ajst-30234 114 46 speed speed NOUN ajst-30234 114 47 areas area NOUN ajst-30234 114 48 . . PUNCT ajst-30234 115 1 4.3 4.3 NUM ajst-30234 115 2 . . PUNCT ajst-30234 115 3 adaptability adaptability NOUN ajst-30234 115 4 of of ADP ajst-30234 115 5 pv pv NOUN ajst-30234 115 6 system system NOUN ajst-30234 115 7 the the DET ajst-30234 115 8 high high ADJ ajst-30234 115 9 efficiency efficiency NOUN ajst-30234 115 10 and and CCONJ ajst-30234 115 11 immunity immunity NOUN ajst-30234 115 12 of of ADP ajst-30234 115 13 the the DET ajst-30234 115 14 pv pv NOUN ajst-30234 115 15 inverter inverter NOUN ajst-30234 115 16 to to ADP ajst-30234 115 17 different different ADJ ajst-30234 115 18 irradiance irradiance NOUN ajst-30234 115 19 and and CCONJ ajst-30234 115 20 shading shading NOUN ajst-30234 115 21 conditions condition NOUN ajst-30234 115 22 demonstrate demonstrate VERB ajst-30234 115 23 its its PRON ajst-30234 115 24 suitability suitability NOUN ajst-30234 115 25 for for ADP ajst-30234 115 26 complex complex ADJ ajst-30234 115 27 distributed distribute VERB ajst-30234 115 28 energy energy NOUN ajst-30234 115 29 environments environment NOUN ajst-30234 115 30 . . PUNCT ajst-30234 116 1 in in ADP ajst-30234 116 2 particular particular ADJ ajst-30234 116 3 , , PUNCT ajst-30234 116 4 the the DET ajst-30234 116 5 high high ADJ ajst-30234 116 6 efficiency efficiency NOUN ajst-30234 116 7 of of ADP ajst-30234 116 8 the the DET ajst-30234 116 9 mppt mppt NOUN ajst-30234 116 10 algorithm algorithm PROPN ajst-30234 116 11 provides provide VERB ajst-30234 116 12 an an DET ajst-30234 116 13 important important ADJ ajst-30234 116 14 support support NOUN ajst-30234 116 15 to to PART ajst-30234 116 16 further far ADV ajst-30234 116 17 enhance enhance VERB ajst-30234 116 18 the the DET ajst-30234 116 19 application application NOUN ajst-30234 116 20 scenarios scenario NOUN ajst-30234 116 21 of of ADP ajst-30234 116 22 pv pv NOUN ajst-30234 116 23 systems system NOUN ajst-30234 116 24 . . PUNCT ajst-30234 117 1 in in ADP ajst-30234 117 2 this this DET ajst-30234 117 3 study study NOUN ajst-30234 117 4 , , PUNCT ajst-30234 117 5 the the DET ajst-30234 117 6 high high ADJ ajst-30234 117 7 efficiency efficiency NOUN ajst-30234 117 8 and and CCONJ ajst-30234 117 9 applicability applicability NOUN ajst-30234 117 10 of of ADP ajst-30234 117 11 inverter inverter ADJ ajst-30234 117 12 resource resource NOUN ajst-30234 117 13 - - PUNCT ajst-30234 117 14 based base VERB ajst-30234 117 15 power power NOUN ajst-30234 117 16 generation generation NOUN ajst-30234 117 17 technology technology NOUN ajst-30234 117 18 in in ADP ajst-30234 117 19 modern modern ADJ ajst-30234 117 20 power power NOUN ajst-30234 117 21 systems system NOUN ajst-30234 117 22 are be AUX ajst-30234 117 23 verified verify VERB ajst-30234 117 24 through through ADP ajst-30234 117 25 an an DET ajst-30234 117 26 in in ADP ajst-30234 117 27 - - PUNCT ajst-30234 117 28 depth depth NOUN ajst-30234 117 29 analysis analysis NOUN ajst-30234 117 30 of of ADP ajst-30234 117 31 three three NUM ajst-30234 117 32 experiments experiment NOUN ajst-30234 117 33 : : PUNCT ajst-30234 117 34 microgrid microgrid ADJ ajst-30234 117 35 , , PUNCT ajst-30234 117 36 wind wind NOUN ajst-30234 117 37 and and CCONJ ajst-30234 117 38 pv pv NOUN ajst-30234 117 39 . . PUNCT ajst-30234 118 1 it it PRON ajst-30234 118 2 is be AUX ajst-30234 118 3 shown show VERB ajst-30234 118 4 that that SCONJ ajst-30234 118 5 the the DET ajst-30234 118 6 grid grid NOUN ajst-30234 118 7 's 's PART ajst-30234 118 8 ability ability NOUN ajst-30234 118 9 to to PART ajst-30234 118 10 accommodate accommodate VERB ajst-30234 118 11 renewable renewable ADJ ajst-30234 118 12 energy energy NOUN ajst-30234 118 13 can can AUX ajst-30234 118 14 be be AUX ajst-30234 118 15 significantly significantly ADV ajst-30234 118 16 enhanced enhance VERB ajst-30234 118 17 by by ADP ajst-30234 118 18 optimizing optimize VERB ajst-30234 118 19 the the DET ajst-30234 118 20 droop droop NOUN ajst-30234 118 21 control control NOUN ajst-30234 118 22 strategy strategy NOUN ajst-30234 118 23 and and CCONJ ajst-30234 118 24 improving improve VERB ajst-30234 118 25 the the DET ajst-30234 118 26 efficiency efficiency NOUN ajst-30234 118 27 of of ADP ajst-30234 118 28 wind wind NOUN ajst-30234 118 29 and and CCONJ ajst-30234 118 30 pv pv PROPN ajst-30234 118 31 systems system NOUN ajst-30234 118 32 . . PUNCT ajst-30234 119 1 future future ADJ ajst-30234 119 2 research research NOUN ajst-30234 119 3 needs need VERB ajst-30234 119 4 to to PART ajst-30234 119 5 further far ADV ajst-30234 119 6 explore explore VERB ajst-30234 119 7 the the DET ajst-30234 119 8 practical practical ADJ ajst-30234 119 9 application application NOUN ajst-30234 119 10 of of ADP ajst-30234 119 11 these these DET ajst-30234 119 12 technologies technology NOUN ajst-30234 119 13 in in ADP ajst-30234 119 14 large large ADJ ajst-30234 119 15 - - PUNCT ajst-30234 119 16 scale scale NOUN ajst-30234 119 17 power power NOUN ajst-30234 119 18 grids grid NOUN ajst-30234 119 19 to to PART ajst-30234 119 20 achieve achieve VERB ajst-30234 119 21 a a DET ajst-30234 119 22 higher high ADJ ajst-30234 119 23 percentage percentage NOUN ajst-30234 119 24 of of ADP ajst-30234 119 25 clean clean ADJ ajst-30234 119 26 energy energy NOUN ajst-30234 119 27 integration integration NOUN ajst-30234 119 28 . . PUNCT ajst-30234 120 1 references reference NOUN ajst-30234 120 2 [ [ X ajst-30234 120 3 1 1 NUM ajst-30234 120 4 ] ] X ajst-30234 120 5 yazdani yazdani PROPN ajst-30234 120 6 , , PUNCT ajst-30234 120 7 a. a. PROPN ajst-30234 120 8 , , PUNCT ajst-30234 120 9 & & CCONJ ajst-30234 120 10 iravani iravani PROPN ajst-30234 120 11 , , PUNCT ajst-30234 120 12 r. r. PROPN ajst-30234 120 13 ( ( PUNCT ajst-30234 120 14 2010 2010 NUM ajst-30234 120 15 ) ) PUNCT ajst-30234 120 16 . . PUNCT ajst-30234 121 1 voltage voltage NOUN ajst-30234 121 2 - - PUNCT ajst-30234 121 3 sourced source VERB ajst-30234 121 4 converters converter NOUN ajst-30234 121 5 in in ADP ajst-30234 121 6 power power NOUN ajst-30234 121 7 systems system NOUN ajst-30234 121 8 : : PUNCT ajst-30234 121 9 modeling modeling NOUN ajst-30234 121 10 , , PUNCT ajst-30234 121 11 control control NOUN ajst-30234 121 12 , , PUNCT ajst-30234 121 13 and and CCONJ ajst-30234 121 14 applications application NOUN ajst-30234 121 15 . . PUNCT ajst-30234 122 1 ieee ieee NOUN ajst-30234 122 2 press press PROPN ajst-30234 122 3 . . PUNCT ajst-30234 123 1 [ [ X ajst-30234 123 2 2 2 NUM ajst-30234 123 3 ] ] X ajst-30234 123 4 guerrero guerrero NOUN ajst-30234 123 5 , , PUNCT ajst-30234 123 6 j. j. PROPN ajst-30234 123 7 m. m. PROPN ajst-30234 123 8 , , PUNCT ajst-30234 123 9 et et PROPN ajst-30234 123 10 al al PROPN ajst-30234 123 11 . . PUNCT ajst-30234 124 1 ( ( PUNCT ajst-30234 124 2 2007 2007 NUM ajst-30234 124 3 ) ) PUNCT ajst-30234 124 4 . . PUNCT ajst-30234 125 1 β€œ " PUNCT ajst-30234 125 2 a a DET ajst-30234 125 3 decentralized decentralize VERB ajst-30234 125 4 control control NOUN ajst-30234 125 5 strategy strategy NOUN ajst-30234 125 6 for for ADP ajst-30234 125 7 islanded islande VERB ajst-30234 125 8 microgrids microgrid NOUN ajst-30234 125 9 with with ADP ajst-30234 125 10 renewable renewable ADJ ajst-30234 125 11 energy energy NOUN ajst-30234 125 12 sources source NOUN ajst-30234 125 13 . . PUNCT ajst-30234 125 14 ” " PUNCT ajst-30234 126 1 ieee ieee NOUN ajst-30234 126 2 transactions transaction NOUN ajst-30234 126 3 on on ADP ajst-30234 126 4 industrial industrial ADJ ajst-30234 126 5 electronics electronic NOUN ajst-30234 126 6 , , PUNCT ajst-30234 126 7 54(2 54(2 NUM ajst-30234 126 8 ) ) PUNCT ajst-30234 126 9 , , PUNCT ajst-30234 126 10 899 899 NUM ajst-30234 126 11 - - SYM ajst-30234 126 12 909 909 NUM ajst-30234 126 13 . . PUNCT ajst-30234 126 14 370 370 NUM ajst-30234 127 1 [ [ X ajst-30234 127 2 3 3 NUM ajst-30234 127 3 ] ] PUNCT ajst-30234 127 4 katiraei katiraei PROPN ajst-30234 127 5 , , PUNCT ajst-30234 127 6 f. f. PROPN ajst-30234 127 7 , , PUNCT ajst-30234 127 8 & & CCONJ ajst-30234 127 9 iravani iravani PROPN ajst-30234 127 10 , , PUNCT ajst-30234 127 11 m. m. PROPN ajst-30234 127 12 r. r. PROPN ajst-30234 127 13 ( ( PUNCT ajst-30234 127 14 2006 2006 NUM ajst-30234 127 15 ) ) PUNCT ajst-30234 127 16 . . PUNCT ajst-30234 128 1 β€œ " PUNCT ajst-30234 128 2 power power NOUN ajst-30234 128 3 management management NOUN ajst-30234 128 4 strategies strategy NOUN ajst-30234 128 5 for for ADP ajst-30234 128 6 a a DET ajst-30234 128 7 microgrid microgrid NOUN ajst-30234 128 8 with with ADP ajst-30234 128 9 multiple multiple ADJ ajst-30234 128 10 distributed distribute VERB ajst-30234 128 11 generation generation NOUN ajst-30234 128 12 units unit NOUN ajst-30234 128 13 . . PUNCT ajst-30234 128 14 ” " PUNCT ajst-30234 128 15 ieee ieee NOUN ajst-30234 128 16 transactions transaction NOUN ajst-30234 128 17 on on ADP ajst-30234 128 18 power power NOUN ajst-30234 128 19 systems system NOUN ajst-30234 128 20 , , PUNCT ajst-30234 128 21 21(4 21(4 NUM ajst-30234 128 22 ) ) PUNCT ajst-30234 128 23 , , PUNCT ajst-30234 128 24 18211831 18211831 NUM ajst-30234 128 25 . . PUNCT ajst-30234 129 1 [ [ X ajst-30234 129 2 4 4 NUM ajst-30234 129 3 ] ] X ajst-30234 129 4 lopes lope NOUN ajst-30234 129 5 , , PUNCT ajst-30234 129 6 j. j. PROPN ajst-30234 129 7 a. a. PROPN ajst-30234 129 8 p. p. PROPN ajst-30234 129 9 , , PUNCT ajst-30234 129 10 et et PROPN ajst-30234 129 11 al al PROPN ajst-30234 129 12 . . PUNCT ajst-30234 130 1 ( ( PUNCT ajst-30234 130 2 2006 2006 NUM ajst-30234 130 3 ) ) PUNCT ajst-30234 130 4 . . PUNCT ajst-30234 131 1 β€œ " PUNCT ajst-30234 131 2 integrating integrate VERB ajst-30234 131 3 distributed distribute VERB ajst-30234 131 4 generation generation NOUN ajst-30234 131 5 into into ADP ajst-30234 131 6 electric electric ADJ ajst-30234 131 7 power power NOUN ajst-30234 131 8 systems system NOUN ajst-30234 131 9 : : PUNCT ajst-30234 131 10 a a DET ajst-30234 131 11 review review NOUN ajst-30234 131 12 of of ADP ajst-30234 131 13 drivers driver NOUN ajst-30234 131 14 , , PUNCT ajst-30234 131 15 challenges challenge NOUN ajst-30234 131 16 , , PUNCT ajst-30234 131 17 and and CCONJ ajst-30234 131 18 opportunities opportunity NOUN ajst-30234 131 19 . . PUNCT ajst-30234 131 20 ” " PUNCT ajst-30234 131 21 electric electric ADJ ajst-30234 131 22 power power NOUN ajst-30234 131 23 systems system NOUN ajst-30234 131 24 research research NOUN ajst-30234 131 25 , , PUNCT ajst-30234 131 26 77(9 77(9 NUM ajst-30234 131 27 ) ) PUNCT ajst-30234 131 28 , , PUNCT ajst-30234 131 29 1189 1189 NUM ajst-30234 131 30 - - SYM ajst-30234 131 31 1203 1203 NUM ajst-30234 131 32 . . PUNCT ajst-30234 132 1 [ [ X ajst-30234 132 2 5 5 NUM ajst-30234 132 3 ] ] X ajst-30234 132 4 ackermann ackermann PROPN ajst-30234 132 5 , , PUNCT ajst-30234 132 6 t. t. PROPN ajst-30234 132 7 ( ( PUNCT ajst-30234 132 8 2012 2012 NUM ajst-30234 132 9 ) ) PUNCT ajst-30234 132 10 . . PUNCT ajst-30234 133 1 wind wind NOUN ajst-30234 133 2 power power NOUN ajst-30234 133 3 in in ADP ajst-30234 133 4 power power NOUN ajst-30234 133 5 systems system NOUN ajst-30234 133 6 . . PUNCT ajst-30234 134 1 john john PROPN ajst-30234 134 2 wiley wiley PROPN ajst-30234 134 3 & & CCONJ ajst-30234 134 4 sons son NOUN ajst-30234 134 5 . . PUNCT ajst-30234 135 1 [ [ X ajst-30234 135 2 6 6 NUM ajst-30234 135 3 ] ] X ajst-30234 135 4 heier heier NOUN ajst-30234 135 5 , , PUNCT ajst-30234 135 6 s. s. PROPN ajst-30234 135 7 ( ( PUNCT ajst-30234 135 8 2014 2014 NUM ajst-30234 135 9 ) ) PUNCT ajst-30234 135 10 . . PUNCT ajst-30234 136 1 grid grid NOUN ajst-30234 136 2 integration integration NOUN ajst-30234 136 3 of of ADP ajst-30234 136 4 wind wind NOUN ajst-30234 136 5 energy energy NOUN ajst-30234 136 6 : : PUNCT ajst-30234 136 7 onshore onshore NOUN ajst-30234 136 8 and and CCONJ ajst-30234 136 9 offshore offshore ADJ ajst-30234 136 10 conversion conversion NOUN ajst-30234 136 11 systems system NOUN ajst-30234 136 12 . . PUNCT ajst-30234 137 1 john john PROPN ajst-30234 137 2 wiley wiley PROPN ajst-30234 137 3 & & CCONJ ajst-30234 137 4 sons son NOUN ajst-30234 137 5 . . PUNCT ajst-30234 138 1 [ [ X ajst-30234 138 2 7 7 NUM ajst-30234 138 3 ] ] X ajst-30234 138 4 esram esram NOUN ajst-30234 138 5 , , PUNCT ajst-30234 138 6 t. t. PROPN ajst-30234 138 7 , , PUNCT ajst-30234 138 8 & & CCONJ ajst-30234 138 9 chapman chapman PROPN ajst-30234 138 10 , , PUNCT ajst-30234 138 11 p. p. PROPN ajst-30234 138 12 l. l. PROPN ajst-30234 138 13 ( ( PUNCT ajst-30234 138 14 2007 2007 NUM ajst-30234 138 15 ) ) PUNCT ajst-30234 138 16 . . PUNCT ajst-30234 139 1 β€œ " PUNCT ajst-30234 139 2 comparison comparison NOUN ajst-30234 139 3 of of ADP ajst-30234 139 4 photovoltaic photovoltaic NOUN ajst-30234 139 5 array array NOUN ajst-30234 139 6 maximum maximum ADJ ajst-30234 139 7 power power NOUN ajst-30234 139 8 point point NOUN ajst-30234 139 9 tracking tracking NOUN ajst-30234 139 10 techniques technique NOUN ajst-30234 139 11 . . PUNCT ajst-30234 139 12 ” " PUNCT ajst-30234 140 1 ieee ieee NOUN ajst-30234 140 2 transactions transaction NOUN ajst-30234 140 3 on on ADP ajst-30234 140 4 energy energy NOUN ajst-30234 140 5 conversion conversion NOUN ajst-30234 140 6 , , PUNCT ajst-30234 140 7 22(2 22(2 NUM ajst-30234 140 8 ) ) PUNCT ajst-30234 140 9 , , PUNCT ajst-30234 140 10 439 439 NUM ajst-30234 140 11 - - SYM ajst-30234 140 12 449 449 NUM ajst-30234 140 13 . . PUNCT ajst-30234 141 1 [ [ X ajst-30234 141 2 8 8 NUM ajst-30234 141 3 ] ] X ajst-30234 141 4 chen chen PROPN ajst-30234 141 5 , , PUNCT ajst-30234 141 6 y. y. PROPN ajst-30234 141 7 , , PUNCT ajst-30234 141 8 et et PROPN ajst-30234 141 9 al al PROPN ajst-30234 141 10 . . PUNCT ajst-30234 142 1 ( ( PUNCT ajst-30234 142 2 2014 2014 NUM ajst-30234 142 3 ) ) PUNCT ajst-30234 142 4 . . PUNCT ajst-30234 143 1 β€œ " PUNCT ajst-30234 143 2 impact impact NOUN ajst-30234 143 3 of of ADP ajst-30234 143 4 inverter inverter NOUN ajst-30234 143 5 - - PUNCT ajst-30234 143 6 based base VERB ajst-30234 143 7 distributed distribute VERB ajst-30234 143 8 generators generator NOUN ajst-30234 143 9 on on ADP ajst-30234 143 10 local local ADJ ajst-30234 143 11 voltage voltage NOUN ajst-30234 143 12 regulation regulation NOUN ajst-30234 143 13 and and CCONJ ajst-30234 143 14 loss loss NOUN ajst-30234 143 15 . . PUNCT ajst-30234 143 16 ” " PUNCT ajst-30234 144 1 ieee ieee NOUN ajst-30234 144 2 transactions transaction NOUN ajst-30234 144 3 on on ADP ajst-30234 144 4 power power NOUN ajst-30234 144 5 systems system NOUN ajst-30234 144 6 , , PUNCT ajst-30234 144 7 29(1 29(1 NUM ajst-30234 144 8 ) ) PUNCT ajst-30234 144 9 , , PUNCT ajst-30234 144 10 95 95 NUM ajst-30234 144 11 - - SYM ajst-30234 144 12 103 103 NUM ajst-30234 144 13 . . PUNCT ajst-30234 145 1 [ [ X ajst-30234 145 2 9 9 NUM ajst-30234 145 3 ] ] X ajst-30234 145 4 driesen driesen NOUN ajst-30234 145 5 , , PUNCT ajst-30234 145 6 j. j. PROPN ajst-30234 145 7 , , PUNCT ajst-30234 145 8 & & CCONJ ajst-30234 145 9 van van PROPN ajst-30234 145 10 craenenbroeck craenenbroeck PROPN ajst-30234 145 11 , , PUNCT ajst-30234 145 12 t. t. PROPN ajst-30234 145 13 ( ( PUNCT ajst-30234 145 14 2010 2010 NUM ajst-30234 145 15 ) ) PUNCT ajst-30234 145 16 . . PUNCT ajst-30234 146 1 β€œ " PUNCT ajst-30234 146 2 virtual virtual ADJ ajst-30234 146 3 synchronous synchronous ADJ ajst-30234 146 4 generators generator NOUN ajst-30234 146 5 . . PUNCT ajst-30234 146 6 ” " PUNCT ajst-30234 147 1 in in ADP ajst-30234 147 2 proceedings proceeding NOUN ajst-30234 147 3 of of ADP ajst-30234 147 4 the the DET ajst-30234 147 5 ieee ieee NOUN ajst-30234 147 6 pes pes PROPN ajst-30234 147 7 general general PROPN ajst-30234 147 8 meeting meeting NOUN ajst-30234 147 9 , , PUNCT ajst-30234 147 10 1 1 NUM ajst-30234 147 11 - - SYM ajst-30234 147 12 3 3 NUM ajst-30234 147 13 . . PUNCT ajst-30234 148 1 [ [ X ajst-30234 148 2 10 10 NUM ajst-30234 148 3 ] ] X ajst-30234 148 4 beck beck NOUN ajst-30234 148 5 , , PUNCT ajst-30234 148 6 h.-p h.-p PROPN ajst-30234 148 7 . . PROPN ajst-30234 148 8 , , PUNCT ajst-30234 148 9 & & CCONJ ajst-30234 148 10 hesse hesse PROPN ajst-30234 148 11 , , PUNCT ajst-30234 148 12 r. r. PROPN ajst-30234 148 13 ( ( PUNCT ajst-30234 148 14 2007 2007 NUM ajst-30234 148 15 ) ) PUNCT ajst-30234 148 16 . . PUNCT ajst-30234 149 1 β€œ " PUNCT ajst-30234 149 2 virtual virtual ADJ ajst-30234 149 3 synchronous synchronous ADJ ajst-30234 149 4 machine machine NOUN ajst-30234 149 5 . . PUNCT ajst-30234 149 6 ” " PUNCT ajst-30234 150 1 in in ADP ajst-30234 150 2 9th 9th ADJ ajst-30234 150 3 international international ADJ ajst-30234 150 4 conference conference NOUN ajst-30234 150 5 on on ADP ajst-30234 150 6 electrical electrical ADJ ajst-30234 150 7 power power NOUN ajst-30234 150 8 quality quality NOUN ajst-30234 150 9 and and CCONJ ajst-30234 150 10 utilisation utilisation NOUN ajst-30234 150 11 , , PUNCT ajst-30234 150 12 1 1 NUM ajst-30234 150 13 - - SYM ajst-30234 150 14 6 6 NUM ajst-30234 150 15 . . PUNCT