id	author	title	date	pages	extension	mime	words	sentence	flesch	summary	cache	txt
app01-5370	Rossi, Iacopo; Traverso, Alberto	AMBIENT TEMPERATURE IMPACT ON MICRO GAS TURBINES: EXPERIMENTAL CHARACTERIZATION	2018	8	.pdf	application/pdf	4790	285	53	In the end, percentage linear variations of electrical power and ef- 79 Iacopo Rossi, Alberto Traverso Acta Polytechnica CTU Proceedings ficiency, thermal power and efficiency, thermal to load ratio are given [20]. In particular in [20] it stated that, for each 1 °C growth from 15 °C, the system undergoes: • a reduction of electrical power of 1.22% • a reduction of electrical efficiency of 0.51% • a reduction of thermal power of 0.10% • an increase in thermal efficiency of 0.70% • an increase of the thermal to electrical power ratio of 1.30% Normalizing the results of the two cited works, the percentage variation of electrical and thermal power for each increase of 1 °C; from the standard ambi- ent temperature, results in Table2 are obtained for comparison.	cache/app01-5370.pdf	txt/app01-5370.txt