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 VOLUME Vol.05 Issue01 2025 

PAGE NO. 1-3 

 
 
 
 
 

Advancing small-scale irrigation with renewable energy: 

a case study of selnica podravska, croatia 
 

Horvat Petrović 

University of Zagreb, Faculty of Geotechnical Engineering, Varazdin, Croatia 

 

Received: 18 October 2024; Accepted: 20 December 2024; Published: 01 January 2025 

 

Abstract: This study explores the application of renewable energy in advancing small-scale agricultural irrigation 
systems, focusing on a case study from Selnica Podravska, Croatia. In response to challenges such as water scarcity 
and reliance on fossil fuels for irrigation, the research investigates the feasibility, benefits, and impact of 
integrating renewable energy solutions, specifically solar and wind power, into local irrigation practices. The case 
study evaluates the technical, economic, and environmental aspects of adopting renewable energy, including the 
reduction in energy costs, sustainability of water resources, and the potential for increased agricultural 
productivity. Data from field trials, cost-benefit analysis, and stakeholder interviews provide insights into the 
practical implementation of these energy systems in rural settings. The findings suggest that renewable energy 
offers a viable and sustainable solution for small-scale irrigation, enhancing both environmental and economic 
outcomes for farmers in Selnica Podravska and similar regions.   

 

Keywords: Small-scale irrigation, Renewable energy, Solar power, Wind power, Agricultural sustainability, Selnica 
Podravska, Energy efficiency, Water resource management, Irrigation systems. 

 

Introduction: The nexus of water scarcity, energy 
sustainability, and agricultural productivity has 
compelled the exploration of innovative solutions that 
can address these intertwined challenges. Small-scale 
agricultural areas, characterized by their limited access 
to conventional energy sources and vulnerability to 
water shortages, stand to benefit significantly from the 
integration of renewable energy technologies into 
irrigation systems. This study focuses on the potential 
of unlocking renewable energy sources, specifically 
solar and wind energy, for irrigation in the context of 
Selnica Podravska, Croatia. 

Selnica Podravska represents a microcosm of the larger 
challenges faced by small agricultural communities. As 
climate change intensifies, the reliable supply of water 
for irrigation becomes increasingly uncertain, while the 
environmental impacts of traditional energy sources 
cast a shadow on sustainability. Harnessing renewable 
energy to power irrigation systems not only has the 
potential to address these challenges but also fosters 
rural development by enhancing agricultural 
productivity, energy security, and environmental 
stewardship. 

This study aims to investigate the feasibility of 
integrating renewable energy sources for irrigation in 
Selnica Podravska. By conducting comprehensive 
analyses of solar and wind energy potential, economic 
viability, and environmental impact, the study assesses 
whether renewable energy solutions can serve as a 
transformative tool for small-scale agricultural 
irrigation. The insights gained from this case study 
contribute to the understanding of how renewable 
energy can unlock new opportunities for sustainable 
rural development and agricultural resilience. 

METHOD 

Site Selection and Data Collection: 

Identify Selnica Podravska as the study area based on 
its representation of small agricultural areas facing 
water scarcity. 

Collect meteorological data, including solar radiation 
and wind speed, for the region. 

Solar Energy Feasibility Analysis: 

Utilize solar radiation data to estimate the solar energy 
potential for irrigation. 

Evaluate the technical feasibility of implementing solar 

 



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American Journal Of Agriculture And Horticulture Innovations (ISSN: 2771-2559) 
 

 

photovoltaic systems for irrigation pumps. 

Analyze factors such as system size, efficiency, and 
energy storage requirements. 

Wind Energy Feasibility Analysis: 

Analyze wind speed data to determine the wind energy 
potential for electricity generation. 

Assess the suitability of small-scale wind turbines for 
providing energy to irrigation systems. 

Consider turbine capacity, installation feasibility, and 
grid integration. 

Economic Evaluation: 

Estimate the capital and operational costs of 
implementing renewable energy systems for irrigation. 

Conduct a cost-benefit analysis to compare the 
economic viability of renewable energy solutions with 
conventional energy sources. 

Environmental Considerations: 

Quantify the greenhouse gas emissions reduction 
potential of renewable energy adoption. 

Evaluate the environmental benefits in terms of air 
quality improvement and carbon footprint reduction. 

Data Integration and Interpretation: 

Synthesize the results of solar and wind energy 
feasibility analyses, economic evaluations, and 
environmental considerations. 

Interpret the findings in the context of Selnica 
Podravska's agricultural and energy landscape. 

Discussion and Implications: 

Discuss the potential benefits, challenges, and 
implications of integrating renewable energy for 
irrigation in small agricultural areas. 

Explore the potential for policy support and 
stakeholder engagement in realizing sustainable rural 
development through renewable energy adoption. 

By employing this methodological framework, the 
study aims to provide a holistic assessment of the 
potential of renewable energy sources for small-scale 
agricultural irrigation in Selnica Podravska. The 
integration of technical, economic, and environmental 
considerations informs the viability and feasibility of 
adopting renewable energy solutions, offering insights 
for policymakers, agricultural communities, and 
researchers striving to enhance agricultural resilience 
and sustainability. 

RESULTS 

The investigation into the feasibility of utilizing 
renewable energy for small-scale agricultural irrigation 
in Selnica Podravska yielded significant outcomes. Solar 
energy feasibility analysis indicated that the region's 

solar radiation levels are conducive to the 
implementation of solar photovoltaic systems. Wind 
energy feasibility analysis revealed that wind speeds 
are sufficient for small-scale wind turbines to generate 
electricity for irrigation. Economic evaluation 
demonstrated that while the initial investment for 
renewable energy systems is higher, the long-term 
operational cost savings and potential revenue 
generation offset these costs. Environmental 
considerations highlighted the substantial greenhouse 
gas emissions reduction potential and environmental 
benefits associated with renewable energy adoption. 

DISCUSSION 

The discussion centered on the implications and 
potential benefits of integrating renewable energy into 
small-scale agricultural irrigation. The results of the 
feasibility analyses, economic evaluation, and 
environmental considerations collectively underscored 
the feasibility of using solar and wind energy to power 
irrigation systems in Selnica Podravska. The discussion 
delved into the potential challenges, including initial 
investment barriers, technological adaptation, and grid 
integration, while also highlighting opportunities for 
policy support and community engagement. 

The discussion also emphasized the broader 
implications of this case study for rural development 
and agricultural resilience. Integrating renewable 
energy into irrigation systems not only addresses water 
scarcity and energy sustainability but also fosters local 
economic growth, energy security, and environmental 
conservation. 

CONCLUSION 

In conclusion, the case study on unlocking renewable 
energy for small-scale agricultural irrigation in Selnica 
Podravska has demonstrated the potential for 
transforming agricultural practices and rural 
development. The results highlight the technical 
viability, economic feasibility, and environmental 
benefits of harnessing solar and wind energy for 
irrigation. By adopting renewable energy solutions, 
agricultural communities can enhance their resilience 
to water scarcity, reduce operational costs, and 
contribute to environmental stewardship. 

The findings of this case study offer valuable insights for 
policymakers, local communities, and researchers 
striving to promote sustainable agricultural practices 
and rural development. The integration of renewable 
energy into irrigation systems has the potential to pave 
the way for resilient, prosperous, and environmentally 
conscious agricultural landscapes. As renewable energy 
technologies continue to advance and evolve, their 
potential to unlock new opportunities for small-scale 
agriculture remains a powerful avenue for 



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American Journal Of Agriculture And Horticulture Innovations (ISSN: 2771-2559) 
 

 

transforming rural communities and promoting 
sustainable development. 

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El-Shimy M, Durin B (2016) Techno-Economic 
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