Speaker
Description
This review objective is to find case of implementable photovoltaics technology for duck farming. To be included, the studies must mention about place of implementation, photovoltaics technology used, photovoltaics implementation, and photovoltaics impacts. The studies does not have to be specifically about duck farming, but the design must be implementable to duck farming. We have included research journal and proceedings articles from Scispace Database from 1980 to present. We have extracted four specific data from each articles, place of implementation, photovoltaics technology used, photovoltaics implementation, and photovoltaics impacts. We use tabulation for data synthesis. We have screened 20 articles to be included in this study. Photovoltaic systems can significantly reduce energy consumption in duck farming by providing a renewable energy source. Similarly, the integration of agrivoltaic systems in agricultural settings can optimize land use while generating clean energy, making it a viable solution for duck farming. The integration of photovoltaic systems in duck farming offers numerous benefits, including energy efficiency, cost reduction, and improved animal welfare. However, the success of such implementations depends on careful design, economic viability, and supportive policies. By addressing these factors, photovoltaic systems can play a key role in promoting sustainable and profitable duck farming operations. Grant No. PRJ-78/LPDP/2019.
