The Agrivoltaic System Development in Baron Technopark, Yogyakarta, Indonesia

K. Ahmad, Y. Wijayanti, Andri Subandriya, Titin Setyorini, Saiful Mukhid, Ridwan Budi Prasetyo
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引用次数: 1

Abstract

This paper is a mini-review of the development of the agrivoltaic system, with the case study at the pilot plant site of Baron Technopark, located in the coastal area of southern java island, Indonesia. It is important to understand the agricultural practice, photovoltaic (PV) performance, and microclimate interrelation to formulate the optimum crop yield and energy outcome. This study's objective is to develop a preliminary design of an agrivoltaic system. The study method performed were literature study and focus group discussion with the experts. The results are as follows: the agrivoltaic system consists of both agriculture and fishery practices; eggplant crops will be cultivated with drip irrigation; parameters of PV cell temperature, solar radiation, ambient temperature, humidity, and, current and voltage of the PV array. This design will be further applied in the future to study crop productivity, water productivity, PV performance, and energy yield from the PV system.
巴伦科技园区的农业发电系统发展,日惹,印度尼西亚
本文以位于印度尼西亚爪哇岛南部沿海地区的Baron Technopark试点工厂为例,对农业光伏系统的发展进行了简要回顾。了解农业实践、光伏(PV)性能和小气候之间的相互关系对于制定最佳作物产量和能源产出非常重要。本研究的目的是开发一个农业光伏系统的初步设计。采用文献研究法和专家焦点小组讨论法。结果表明:农业光伏系统是由农业和渔业实践共同构成的;茄子作物将采用滴灌栽培;光伏电池温度、太阳辐射、环境温度、湿度、光伏阵列电流、电压等参数。该设计将在未来进一步应用于研究作物生产力、水分生产力、光伏性能和光伏系统的能源产量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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