Design and Development of a Symbiotic Agrivoltaic System for the Coexistence of Sustainable Solar Electricity Generation and Agriculture

The symbiotic photovoltaic (PV) electrofarming system introduced in this study is developed for the PV setup an agriculture farming land. discusses effect of different design conditions influenced by annual sunhours on agricultural farm aim to increase panel optimized electricity generation. Therefore, combines Taguchi method with Grey Relational Analysis (GRA) optimize two quality characteristics best parameter combination. selected multiple are power generation and control factors include location, upright column height, module tilt angle, width. First, used populate a L9(34) orthogonal array settings experimental plan. After results obtained, signal-to-noise ratios calculated, factor response tables graphs drawn up, analysis variance performed obtain those significant which have great impact characteristics. experiments show that parameters effects are: ranking degree influence location > width angle height. By controlling these factors, can be effectively estimated. land both fall within 95% CI (confidence interval), shows they reliable reproducible. optimal realized research obtains 26,497 kWh sunshine time 1963 h. finding showed it help build sustainable combined cultivation.