GoodWe Polaris Solar Panels Selected for Farm Project, Offering a Sustainable Agrivoltaics Solution

GoodWe has launched a new installation project of its Polaris Series in Liangshan, Sichuan Province, China.

Set against the vast land of Liangshan’s sprawling mountains, the Polaris Series, a flagship offering in GoodWe’s building-integrated photovoltaic (BIPV) range, has pioneered innovative solar roofs for black sheep farming. By leveraging its exceptional features and integrated solutions, Polaris is infusing local agricultural buildings with more sunlight and vitality.

Agricultural solar roofs have gained popularity in recent years as a sustainable power generation solution. Yet, traditional PV panels often fall short in addressing the drawbacks of many agricultural roofs, including low load-bearing capability, which can lead to water leakage risks and dirt accumulation. Liangshan, a mountainous region in China’s Sichuan, faces these challenges when developing agrivoltaics.

GoodWe’s Polaris Series is specifically designed to address such challenges and is increasingly chosen for agricultural solar roofs, especially in the livestock industry. Unlike traditional panels that are mounted on roofs, Polaris itself can serve as a roofing material while generating energy with high efficiency.

With its innovative structural design, the Polaris Series incorporates a drainage system, ensuring superior waterproofing. Additionally, the integration of transparent 2+2mm reinforced glass enhances the brightness and insulation of the farm building, creating an optimal environment for the black sheep and ensuring durability in adverse weather conditions such as strong wind and heavy rain.

Fast and easy installation is another standout feature of Polaris. Its hoop installation feature allows easy replacement and swift deployment. Each panel can be installed in less than 2 minutes.

The new Polaris installation project exemplifies the potential of solar roofs to revolutionize traditional farming practices, offering a sustainable and eco-friendly alternative for livestock farming, and is believed to unleash tremendous competitiveness in agrivoltaics market.