Agricultural photovoltaic complementation

Agricultural photovoltaic complementation is an innovative way to combine agriculture and photovoltaic power generation. The core idea is to arrange photovoltaic power generation panels in farmland to achieve mutual benefit and win-win results between solar power generation and crop planting.

Specifically, greenhouses built on photovoltaic panels can increase the temperature and humidity of the land, providing a more suitable growing environment for crops. At the same time, photovoltaic panels use sunlight to convert into electricity, providing a stable power supply for agricultural planting. This method can not only effectively improve land resource utilization and promote the development and utilization of renewable energy, but also does not affect the normal crop growth of farmland.

The agricultural photovoltaic complementary model has been widely used around the world. For example, the Ningxia Baofeng Agricultural Photovoltaic Power Station used to be a desert. Now through the agricultural photovoltaic complementary model, "power is generated on the board and wolfberry is planted under the board". The desert has turned into a rich green "green grassland" and "blue ocean" ". Compared with traditional coal power stations, this power station significantly reduces carbon dioxide emissions and makes a positive contribution to environmental improvement.

In general, agricultural photovoltaic complementation not only has economic benefits, but also helps save energy, reduce emissions, and improve the ecological environment. It is an important force in promoting future agricultural development trends.