The photovoltaic vegetable greenhouse is to install solar photovoltaic modules on the top of ordinary vegetable greenhouses and uses solar energy to divide solar radiation into light energy needed by plants and light energy generated by solar power, which not only meets the needs of plant growth but also realizes photoelectric conversion. Photovoltaic vegetable greenhouses can both generate electricity and grow vegetables.

The photovoltaic agricultural greenhouse is a new mode of photovoltaic application. It is a greenhouse that integrates solar photovoltaic power generation, an intelligent temperature control system, and modern high-tech planting. The greenhouse adopts a steel frame and covers solar photovoltaic modules while ensuring the lighting needs of solar photovoltaic power generation and the whole greenhouse crops. The electricity generated by the photovoltaic greenhouse power station can support the irrigation system of the greenhouse, fill the light of plants, solve the heating demand of the greenhouse in winter, raise the temperature of the greenhouse, and promote the rapid growth of crops.

However, the "warming and heat preservation" of agricultural greenhouses has always been the key problem troubling farmers. And Kseng "Agricultural mounting system", is expected to solve this problem!

Due to the high temperature in summer, many types of vegetables can not grow normally from June to September, and the "photovoltaic agricultural greenhouse", like adding a spectrometer to the appearance of the agricultural greenhouse, can isolate the infrared ray, prevent too much heat into the greenhouse; In winter and night, it can prevent the infrared band of light in the greenhouse from radiating outward, reduce the speed of temperature drop at night, and play the role of heat preservation.

The "distributed photovoltaic grid-connected system in agricultural sheds" can supply the electricity needed for lighting in agricultural sheds, and the remaining power can also be connected to the grid. The off-grid form of the "farm shed photovoltaic system", can be coordinated with the LED system, during the day to prevent light to ensure the growth of plants, while generating electricity; The night LED system uses electricity generated during the day to provide lighting.