Agricultural photovoltaic power stations are a new model of distributed photovoltaic application. Let’s compare it with the construction of centralized large-scale photovoltaic ground power stations, photovoltaic agricultural technology greenhouses have many advantages. So what are the specific advantages? How to choose an agricultural greenhouse photovoltaic system? Next, let’s find out together with WANHOS SOLAR.
Wanhos Japanese Solar Agrivoltaics Project
The Advantages Of Agricultural Photovoltaic Power Station
According to relevant data, as a major agricultural country, China ranks first in the world in terms of greenhouse area. Traditional plastic greenhouses can only provide the most basic growth guarantee for crops and vegetables. With the rapid development of the photovoltaic support industry, the construction of photovoltaic support agricultural greenhouses can well solve the shortcomings of crops and vegetables that cannot grow normally in high temperature environments. This is something that ordinary plastic greenhouses cannot do.
Although we use the ordinary plastic greenhouses widely, the heating and insulation of greenhouses have always been difficult problems that farmers cannot solve. Until now, the emergence of photovoltaic scaffolding agricultural greenhouses has solved this problem. Due to the high temperature in summer, some varieties of vegetables cannot grow normally in certain months. After building an agricultural greenhouse photovoltaic power station, we can prevent the excessive heat from entering the greenhouse in summer. Also we can effectively suppressing the heat loss during summer and noon. The temperature in the greenhouse rises too much. In winter and at night, photovoltaic scaffolding agricultural greenhouses can prohibit infrared band light from radiating outward. It can prevent the loss of heat energy in the greenhouse and achieving a good insulation effect.
In addition, the agricultural greenhouse photovoltaic power station uses the roof of the agricultural greenhouse. It does not occupy the ground or change the nature of land use, so it can save land resources. Secondly, by erecting solar panels with different light transmittances on the agricultural greenhouse, can meet the lighting needs of different crops, can grow various high value-added crops such as organic agricultural products, precious seedlings, and can also achieve off-season planting and high-quality planting. finally, the use of roof power generation can not only meet the power needs of agricultural greenhouses, but also we can sold the remaining electricity to the grid to increase profits.
Compared with traditional agriculture, agricultural greenhouse photovoltaic power stations pay more attention to the investment in scientific and technological elements and pay more attention to operation and management. As a new agricultural production and operation model, while promoting the promotion and application of regional agricultural science and technology, it also realizes agricultural science and technology, Agricultural industrialization will become a pillar industry for increasing regional agricultural efficiency and farmers’ income. Therefore, photovoltaic agricultural greenhouses can not only effectively utilize solar energy resources and produce clean and green energy, but also achieve efficient planting, providing a new path for green agricultural production.
Wanhos Japanese Solar Agrivoltaics Project
How To Choose An Agricultural Photovoltaic system?
Users need to design the system structure based on the layout of various panels, the amount of sunlight required by plants, and the entrance size of farming machines, etc.. It provide appropriate bracket designs, so that the degree of pre-assembly is high and construction is convenient. In addition, factors such as strong adaptability to climate and strong ability to withstand wind and snow should be considered to meet the needs of different crop preferences.
Agricultural greenhouse photovoltaic power stations perfectly combine agriculture and power generation. It is a new model for distributed photovoltaic applications. We can used the space supported by photovoltaic farm sheds to develop the agriculture. In addition, sufficient light necessary for the growth of crops on the ground can be ensured through the gaps. Photovoltaic farm sheds can generate electricity and plant crops without delay, adding value to the land. This is a successful initiative that combines photovoltaics and agriculture.
Above all, these are the advantages and the method to choose an agricultural greenhouse photovoltaic system. If you are interested in knowing or discussing more, please feel free to contact and share.