|Min. Order / Reference FOB Price||5000 Square Meters||500-999 Square Meters CN¥410.66|
|Supply Ability:||No accurate information|
|Payments:||Visa,On line bank payment,Pat later|
|Type:||Solar Agricultural Greenhouses|
|Place of Origin:||Shandong, China|
|Applicable Industries:||Agriculture, commerce, garden, sightseeing|
Solar photovoltaic greenhouse connects the photovoltaic industry with agricultural production, drives the development of green agriculture, and is expected to achieve true low-carbon, green and circular agriculture. At present, my country’s greenhouse agriculture is in a stage of rapid development. Vegetable greenhouses and flower greenhouses are common. With the development and improvement of science and technology and economic conditions, facility agriculture has developed rapidly in recent years. Especially high-efficiency facility agriculture represented by “plant factories”-greenhouses, and scientifically controlled and changed the internal environment of the greenhouse to produce Seasonal vegetables and agricultural products of high economic value.
A solar photovoltaic greenhouse is used for agricultural planting and aquaculture. The greenhouse includes mainframe, ventilation device, and heat preservation device. It is characterized by a roof composed of solar cell modules and transparent component modules installed. The roof is connected to the mainframe by a plurality of members, and a cleaning device for cleaning the solar cell components is provided on the roof, and a drainage groove is provided at the eaves, and the electric energy generated by the solar cells is led out by the wires through the wire groove. The beneficial effect is that a cleaning device for cleaning solar cell components is installed on the roof to keep the surface of the solar cell clean, ensure the solar cell has stable electrical performance, and prolong the service life of the cell. The roof can be modularly installed, which is quick and easy to build and low in cost.
1. Solar photovoltaic greenhouse adopts relatively advanced technology, usually installing solar thin-film panels on the top. The purpose of this is to use solar energy reasonably, to divide solar radiation into light energy needed for plant growth, and light energy for solar power generation. This not only meets the growth needs of plants but also realizes photoelectric conversion. The construction of photovoltaic greenhouses adds a renewable energy system, making agriculture move towards low-carbon, efficient, green, and circular agriculture.
2. To a certain extent, the land utilization rate is improved. Different products can be planted on the sunny side of the shade side according to different lighting conditions. For higher greenhouses, three-dimensional agriculture can be established to achieve a win-win situation for agriculture and power generation. In addition, the effective integration of the greenhouse and the roof technology can ensure that the facilities inside the greenhouse are functioning normally, and can also store more rainwater, which combines low carbon, energy-saving, and environmental protection.