At present, domestic photovoltaic projects are springing up like mushrooms after a rain. From simple desert power stations, ground power stations to distributed rooftop power stations, to water surface power stations, the photovoltaic industry is constantly facing new technical challenges and different environmental issues. In the construction of various photovoltaic projects, how to "increase revenue" and "cut costs" to improve land use efficiency is the key. How to use land resources reasonably and effectively without destroying land resources is particularly important.
Transfer of Class B qualification for power industry design - innovative combinations of large industries
Photovoltaics, agriculture and animal husbandry, etc., to maximize the use of land without destroying the original ecological environment. Become the most innovative new energy application model worthy of development. In the construction of agricultural and photovoltaic complementary photovoltaic power stations, the selection of photovoltaic brackets has become the first factor to be considered when building the power station. Different bracket design modes will produce completely different power station benefits.
Agricultural photovoltaic complementary use solar photovoltaic power generation features of no pollution and zero emissions, organically combined with high-tech greenhouses (including agricultural planting greenhouses and breeding greenhouses), that is, part or all of the photovoltaic solar power generation devices are laid on the sunny side of the greenhouse, which not only has the The power generation capacity can also provide a suitable growth environment for crops, edible fungi and animal husbandry, thereby creating better economic and social benefits. There are mainly several models such as photovoltaic agricultural planting greenhouses and photovoltaic breeding greenhouses.
In photovoltaic power station systems, how to improve the overall efficiency of photovoltaic system has always attracted much attention. Increasing the efficiency of photovoltaic equipment such as inverters, modules, transformers, and controllers by 1% requires a lot of manpower and material resources. However, the importance of brackets is often overlooked in the design of current photovoltaic systems. As an important part of the photovoltaic power plant system, the selection of supporting structure and form is particularly important. If you want to know more about
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