-Protection: over load,over voltage etc.

-Packing: 1pc/ctn

-Packing Size: 50X35X22cm

-G.W.: 7kgs

-single phase & 3 phases.

-Customized

In view of the current grid dependence and poor flexibility of the mains irrigation system, this paper designs an intelligent photovoltaic water pumping irrigation system suitable for campus green space, which mainly includes solar photovoltaic power generation modules, water pumping and storage systems, irrigation Modules such as equipment and semi-automatic control system. Taking the campus green space of Qilu University of Technology in Jinan City as an example, the technical feasibility, economic feasibility and energy saving and emission reduction potential of preparing photovoltaic water extraction prototypes were investigated. The experimental results showed that 100 W photovoltaic water extraction The irrigation prototype can uniformly irrigate campus green space of about 42 m^2 for 7 hours, saving 130 kWh of electricity every year, saving about 52.5 kg of standard coal every year, and reducing carbon dioxide by about 103 kg. Because the initial investment of the photovoltaic water pumping irrigation system is relatively low. High, the total cost of the first 6 years is higher than that of the traditional municipal power water pumping irrigation system, but after 7 years of operation, its economic benefits have gradually become significant, and the total cost is lower than the municipal power water pumping irrigation system. This photovoltaic water pumping irrigation system is economical for construction Campuses and raising the awareness of energy conservation and emission reduction of college students are of great significance.

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water pump inverter 15kw