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High efficiency and energy saving · worry-free irrigation |solar pump system to crack the traditional irrigation problems, open a new era of green agriculture
When energy costs are rising and environmental protection needs are urgent, how can agricultural irrigation achieve cost reduction and efficiency increase? How can remote areas wean themselves off the grid? With the core advantages of "solar drive + intelligent control", photovoltaic water pump system is becoming an innovative tool for modern agriculture, ecological governance and rural developmen -
DC water pump high speed and low speed
Height pumps are available when compact design, high flow, fast response and noise sensitivity are required; Pulp pumps can be used in situations where stable pressure is required, quiet operation is required, viscous or sensitive fluids are handled, or equipment is continuously operated for a long time. -
Solar pump inverter 160kw to 350kw
Xrise produce the high voltage of solar pump inverter 380-460V, and the power between 160kw to 350kw. The specification of this type of solar pump inverter is 3 phase, 50/60HZ. So the big power pump can also use solar panel to power the pump to realise the pump working without AC grid power. -
Understanding dc water pump material and types
With the increasing demand for energy efficiency and intelligence, DC Water Pump (DC Water Pump) has gradually become one of the core equipment in industrial, agricultural, household and new energy fields with its unique performance advantages. This paper will analyze the technical value and practical significance of DC pump from the aspects of working principle, core characteristics, application -
Understanding solar water pump system revenue and prospects
The solar water pump system (solar water pumping system) drives the water pump from a low place to a high place by solar energy, mainly including four components: solar panel, photovoltaic bracket, AC pump, solar pump inverter. It can achieve normal pumping when the sun is full, and smooth access to the mains when the sun is insufficient or no sunlight to meet the normal pumping needs. Photovoltai