Agricultural irrigation prioritizes water storage solutions.

The solar water pump controller is the brain of the entire irrigation system and must be strictly matched with the pump.

P_pv (kW) = [Pump input power (kW) ÷ total system efficiency (η_sys)] × redundancy coefficient

How to Select Solar Water Pumps Quickly

How much water does my land require each day?

The method for calculating the total daily water consumption (Q_day)

The reason of Global Rise of Solar Water Pumps

The reference table compiled by our company based on the daily water consumption requirements of various crops

DESIGN A SUITABLE SOLAR PUMPING SYSTEM IN IRRIGATION

In the design and installation of solar water pump systems, cable selection is often regarded as a technical detail, yet it directly impacts system efficiency, safety, and long-term operational stability. Serving as the "arteries" connecting photovoltaic modules, water pumps, and control systems, cables not only handle critical energy transmission but also must withstand multiple challenges including outdoor temperature fluctuations, UV radiation, and mechanical stress.

How to Calculate the Solar Panels required for a solar water pump

The core configuration principle of a solar water pump system is "demand determines the pump, the pump determines the electricity, and the electricity determines the panels." The entire process revolves around a central formula: