Solar surface pumps are an innovative green energy technology, divided into two types: DC and AC/DC. They harness solar energy by converting it into electricity using solar panels to drive water pump systems, providing sustainable solutions for agricultural irrigation, drinking water supply, and more. DC solar surface pumps are suitable for small-scale applications, while AC/DC surface pumps offer greater flexibility as they can use both solar and grid electricity simultaneously, making them suitable for large-scale agriculture and urban water supply systems. The advantages of these systems include environmental friendliness, cost-effectiveness, and low maintenance costs, contributing to a reduced reliance on traditional energy sources.
Solar Panels: Convert sunlight into electricity to power the system.
Solar Inverter control system: Manages and directs solar-generated electricity to the pump.
Solar Water Pump: Uses stored energy to pump water from sources.
How to choose a solar Surface water pump:
1. Where is the water to be extracted from?
a. Well b. Pond c. River d. Stream
2. What is the vertical distance from the ground to the water surface?
3. What is the distance between the water source and the point of use or water tank?
4. How much water is required for daily irrigation (liters/day)?
If you have any questions about our products or services, feel free to reach out to customer service team.
HARVEST SOLAR PUMP and DUNN ENERGY Achieve Resounding Success at POWER & WATER NIGERIA 2025 Lagos, Nigeria – May 16, 2025 – HARVEST SOLAR PUMP, in collaboration with Nigerian energy
HARVEST SOLAR PUMP Partners with DUNN ENERGY to Showcase Sustainable Solutions at POWER & WATER NIGERIA 2025 Lagos, Nigeria — HARVEST SOLAR PUMP, a global leader in solar-powered water solutions,
With the approach of the dry season, the scarcity of water resources has become a focal point of concern for people. However, in this challenging moment, solar water pumps are
According to the World Bank, millions of people around the world are facing limited access to water. In many communities, groundwater is extracted using electric water pumps that rely on
