Overview
2.2kW Solar Water Pumping System
Solar Energy
21 February
Reliable Water at 100 Metres Head
Clean Energy Revolution
Access to reliable water should not depend on expensive fuel, unreliable electricity or grid connectivity. Hydrointel Africa Energy provides solar water pumping systems in Kenya designed to deliver dependable water using clean, renewable solar energy.
This installation features a 2.2kW solar water pump powered by six 600W solar panels, providing a total solar PV capacity of 3.6kW. The system is designed to pump water from a 100-metre Total Dynamic Head (TDH) and delivers an average flow rate of approximately 5,000 litres per hour, depending on available solar radiation and operating conditions.
The solution is suitable for borehole water pumping, agricultural irrigation, livestock watering, domestic water supply and community water projects.
Hybrid Energy
Wind Turbines
Hydrointel Africa Energy designs and installs solar water pumping systems in Kenya based on the specific water requirements, pumping depth and site conditions.
Our approach includes site assessment, system sizing, solar panel configuration, pump selection, installation and after-sales support. This ensures that each solar pumping system is matched to the required flow rate, total dynamic head and daily water demand. Hydrointel's existing service offering includes customized system design, professional installation, site assessment, system integration, quality assurance and ongoing maintenance.
Whether you need a solar borehole pump for your farm, a solar irrigation system, livestock water supply or a community water project, our team can develop a solution around your water requirements.
Why Hydrointel Africa Energy?
Hydrointel Africa Energy specializes in sustainable solar energy solutions for households, businesses, agriculture and underserved communities across Africa. The company provides consultancy, customized system design, professional installation and after-sales support.
With the right solar water pumping system, you can reduce dependence on fuel and unreliable electricity while improving access to water for productive activities.
