Magnizon 3.8KW 3-Ph, 380/400/415V AC, Water Pumping System

Magnizon 3.8kW 3-Phase Solar Water Pumping System is designed to provide efficient and reliable power for water pumping applications using solar energy. Supporting 380V, 400V, and 415V AC three-phase pump motors, the system is suitable for boreholes, irrigation, livestock watering, water supply projects, and other agricultural and commercial applications. By converting available solar energy into the appropriate electrical power for a three-phase water pump, the system can reduce reliance on grid electricity or fuel-powered generators while providing an economical solution for pumping water in areas with reliable sunlight. Its 3.8kW capacity makes it suitable for appropriately sized three-phase water pumps and solar-powered water supply installations.

Product Features

3.8kW Pumping Capacity

The system is designed for water pumping applications requiring up to 3.8kW of electrical power. This makes it suitable for appropriately sized borehole, irrigation, surface water, and water transfer pumps.

Three-Phase AC Output

The system provides three-phase AC power for compatible water pump motors. Three-phase operation provides an efficient power supply for many agricultural, commercial, and borehole pumping applications.

380V, 400V and 415V AC Compatibility

The system supports common three-phase motor voltage configurations of 380V, 400V, and 415V AC, providing flexibility when selecting a compatible water pump.

Solar-Powered Water Pumping

The system is designed to utilize solar energy as the primary power source for water pumping. This makes it particularly suitable for locations where grid electricity is unavailable, unreliable, or expensive.

Suitable for Borehole Applications

The system can be used with appropriately rated submersible borehole pumps for extracting groundwater and supplying water to storage tanks, irrigation systems, livestock facilities, and other water distribution installations.

Suitable for Irrigation

The Magnizon solar pumping system can provide power for agricultural irrigation applications, helping farmers pump water from boreholes, wells, rivers, reservoirs, and other suitable water sources.

Reduced Dependence on Generators

Solar-powered pumping can reduce the need for diesel or petrol generators for water pumping. This can help reduce fuel consumption, generator maintenance requirements, and operating costs.

Daytime Water Pumping

The system can use available solar energy directly to operate the connected pump during daylight hours. Water can be pumped into elevated or ground-level storage tanks for use when solar generation is unavailable.

Suitable for Remote Locations

The system is suitable for farms, rural communities, construction sites, livestock facilities, and remote locations where access to reliable grid electricity may be limited.

Efficient Solar Energy Utilization

A dedicated solar water pumping system is designed to convert available solar energy into useful pumping power. Proper sizing of the solar array, pump, pipework, and water source is essential for achieving the required water flow and pumping head.

Product Specifications

• Brand: Magnizon
• Product Type: Solar water pumping system
• Rated Power: 3.8kW
• Output Phase: Three-phase
• AC Output Voltage: 380V / 400V / 415V AC
• Frequency: 50Hz/60Hz, depending on system configuration
• Application: Solar water pumping
• Pump Compatibility: Compatible with three-phase AC water pumps within the system’s electrical ratings
• Pump Type: Suitable for appropriately rated submersible and surface water pumps
• Primary Energy Source: Solar photovoltaic power
• Applications: Borehole pumping, irrigation, livestock watering, water transfer, water storage, and rural water supply
• Installation Environment: Suitable for appropriately protected indoor or outdoor solar pumping installations
• Recommended Solar Array: To be sized according to the pump rating, solar resource, operating conditions, and required pumping performance
• Recommended Pump Sizing: Pump motor should be matched to the system’s 3.8kW output capacity
• System Design: Solar panels, pump controller/inverter, three-phase water pump and associated protection and cabling should be correctly matched during installation
• Typical Applications: Farms, boreholes, irrigation projects, livestock farms, rural water supply systems, commercial water installations and remote sites