Hobber 37 kW MPPT Hybrid Three-Phase Solar Water Pumping Inverter
KSh 252,500.00KSh 265,000.00 (-5%)
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37 kW three-phase solar pumping inverter
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Advanced MPPT (Maximum Power Point Tracking) for optimal energy harvest
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Hybrid operation with solar, battery, and auxiliary input support
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Ideal for large solar water pumps and motor-driven loads
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Intelligent energy management for reliable, continuous operation
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Robust construction with efficient cooling for harsh environments
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Built-in protections: over-voltage, over-current, short-circuit, over-temp
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Supports monitoring and system diagnostics
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Reduces operating costs with no fuel and minimal maintenance
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Suitable for agriculture, ranches, commercial pumping systems
The Hobber 37 kW MPPT Hybrid Three-Phase Solar Water Pumping Inverter is a high-performance power solution designed specifically for large-scale solar water pumping systems. Engineered with advanced hybrid and MPPT (Maximum Power Point Tracking) technology, this inverter enables reliable, efficient, and intelligent power conversion to drive three-phase solar pumps without the need for grid power.
Built for heavy-duty agricultural, industrial, and commercial applications, the Hobber 37 kW solar pumping inverter delivers robust performance and stable power delivery. It takes direct DC input from a solar PV array and converts it into clean, three-phase AC electricity to power water pumps, drilling equipment, irrigation systems, and other motor-driven loads. With a 37 kW output capacity, this inverter can operate high-capacity three-phase pumps, making it ideal for large farms, ranches, estates, and solar-powered water supply systems.
The integrated MPPT algorithm continuously tracks the maximum power point of the connected solar panels, optimizing energy harvest even under variable irradiation, shading, or changing weather conditions. This ensures maximum efficiency from the PV array, reducing energy loss and maximizing water production throughout the day.
As a hybrid solar inverter, the Hobber unit intelligently manages energy from multiple sources: solar panels, batteries, and auxiliary inputs such as grid or generator backup. During peak sunlight, solar energy powers the pump directly while charging connected battery storage (if used). When solar output drops below required thresholds (e.g., early morning or late afternoon), stored battery power or auxiliary sources supplement the inverter to maintain continuous pump operation.
Designed for durability, the inverter features a rugged enclosure and industrial-grade components that withstand demanding outdoor environments. Its efficient thermal management and robust cooling system allow stable performance even under high load and elevated temperature conditions.
Safety is a priority: the Hobber 37 kW inverter includes multiple protection features such as over-voltage protection, under-voltage protection, over-current protection, short-circuit protection, over-temperature shutdown, and anti-islanding protection. These safeguards help protect both the inverter and the connected electrical system.
The unit also supports intuitive monitoring and control, often through digital displays or optional remote interfaces, allowing users to view system status, power output, energy generation, fault notifications, and operating parameters — enabling more efficient system management and preventive maintenance.
Whether you’re powering irrigation pumps, boreholes, reservoirs, or large water transfer systems, the Hobber 37 kW MPPT Hybrid Three-Phase Solar Water Pumping Inverter offers reliable performance, intelligent energy optimization, and long-lasting operation in a rugged, purpose-built design.







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