HOBER 110kW 3-Phase Hybrid Solar Water Pumping Inverter (HSPH110KH)

The HOBER HSPH110KH 110kW Hybrid Solar Water Pumping Inverter is designed for high-capacity water pumping applications, including large agricultural irrigation schemes, commercial farms, borehole installations and water distribution projects.

This three-phase solar pumping inverter converts DC electricity from a compatible solar photovoltaic array into controlled AC power for a suitable water pump. Its hybrid functionality supports solar power alongside a compatible three-phase AC supply, allowing the system to supplement solar generation when required.

Key Features and Benefits

• 110kW rated power: Designed for demanding, high-capacity pumping installations.
• Three-phase pump output: Supports compatible 380V, 400V or 440V AC pump configurations, subject to the exact model.
• Hybrid solar and AC operation: Uses solar energy alongside a compatible grid or generator supply according to the system configuration.
• MPPT technology: Tracks the solar array's maximum power point to help optimize available solar energy.
• Automatic AC supplementation: Compatible hybrid configurations can supplement solar power when sunlight is insufficient.
• Pump protection functions: Depending on the model and configuration, features may include dry-run, overload, overcurrent, phase-loss and short-circuit protection.
• High-capacity applications: Suitable for appropriately engineered irrigation, borehole pumping, water transfer and commercial water supply projects.

Applications in Kenya

The HOBER HSPH110KH may be suitable for:

• Large-scale agricultural irrigation schemes
• Commercial farms and plantations
• High-capacity borehole pumping installations
• Water transfer to tanks and reservoirs
• Agricultural and livestock water supply
• Commercial and institutional water distribution

For projects in Mombasa, Kilifi, Malindi, Kwale, Diani and other coastal areas, system design should account for the required water flow, total pumping head, daily water demand, available solar energy and backup power requirements.

Hybrid Solar and AC Power Operation

The hybrid configuration is designed to prioritize solar energy and use a compatible AC supply when necessary. This can help reduce dependence on grid electricity or generator power when solar energy is available.

Actual performance depends on the connected pump, solar array, sunlight, water depth, pipework and system configuration. The inverter's 110kW rating alone does not determine water flow rate or pumping head.

Important Compatibility Information

The HOBER HSPH110KH is a solar water-pumping inverter, not a water pump or a conventional battery-storage inverter. It must be matched with a compatible three-phase pump and a correctly designed solar array.

Before purchasing, confirm the exact model, solar input voltage limits, pump voltage and current, AC supply requirements, enclosure rating and protection functions. The solar array must remain within the manufacturer's specified electrical limits.

Professional installation is recommended to ensure correct pump sizing, electrical protection and safe operation.

Buy from Coastalsolar Africa

Looking for a high-capacity solar water-pumping solution in Kenya? Contact Coastalsolar Africa to confirm the availability and specifications of the HOBER HSPH110KH and identify the compatible pump, solar panels and installation components for your project.