Power Capacity: 4kVA, perfect for small farms, gardens, and community water projects.

Hybrid Operation: Seamlessly integrates solar PV with grid power for uninterrupted pumping.

High Efficiency: MPPT (Maximum Power Point Tracking) technology maximizes solar energy utilization.

Versatile Compatibility: Supports 3-phase AC water pumps.

Smart Protection: Built-in safeguards against dry-run, overvoltage, and overload.

Cost-Effective: Reduces electricity bills by prioritizing solar energy usage.

Durable Build: Engineered for outdoor conditions and long-lasting performance.

Easy Installation: Simple integration with existing or new solar pumping systems.

Power Capacity: 15kVA, suitable for medium to large-scale pumping applications.

Hybrid Technology: Utilizes solar power as the primary source, with grid backup for continuous operation.

3-Phase Output: Compatible with a wide range of 3-phase AC water pumps.

Advanced MPPT Control: Maximizes energy harvest from solar panels under all sunlight conditions.

Smart Protection: Safeguards against dry-run, overvoltage, overload, and short-circuit.

Energy Savings: Reduces operating costs by prioritizing renewable solar power.

Robust Build: Designed to withstand demanding outdoor environments.

Easy Integration: Seamlessly connects with new or existing solar water pumping systems.

Power Capacity: 37kVA, ideal for large-scale irrigation and industrial pumping.

Hybrid Technology: Prioritizes solar energy with automatic grid backup for round-the-clock operation.

3-Phase Output: Compatible with large 3-phase AC water pumps.

MPPT Technology: Maximizes solar panel efficiency under variable sunlight conditions.

Intelligent Protection: Safeguards against dry-run, overload, overvoltage, undervoltage, and overheating.

Cost-Efficient: Significantly reduces electricity expenses by maximizing solar input.

Durable Construction: Heavy-duty design for reliable use in demanding outdoor environments.

Flexible Integration: Works seamlessly with both new and existing water pumping systems.