75KW 90KW 110KW 132KW Solar Pump Inverter Description
The hybrid solar pump inverter series powers large-scale agricultural irrigation and municipal water supply systems with sustainable, reliable performance. Its intelligent hybrid design seamlessly integrates solar, grid, and diesel energy sources, optimizing renewable energy usage while ensuring uninterrupted operation. Advanced MPPT technology and robust engineering minimize energy costs and environmental impact, delivering high-volume water solutions for demanding applications.
Hybrid Solar Pump Inverter Features
High Power with Overload Capacity: Supports large three-phase pumps from 75kW to 132kW with strong overload capability. This makes it ideal for large-scale irrigation, industrial, and agricultural water systems.
Advanced MPPT Optimization: Achieves over 99% MPPT efficiency across a wide 460-850VDC input range. This maximizes solar energy harvest and ensures stable pump performance under variable sunlight conditions.
Extreme Environment Durability: Operates reliably from -25°C to 60°C with automatic power derating above 60°C for protection. The rugged design withstands harsh outdoor conditions for continuous operation in remote locations.
Flexible System Integration: Compatible with various water pump types and configurations, offering versatile installation options and easy adaptation to different operational requirements.
Economical Solar Operation: Significantly reduces operational costs by harnessing free solar energy, eliminating reliance on grid electricity or fuel while maintaining high-efficiency power conversion.
75KW 90KW 110KW 132KW Well Pump Inverter Specifications
Water Pump Inverter FAQ
1. What are the differences between solar pump inverters and regular inverters?
Solar pump inverters are specialized equipment. They feature built-in MPPT algorithms that track the solar panel’s maximum power point in real-time. They also integrate pump-specific functions, such as dry-run protection and automatic shutdown when the water tank is full. Their protection rating is higher. Regular inverters lack these features. Direct replacement will damage the system.
2. Where are solar water pump inverters suitable for installation?
Choose a ventilated, dry, shaded, and sun-protected location. Ambient temperature should not exceed 50°C. Humidity should be below 90% without condensation. Keep away from flammable and explosive materials. Best to install in a waterproof box. Maintain some distance from the submersible pump to prevent water splashing. Never block the heat dissipation vents.
3. Is it normal for water output to decrease on rainy days?
This is completely normal. When sunlight is insufficient, solar panels generate less power. Pump speed and flow rate will drop by 50-80% accordingly. This is MPPT performing adaptive adjustment. For a stable water supply, increase solar panel capacity or add batteries. The same applies to a 15-25% efficiency reduction in winter.
