- High-precision MPPT with shadow scanning, efficiency over 99%.
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Outdoor floor-standing IP55 design for harsh environments.
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Intelligent variable-speed cooling, -25°C to +50°C operation.
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GPRS and wireless water level sensors for remote APP control.
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Grid/PV hybrid with PV priority ensures 24/7 water supply.
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Seamless PCS integration for precise pressure and flow control.
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Heavy-duty overload drives three-phase AC pump at 1:1.
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Supports V/f and vector control, constant current, torque boost.
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USB local and OTA remote firmware upgrades.
Solar Pumping System
160kW–450kW Hybrid Solar Pump Inverter
Detailed Description
Product advantages
Lower Long-Term Operating Costs
Significantly lowers operational expenses compared to conventional diesel-powered pumping infrastructure.
01
Improve Water Infrastructure Sustainability
Ensures stable water delivery for agricultural production, livestock operations, and community water supply systems.
02
Simplify Multi-Site Project Management
Scalable platform suitable for future network growth, additional pumping stations, and expanded water distribution requirements.
03
Increase System Availability
Hybrid energy architecture helps ensure continuous operation even under variable environmental and energy conditions.
04
Product Parameters
| Model | HG-MD75kW-H |
HG-MD90kW-H |
HG-MD110kW-H |
HG-MD132kW-H |
PV Input Parameters |
||||
Max.DC Input Volt |
900V |
|||
Recommended MPPT Volt. |
250~850V |
|||
Max.MPPT Effi. |
>99% |
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System |
||||
IP Rating |
IP65 |
|||
Operating Temp. |
-25~60°C |
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Standards |
EN 50178; IEC/EN 62109-1; IEC61800; UL(Applying) |
|||
Application Scenarios
FAQs：
-
What projects are best suited for the 160kW–450kW series?
The HydroSolar Utility Series is designed for large-scale water infrastructure projects, including irrigation districts, water transfer systems, mining operations, and government water supply programs.
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Can the inverter control multiple pumps simultaneously?
Yes. The system supports coordinated operation of multiple pumps and can be integrated with pump group management solutions for large infrastructure projects.
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Is this solution suitable for utility-scale solar pumping stations?
Absolutely. The series is specifically engineered for high-capacity pumping stations requiring reliable, long-term operation.
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How can operators manage large pumping networks?
Through Higre WSS Cloud, operators can monitor, analyze, and control multiple pumping sites from a centralized platform.
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Can the system be integrated with battery energy storage systems?
Yes. The inverter architecture supports future integration with energy storage systems to enhance operational flexibility and energy utilization.
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