Industrial Solar Pump Inverter for Agricultural Water pump Projects

Products

Hybrid Solar Pump Inverter 75kW–132kW

Features：

· Built for High-Capacity Pumping Projects
Supports large motor-driven pumping systems requiring substantial flow rates and high pumping head performance.

· Optimized for Long-Distance Water Transport
Ideal for projects involving reservoirs, canals, elevated terrain, and extended pipeline networks.

· Industrial-Grade Power Management
Advanced inverter architecture ensures stable operation under fluctuating solar conditions and heavy load demands.

· Multi-Source Energy Integration
Supports seamless coordination between solar PV, grid power, diesel generators, and future energy storage systems.

· Large Project Monitoring Capability
Fully compatible with Higre WSS Cloud and Solar Pump Group Controller for centralized management of multiple pumping stations.

· Reliable Operation in Extreme Environments
Designed to perform in high-temperature, dusty, remote, and harsh outdoor conditions common in large infrastructure projects.

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Detailed Description

Product advantages

Reduce Energy Costs for Large Water Projects

Significantly lowers operational expenses compared to conventional diesel-powered pumping infrastructure.

01

Improve Water Security

Ensures stable water delivery for agricultural production, livestock operations, and community water supply systems.

02

Support Sustainable Development Initiatives

Helps governments and project developers meet renewable energy and carbon reduction objectives.

03

Increase Infrastructure Investment Value

Long equipment lifespan and low operating expenses contribute to stronger long-term project economics.

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%
System
IP Rating	IP65
Operating Temp.	-25~60°C
Standards	EN 50178; IEC/EN 62109-1; IEC61800; UL(Applying)

Product Series Deployment

Higre WSS Cloud for solar water pump system

Application Scenarios

Large-scale solar water pumping system supporting soybean farming operations in Brazil. — solar water infrastructure for commercial agriculture.

HydroSolar Pro solar pumping station supporting large-scale agricultural irrigation in Nebraska, USA. — solar water infrastructure for commercial agriculture.

FAQs：

What types of projects typically use a 75kW–132kW solar pump inverter?

This power range is commonly used for irrigation districts, municipal water systems, mining operations, large livestock farms, and industrial water transportation projects.
Can the inverter support high-head pumping applications?

Yes. When matched with suitable pump configurations, the HydroSolar Mega Series is capable of supporting high-head and long-distance pumping requirements.
Is the system suitable for remote infrastructure projects?

Yes. Hybrid operation allows integration with solar PV, diesel generators, utility grids, and future battery storage systems, making it ideal for remote locations.
Can multiple pumping stations be managed from one platform?

Yes. Through Higre WSS Cloud and the Solar Pump Group Controller, operators can centrally monitor and manage multiple pumping assets.
How does this series improve project sustainability?

By maximizing solar energy utilization and reducing fossil fuel dependence, the system lowers operating costs and environmental impact over the project lifecycle.

Tags:

75kW-132kW solar pump inverter Industrial Solar Pump Inverter industrial solar water transfer system municipal solar water supply system Solar Irrigation Pump Controller solar pumping system for irrigation districts Solar Water Infrastructure Solution

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