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Off-Grid Solar Pump Kit with HBP4C-48-400 Controller and Amerisolar 440W Panels
This off-grid solar pump kit features a robust HBP4C-48-400 controller and two high-efficiency Amerisolar 440W panels, delivering up to 7,200 litres per hour. Designed for farms, irrigation, and remote water supply, it ensures weather-resistant performance and long-term reliability. The included Renusol ConSole ground mounts simplify installation and provide durable, secure support for the solar panels, making this kit ideal for demanding environments.
Product Information
Product Features
Applications & Uses
Farm Irrigation
Enables efficient, autonomous irrigation using solar power, suitable for crop fields, pastures, and livestock watering in off-grid locations.
Remote Water Supply
Provides a sustained water source for rural properties and sites where mains power is not available, enhancing reliability and self-sufficiency.
Installation Guidelines
Ground Mounting
Use the included Renusol ConSole mounts for secure, optimal solar panel placement, ensuring stability and maximum sunlight exposure.
System Connection
Follow manufacturer wiring instructions for safe integration of controller and panels. Proper alignment and secure connections are critical for efficiency.
Frequently Asked Questions
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What is the maximum water flow rate of this solar pump kit?
This off-grid solar pump kit can deliver up to 7,200 litres of water per hour, making it suitable for larger irrigation and farm applications.
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Are the components suitable for outdoor and harsh weather conditions?
Yes, all system components are built with durable, weather-resistant materials to ensure reliable operation year after year, even in demanding outdoor environments.
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How are the solar panels mounted in this kit?
The kit includes two Renusol ConSole ground mounts for secure and easy installation of the Amerisolar 440W panels on the ground, optimizing panel performance.
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What kind of applications is this kit best suited for?
This solar pump kit is ideal for farms, irrigation systems, and remote locations requiring a reliable off-grid water supply powered entirely by solar energy.