Lorentz PS2-100 AHR14S-3 Solar Powered Pump

The Lorentz PS2-100 AHR14S-3 Solar Powered Pump is a compact, efficient, and reliable solar water pumping solution designed for small-scale applications. Powered directly by solar energy, this system provides a sustainable water supply without the need for grid electricity or diesel fuel.

With Lorentz’s advanced PS2 controller technology, the pump automatically adjusts to changing solar conditions while maximizing water output. Its rugged construction and high efficiency make it a dependable choice for off-grid homes, livestock watering, small irrigation systems, and community projects.

Key Features

• Compact and efficient solar-powered water pump

• Powered directly by PV panels with intelligent MPPT optimization

• Durable and low-maintenance design for long service life

• Adjustable flow rates with built-in protection features

• Environmentally friendly – no fuel or electricity costs

• Easy installation and integration with solar modules

Applications of Lorentz PS2-100 AHR14S-3

• Household water supply in rural or off-grid areas

• Livestock watering systems

• Small-scale irrigation for gardens or farms

• Community water access projects

• Backup water supply where power is unreliable

Technical Specifications

• Model: Lorentz PS2-100 AHR14S-3

• Pump Type: Helical Rotor Pump (HR)

• Rated Power: 100W

• Maximum Flow Rate: ~1,400 liters/hour (depending on solar input & head)

• Maximum Head: Up to ~20m (site-specific)

• Voltage Range: Compatible with small PV arrays (MPPT optimized)

• Controller: Lorentz PS2 series with dry-run protection, overload protection, and automatic restart

Why Choose the Lorentz PS2-100 AHR14S-3?

This pump is ideal for light-duty water pumping needs where efficiency and affordability are key. Its low power requirement makes it suitable for smaller PV setups while still delivering reliable water supply. Lorentz is a global leader in solar water pumping, ensuring high-quality engineering, long-term reliability, and excellent performance under all weather conditions.