Monitoring & Control Solutions

High-Efficiency Testing with Minimal Energy Loss

Traditional load banks waste energy as heat during battery and UPS testing. Chhabi’s Regenerative Load Bank recovers that energy back into the grid, providing a sustainable and cost-effective solution for high-power testing

Regenerative (Dummy) Load Bank

A next-generation testing system designed to minimize energy waste while delivering precise load testing for UPS, inverters, DG sets, and renewable systems.

Energy-efficient with >90% recovery

Reduces heat generation during testing

Supports multiple applications (UPS, DG, renewables)

Environmentally sustainable testing solution

Sustainable Testing for Modern Power Systems

Engineered for energy-conscious industries, the Regenerative Load Bank enables safe, repeatable testing while feeding absorbed power back to the utility grid. Its high efficiency and universal compatibility make it ideal for large-scale testing needs.

Energy Recovery Design

Achieves >90% efficiency by regenerating absorbed test power back into the grid.

Universal Testing Capability

Suitable for UPS systems, battery chargers, DG sets, inverters, and renewable energy power setups.

Reduced Heat Stress

Minimizes thermal load on facilities compared to conventional resistive load banks.

Sustainable Operation

Lowers operational costs while aligning with green energy goals

Technical Specifications

Parameter Specification
Efficiency >90%
Applications UPS, battery chargers, DG sets, inverters, renewable energy systems
Output Stepwise load variation, programmable options available
Cooling Minimal requirement due to reduced heat dissipation
Enclosure Customizable, industrial-grade protection
Standards Built to international safety and performance norms

Why Choose Chhabi Regenerative Load Banks?

Chhabi’s regenerative solutions combine innovation and sustainability, ensuring industries can test high-capacity systems without excessive energy loss.

Real Impact, Proven Results

Explore how Chhabi Electricals has delivered end-to-end electrical solutions across industries — improving uptime, optimizing energy use, and enabling scalable infrastructure.

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