Battery Module Test System (60V–300V)

Advanced Battery Module Testing, Charge–Discharge Analysis and Validation Solutions

Gravence Voltgrid provides advanced battery module testing solutions for electric vehicles, lithium-ion battery development, battery manufacturing, energy storage systems and research laboratories. The 60V–300V Battery Module Test System supports precision charge–discharge testing, battery capacity measurement, cycle life evaluation, DC internal resistance (DCIR) testing and dynamic performance analysis.

Designed for battery R&D laboratories, EV battery validation facilities and industrial testing environments, these battery testing systems support reliable performance evaluation, repeatable test procedures and efficient battery development.

Looking for battery module testing equipment, a battery charge–discharge test system, a regenerative battery cycler or battery validation equipment in India?

Contact Gravence Voltgrid to discuss your voltage range, current requirements, power rating, channel configuration, testing functions and integration needs.

1. Battery Charge–Discharge Testing

Battery charge–discharge testing is essential for evaluating battery module performance under controlled electrical conditions. A programmable battery test system allows engineers to define charging and discharging profiles, monitor voltage and current, record test data and analyse battery behaviour.

The battery module test system can be configured for:

✅ Constant-current and constant-voltage charging

✅ Constant-current and constant-power discharging

✅ Battery capacity and energy measurement

✅ Charge–discharge efficiency evaluation

✅ Programmable current and voltage profiles

✅ Repeated cycling and endurance testing

✅ Dynamic load and pulse response evaluation

2. Battery Cycle Life and Capacity Testing

Battery cycle life testing evaluates battery module performance over repeated charge–discharge cycles. Capacity testing helps determine the electrical charge a battery can deliver under specified test conditions.

Typical applications include:

✅ Battery capacity verification

✅ Charge and discharge cycle testing

✅ Battery degradation and performance trend analysis

✅ Cycle-to-cycle comparison

✅ Battery ageing and endurance evaluation

✅ Test data recording and report generation

These tests help engineers assess battery consistency, operational performance and long-term reliability.

3. Regenerative Battery Testing Technology

Regenerative battery testing technology returns a portion of the energy released during battery discharge to the electrical supply instead of dissipating all of it as heat.

This approach can help reduce energy consumption during repetitive charge–discharge testing and minimise heat generation in suitable test configurations.

Regenerative battery cyclers are particularly useful for battery R&D laboratories, EV battery validation facilities, battery production environments and high-throughput testing applications.

4. DC Internal Resistance (DCIR) Testing

DC internal resistance testing evaluates the voltage response of a battery module to a defined current change or pulse. DCIR measurements can help engineers characterise electrical resistance, compare battery samples and investigate performance changes under specified operating conditions.

Depending on the selected configuration, DCIR testing can be integrated with programmable pulse profiles, voltage and current acquisition, data processing and automated reporting.