TH6600L Series Regenerative DC Electronic Load

TH6600L Series Regenerative DC Electronic Load

The TH6600L Series is a regenerative DC electronic load designed for high-power discharge and energy-system validation workflows. Unlike conventional dissipative electronic loads, regenerative loads are intended to absorb electrical energy from a device under test and return energy to the electrical system where installation conditions allow. This can reduce heat generation and improve energy efficiency in long-duration, high-power testing.

The manufacturer lists the TH6600L Series with rated voltage from 0 to 1500 V, rated current up to 360 A and power classes of 5 kW, 10 kW and 15 kW. It uses a 3U high power-density platform, supports load-mode CV, CC, CR and CP automatic conversion, and can be expanded through master-slave parallel operation for larger power requirements.

Key Features

• Regenerative DC electronic load for high-power testing.
• Rated voltage range across the series: 0-1500 V.
• Rated current up to 360 A depending on model.
• Rated power classes: 5 kW, 10 kW and 15 kW.
• Wide AC input range: 360-528 VAC.
• 3U high power-density chassis design.
• Master-slave parallel expansion up to high-power system level.
• Load modes include CV, CC, CR and CP.
• Built-in function generator with sine, triangle, arbitrary and custom waveforms.
• 7-inch colour TFT capacitive touch screen.

Typical Applications

The TH6600L Series is suitable for battery module and pack discharge, fuel-cell stack loading, DC source testing, renewable-energy validation, EV component testing, converter testing and long-duration high-power reliability studies.

Compatibility and Integration

The TH6600L Series can be integrated with high-power DC supplies, bidirectional DC supplies, power meters, battery test systems, fuel-cell test stations, environmental chambers and custom ScienceGears high-power test fixtures.

Why Choose ScienceGears

ScienceGears helps Australian and New Zealand laboratories assess voltage, current, power, energy recovery, cabling, cooling, safety and facility requirements before selecting a regenerative DC load.