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High-performance bi-directional power supply with seamless current switching, energy regeneration, and up to 2250V voltage output. Supports master-slave parallel operation for up to 2 MW, ideal for testing batteries, photovoltaic inverters, and semiconductor devices..
The IT6000C is a powerful bi-directional DC power supply that also functions as a regenerative electronic load. This makes it an ideal solution for applications requiring efficient energy recovery and high precision, such as battery cycling, solar energy testing, and automotive electronics development.
Seamless Source-Sink Transition:
The IT6000C delivers high-speed switching between source and sink modes, avoiding voltage/current overshoots and providing a stable testing environment for energy storage devices.
High Power Output:
The IT6000C provides output voltage up to 2250V and current up to 2040A in a single unit, with scalable power up to 2 MW when units are paralleled. This flexibility allows for a wide range of testing conditions, from small-scale to large-scale operations.
Energy Efficiency:
Its regenerative capability ensures that up to 95% of energy is returned to the grid, reducing operational costs, improving sustainability, and avoiding additional cooling costs that come with traditional electronic loads.
Advanced Solar Array Simulation:
The SAS1000 software (optional) allows for the simulation of solar panel performance, including I-V curve generation and MPPT testing. Users can simulate real-world conditions such as shadow effects, temperature, and irradiation changes, which is crucial for photovoltaic inverter testing.
Battery Testing:
The IT6000C can also be used for battery testing and battery simulation with the BSS2000 software, supporting the simulation of up to 99 battery cells. This makes it ideal for testing battery packs, including those used in electric vehicles, drones, and portable devices.
Bidirectional Power Supply and Regenerative Load
Integrates both sourcing (power supply) and sinking (electronic load) functions, allowing seamless transition between the two without voltage or current overshoot.
High Energy Regeneration Efficiency
Achieves up to 95% energy regeneration efficiency, reducing both electricity costs and the need for additional cooling systems.
Parallel Operation Support
Allows parallel operation of up to 2 MW of power by connecting multiple units, ideal for large-scale testing environments.
Flexible Solar Array Simulation
With the optional SAS1000 software, the IT6000C can simulate real-world photovoltaic scenarios, including dynamic MPPT performance testing and I-V curve simulation.
Battery Testing and Simulation
The IT6000C supports comprehensive battery charging and discharging tests and offers a battery simulator (with optional BSS2000 software), simulating up to 99 cells in series.
Multiple Protection Features
Includes OVP, OCP, OTP, anti-islanding protection, and more, ensuring safe and reliable operation during testing.
Built-in Waveform Generator
Capable of generating arbitrary waveforms for dynamic testing scenarios, providing high flexibility for a wide range of applications.


| Specification | IT6000C |
|---|---|
| Voltage Output | Up to 2250V |
| Current Output | Up to 2040A (single), 0-8000A (parallel) |
| Power Output | Up to 144kW (standalone), up to 2 MW (parallel) |
| Energy Regeneration Efficiency | 95% |
| Resolution | 0.001V (Voltage), 0.01A (Current) |
| Accuracy | ±0.02% + 0.02%FS (Voltage), ±0.1% + 0.1%FS (Current) |
| Interfaces | USB, CAN, LAN, GPIB, RS485, optional analog |
| Size (W x H x D) | 19” x 3U x 350 mm |
| Weight | Varies by model |
| Temperature Range | 0°C to 40°C |
| Parallel Operation | Yes, up to 2 MW |
| Safety Features | OVP, OCP, OTP, anti-islanding protection, power down |
| Compliance | Pre-compliant with automotive standards (LV123, ISO-16750-2, SAEJ1113-11) |
| Waveform Generation | Yes, supports arbitrary waveform generation |
| Battery Simulation | Yes, supports 99 cells simulation (with BSS2000) |
