• Bidirectional operation with integrated source and sink functions

• Output voltage up to 2250 V and scalable power up to 2 MW

• Regenerative efficiency up to 95% for energy recovery

• High power density: 18 kW in compact 3U rack form factor

• Seamless transition between sourcing and sinking modes

• Built-in arbitrary waveform generator and LIST mode support

• Advanced protection: OVP, ±OCP, ±OPP, OTP, anti-islanding

• Multiple interfaces: USB, LAN, CAN, digital I/O (optional GPIB/RS232)

• EV battery testing and battery cycler systems

• Bidirectional DC-DC converter validation

• Power conversion systems (PCS) testing

• Solar inverter and photovoltaic (PV) simulation

• Energy storage system (ESS) testing

• Automotive electronics validation (LV123, LV148, ISO standards)

• R&D laboratories and high-power electronics testing

• Voltage range: 0 – 2250 V

• Current range: Up to 2040 A (single cabinet) ; Up to 8000 A (parallel configuration)

• Power rating: Up to 144 kW (stand-alone); Up to 2 MW (parallel system)

• Regenerative efficiency: up to 95%

• Power density: up to 18 kW / 3U

• Operation modes: CC, CV, CP with priority setting

• Data logging: minimum sampling interval 10 μs

• Dynamic profile: up to 10,000,000 points

• Interfaces: USB, LAN, CAN, digital I/O (optional GPIB, RS232)

The IT6000C Bidirectional Programmable DC Power Supply is engineered for high-performance energy testing applications requiring both sourcing and sinking capabilities within a single platform. Based on third-generation SiC technology, it provides high efficiency, fast transient response, and seamless switching between charge and discharge modes without overshoot.

This system supports output voltages up to 2250 V and scalable power up to 2 MW through master-slave parallel operation, making it suitable for high-power validation environments. Its regenerative design returns absorbed energy back to the grid with up to 95% efficiency, significantly reducing energy consumption and thermal management requirements.

The IT6000C is designed for demanding industrial and laboratory applications, including EV battery testing, power conversion systems (PCS), bidirectional DC-DC modules, and renewable energy systems. The integrated waveform generator and high-speed data logging enable dynamic simulation profiles, including complex battery charge/discharge cycles and photovoltaic I-V curve simulation.

With multiple communication interfaces (USB, LAN, CAN, digital I/O) and optional GPIB/RS232, the system integrates easily into automated test setups. Built-in protections and compliance with automotive and industrial test standards ensure reliable and safe operation.