• 2-in-1 system: bidirectional DC power supply and regenerative electronic load

• Seamless transition between source and sink modes without overshoot

• Power scalability from standalone up to 2 MW (parallel configuration)

• Wide voltage range up to 2250 V and high current capability

• High energy recovery efficiency up to 95%

• Built-in arbitrary waveform generator with LIST file support

• Automotive transient simulation compliant with multiple industry standards

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

• EV battery charge/discharge testing and validation

• Automotive electronics transient simulation (12V / 24V / 48V systems)

• Energy storage system (ESS) testing

• Solar inverter and PV system simulation (I-V curve testing, MPPT validation)

• Power electronics and high-power component testing

• R&D laboratories and production test systems

• Battery management system (BMS) and protection board testing

• Voltage range: up to 0 – 2250 V

• Current range: up to 2040 A (single unit), up to 8000 A (parallel)

• Power rating: up to 144 kW standalone, scalable to 2 MW

• Form factor: 3U high-density design (18 kW per unit)

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

• Efficiency: up to 95% energy regeneration

• Sampling rate: up to 10 µs data logging

• Waveform capability: arbitrary waveform generation, up to 10,000,000 points

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

• Protection: OVP, OCP, OPP, OTP, anti-islanding, transient protection

The IT6000B Regenerative Power System is engineered for high-power DC testing environments where efficiency, flexibility, and accuracy are critical. By integrating a bidirectional DC power supply and regenerative electronic load into a single platform, it eliminates the need for separate systems, reducing footprint, system complexity, and operational cost.

Built on SiC technology, the system enables seamless transition between sourcing and sinking modes without current interruption or overshoot. This capability is essential for battery charge/discharge testing, power electronics validation, and dynamic simulation of real-world operating conditions.

With voltage ratings up to 2250 V and scalable power up to 2 MW through parallel operation, the IT6000B supports high-capacity testing scenarios such as EV battery systems, energy storage, and high-power DC components. Its regenerative capability returns energy back to the grid with efficiency up to 95%, significantly reducing energy consumption and thermal management requirements.

Advanced features such as programmable waveform generation, automotive transient simulation compliant with major standards, and solar array simulation enable engineers to replicate complex test profiles with high fidelity.