Power Product of the Year
Company Name: ITECH ELECTRONIC CO.,LTD.
Product Name: IT8100A Series Ultra-Dynamic High Power DC Electronic Load
Supporting Statement:
Product overview
The IT8100A series represents a new generation of graphical programmable electronic loads. An advanced touchscreen and intuitive graphical interface enable fast parameter configuration and easy waveform editing, significantly enhancing usability and efficiency. Designed for ultra-high power density, the IT8100A delivers up to 7.2 kW in a compact 3U chassis (150 V model) and can scale to 1.8 MW through fiber-optic master-slave paralleling, meeting demanding high-voltage and high-current testing requirements. Available in 60V, 150 V, 600 V, and 1200 V ranges, with standalone power from 2 kW to 86.4 kW, the series features high-speed current slew rates and versatile operating modes-including dynamic, sequence, and advanced loading functions-ensuring outstanding performance in applications such as Al server power supplies, power modules, fuel cells, EV charging station, Solar Array and power electronics. It provides a powerful and reliable solution for R&D, validation, and production testing.
Highlighted features
♦ Touchscreen display with Meter / Scope / Datalog modes
♦ Voltage range: 60V, 150V, 600V, 1200V
♦ High power density: 3U 7.2 kW (150V), 3U 6 kW (600V & 1200V)
♦ 37U cabinet max power: 86.4 kW (150V), 72 kW (600V & 1200V)
♦ Optical master-slave parallel, up to 1.8 MW (150V) / 1.5 MW (600V & 1200V)
♦ Three-range V/I design for full precision coverage
♦ High dynamic current slew rate up to 150 A/μs per unit
♦ Minimum Operating Voltage: 0.24 V @ 2400 A
♦ Minimum sampling interval in Scope mode: 2μs
♦ Standard interfaces: USB / LAN / CAN
♦ Optional interfaces: GPIB(IT-E176) / RS232&Analog （IT-E177）
Highlighted functions
♦ Basic load modes: CC / CV / CP / CR
♦ Combined load modes: CC+CR / CR+CV / CC+CV / CP+CV / CC+CR+CV+CP
♦ Advanced Load Modes： CE/CC sine/CC Pulse/Table mode
♦ Dynamic load mode with slew rate up to 150 A/μs
♦ Transient frequency up to 50kHz
♦ LIST / OCP / OPP / Battery discharge / Short-circuit modes
♦ User-defined waveform function for simulating complex load profiles
♦ 1.5× short-time overloading capability (≤60 s, Ta ≤ 25°C)
♦ 4× transient overloading capability (≤1 ms, Ta ≤ 25°C)
♦ Built-in Sequence & Sweep modes
♦ Built-in EIS analysis with direct Bode and Nyquist plot generation
♦ Built-in 5½-digit DVM terminals
Description of the product’s purpose, unique design, innovative technology, competitive advantages…
IT8100A High-Speed, High-Power DC Electronic Load
— MW-Class High-Dynamic Testing Platform for the AI and New Energy Era
With the rapid development of AI data centers, new energy vehicles, energy storage systems, and high-power power electronics, the industry is experiencing a growing demand for high-dynamic, high-power-density, and system-level testing solutions. Traditional electronic loads are increasingly unable to meet next-generation testing requirements in terms of dynamic response, parallel scalability, power density, and system stability.
The IT8100A High-Speed, High-Power DC Electronic Load is ITECH’s answer to this challenge: a next-generation MW-class testing platform that integrates ultra-high dynamic performance, high power density, high-speed fiber-optic parallel architecture, and intelligent testing features. It provides efficient and professional solutions for AI server power supplies, HVDC data center power systems, fuel cells, DC fast chargers, energy storage inverters, and high-power modules.
Key Technological Breakthroughs
• Fiber-Optic Parallel Architecture: For the first time in dissipative high-power electronic loads, IT8100A introduces high-speed fiber-optic synchronization. Compared with traditional system-bus parallel solutions, this architecture offers superior anti-interference performance, ultra-low synchronization latency, and enhanced system stability, enabling microsecond-level synchronized control in MW-scale systems—a solid foundation for AI power and high-dynamic power testing.
• Industry-Leading Power Density: The IT8100A achieves up to 7.2 kW in a 3U chassis, up to 86.4 kW per cabinet, and scalable beyond 1.8 MW, dramatically reducing lab footprint and deployment complexity. This makes it ideal for high-density testing scenarios where space and efficiency are critical.
• Ultra-High Dynamic Performance: With a current rise/fall rate of up to 150 A/μs, along with 1.5× short-term overload and 4× transient overload capability, IT8100A realistically simulates transient events in AI GPUs, power modules, and high-dynamic DC-DC converters, fully supporting EDPP and other advanced high-dynamic testing requirements.
• Integrated System-Level EIS Testing: IT8100A innovatively incorporates Electrochemical Impedance Spectroscopy (EIS), generating Bode and Nyquist plots directly. This expands traditional low-power lab testing to system-level, high-power applications, broadening the electronic load’s role in new energy and electrochemical fields.
Global Impact
The IT8100A represents a major technological leap in high-power testing and a significant advancement in MW-class high-dynamic electronic loads. It addresses a global gap in next-generation high-performance electronic load solutions, offering a world-class platform for advanced power testing applications.
Entry ID: 7461
