ITECH

07/05/2026

⚡【I AM】IT8100A/E Series Ultra-Dynamic High Power DC Electronic Load
Designed for next-generation power testing, the ITECH IT8100A/E Series delivers ultra-fast dynamic response, high-speed transient performance, and reliable high-power testing capabilities for demanding applications.

From power supplies and batteries to hashtag servers, EV systems, and energy storage applications, the IT8100A/E helps engineers achieve more accurate validation and efficient testing workflows.

Discover how ultra-dynamic load technology empowers advanced power electronics development.
🎥 Watch the video:
https://youtu.be/znQ37pj-7SQ

【I AM】IT8100A/E Series Ultra-Dynamic High Power DC E-Load

01/05/2026

This International Workers' Day, we celebrate the engineers and innovators powering the future.

ITECH stands with you—delivering reliable solutions for next-gen power testing.

29/04/2026

Hydrogen is scaling fast — but without the right testing, performance and safety are at risk.

🎥 Watch how fuel cells, electrolyzers, and power systems are validated:
https://youtu.be/mqtE8N9aWUA

At ITECH, we enable hydrogen testing with:
⚡ High current dc power supply
⚡ Low voltage high current dc electronic load
⚡ High power dc power supply
⚡ Fuel Cell Simulation Software

Test smarter. Accelerate innovation.

Hydrogen Testing Solutions | Fuel Cell, Electrolyzer & Power System Testing

28/04/2026

We are excited to announce the global launch of the new IT8100A/E Series Ultra-Dynamic High Power DC Electronic Loads by ITECH.
Designed for the next generation of high-power and high-dynamic testing, the IT8100A/E series delivers a breakthrough in power density, dynamic response, and scalable MW-level test capability, empowering engineers to meet the rapidly evolving demands of AI and new energy applications.

⚡ The IT8100A/E series is engineered for:
AI server & GPU power supply testing
Data center power architecture validation
EV charging infrastructure
Fuel cell & renewable energy systems
High-power power electronics development

With industry-leading performance including up to 1.8MW parallel scalability, ultra-fast dynamic response, and ultra-high current slew rates, it enables precise simulation of real-world operating conditions in modern power systems.

🔬 Key Innovations
Ultra-high power density design (up to 7.2kW in 3U)
MW-class scalable parallel system architecture
Ultra-fast dynamic response (up to 150A/μs)
1.5x Short-time Overload Capability
Dedicated ultra-low voltage, high-current solution for AI GPU power systems

🌍 Empowering the Future of Power Testing
As AI computing and electrification accelerate globally, testing complexity is increasing exponentially. The IT8100A/E series is built to help engineers move beyond traditional limitations and step into a new era of high-dynamic, high-power, and intelligent test systems.

👉 Learn more about the IT8100A/E Series:
https://www.itechate.com/en/product/dc-electronic-load/IT8100AE.html

22/04/2026

Powering a Greener Future 🌍

This Earth Day, ITECH enables sustainable testing with regenerative power—returning energy to the grid and reducing waste.

Smarter testing. Less impact.

15/04/2026

Engineers today are under pressure to validate performance faster, ensure IEC compliance, and improve test efficiency—without increasing system complexity.

ITECH’s integrated UPS test solution brings everything together into one scalable platform:
✔ Grid disturbance simulation
✔ Battery emulation
✔ Regenerative AC loading
From dynamic grid conditions to full load behavior validation, everything is covered in one unified system—simplifying test architecture while improving accuracy and efficiency.

Smarter testing. Faster validation. One platform.

09/04/2026

Real power grids are rarely perfect. Three-phase voltage imbalance can cause motor overheating, inverter current asymmetry, and unexpected behavior in grid-connected equipment.

With the ITECH IT7900 Series Regenerative Grid Simulator, engineers can easily simulate voltage imbalance, phase imbalance, and dynamic grid conditions in the lab to validate real-world performance.

Read our latest article to learn three practical ways to simulate three-phase imbalance and avoid common testing pitfalls.

🔎 https://www.programmableelectronicload.com/blog/103.html

In the laboratory, you may often hear a sentence: “Three-phase imbalance is just an abnormal condition—no need to worry too much.” But in reality, the situations that actually cause equipment problems are precisely these “non-ideal conditions.” Today, we will use the IT7900 three-phase AC ...

28/03/2026

🌍 One hour without lights. A reminder for a better future.

During Earth Hour, people around the world switch off their lights to raise awareness for our planet.

At ITECH, we believe energy efficiency should last longer than one hour. Our regenerative testing solutions are designed to feed energy back to the grid, helping reduce energy waste during power testing.

How is your lab improving energy efficiency?

26/03/2026

🌟 APEC 2026 – What a Ride!

We had an amazing time in San Antonio at booth #519, connecting with so many industry friends and showing off our power testing solutions for EVs, batteries, and power electronics.

Big thanks to everyone who stopped by – your curiosity and energy made the event unforgettable! From battery testing to UPS and data center solutions, we’re leaving inspired and ready for what’s next.

💡 Missed us at APEC? Reach out to learn how ITECH can support your testing needs anywhere in the world!

24/03/2026

🎉 Hello from APEC USA 2026 – Day 1!

The ITECH team is live at Booth #519 at the Henry B. Gonzalez Convention Center, San Antonio, Texas!

Come by to:
⚡ Explore our programmable DC power supplies
🔋 Try out regenerative electronic loads
🧩 Discover modular multi-channel test systems

We’re excited to meet engineers, share ideas, and showcase smarter power testing solutions. Stop by and say hi!

19/03/2026

🚀 Solid-State Battery EIS is entering the high-power era!
Module-level testing requires high-current, high-power, and high-frequency dynamic perturbations to capture real-world battery behavior. Traditional low-power EIS can’t keep up.

💡 ITECH IT8900G/L High-Power DC Electronic Load enables:
Suitable for module-level EIS testing (high power / high current)
Fast-charging strategy validation
Study of interface changes under operating conditions such as temperature and pressure
Optimization of material systems and interface engineering
Module safety assessment and lifespan prediction

🔗 Click to read more and discover the core solution for high-power dynamic impedance testing!
https://www.programmableelectronicload.com/blog/100.html
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The interfacial impedance and dynamic response characteristics of solid-state batteries are key factors affecting fast-charging performance, lifespan, and safety. As solid-state batteries evolve from lab-scale cells to module-level engineering applications, testing conditions have rapidly shifted fr...