Powering AI at Peak Performance
FTR7000 Regenerative DC Electronic Load for AI Server PSU Testing
0-3MW | Capture every transient. Test entire racks. Cut energy costs by up to 80%.
Engineered for Extreme Dynamic Load Testing
AI servers demand extreme transient performance. GPU loads can spike instantly from idle to full power. FTR7000 validates PSU stability under real dynamic conditions.
- 30A/μs Slew Rate: Meets and exceeds standard 2–10A/μs requirements
- Extreme Testing: 180% overload, 10kHz pulse frequency, up to 100,000 steps
- Validates PSU stability under real AI workload conditions
- Helps prevent voltage drop, shutdown, or restart failures
Turn Power Testing into Real Savings
Up to 80% energy regeneration efficiency. Return energy to the grid instead of wasting it as heat.
Input Power
Heat
High cooling cost
Waste energy
High operating cost
Input Power
Returned to Grid
Lower electricity cost
Reduced HVAC load
Ideal for burn-in testing
FTR7000 returns energy to the grid instead of wasting it as heat.
From Single PSU to Full AI Rack Testing
One system covers component-level validation, rack-level testing, and megawatt-scale expansion.
- Parallel up to 3MW: Single unit up to 300kW, seamlessly scale for megawatt-level testing
- 0–1000VDC Range: Ready for next-generation 800VDC AI systems
- Programmable: Built per NVIDIA & OCP EDPP specifications
- Master-Slave Control: Intelligent scaling for rack power validation
Test entire AI racks with ease.
Wide Range of Applications
Designed for high-power validation across next-generation energy and computing platforms, ideal for datacenter transient simulation and grid stabilization testing.
PSU Testing
Power
Platforms
PCS
Testing
Burn-in
Semiconductors
Simulation
Integration
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