Power Without Compromise
Validate multi-kilowatt devices faster in less space — without sacrificing performance or programmability
High-Density, High-Performance Power
High-Density Power
Up to 3.4 kW in 1U. Half-rack 1U units maximize compact rack space.
Regenerative Power
Up to 6 kW in 1U with integrated eLoad. Parallelable as a single 192 kW DC supply.
Regenerative Electronic Load
Up to 6 kW in 1U. Parallelable as a single 192 kW DC eLoad.
Redefine Power Testing
It's time to transform the way you test
Explore Products
DP5700 Series High-Density Power Supplies
- 1.5 kW, 3.4 kW
- Max voltage: 600 V
- Max current: 340 A
- Available in half-rack width and 1U sizes
- Removable SD memory ensures data remains classified
RP5900 Series Regenerative Power Supplies
- 2 kW, 4 kW, 6 kW, 12 kW
- Max voltage: 800 V
- Max current: 240 A
- Available in 1U and 2U sizes
- Bidirectional power sourcing with up to 95% of energy returned to the grid
EL4900 Series Regenerative Electronic Loads
- 2 kW, 4 kW, 6 kW, 12 kW
- Max voltage: 800 V
- Max current: 240 A
- Available in 1U and 2U sizes
- Bidirectional power sinking with up to 95% of energy returned to the grid
Power-Packed for Your Rack
No-Code Automation
Accelerate testing and shorten design cycles with automation that requires no coding. Log and apply live battery discharge curves to emulate long-term performance in real time while maintaining full test coverage.
Compact Testing
Maximize test capacity without expanding your footprint. Our high-power ATE system supplies deliver 1.5 kW to 12 kW in just 1–3 rack units, with half-rack options that pack more punch in less space.
Scalable High-Power Output
Expand your test system as needs grow. By paralleling units, our high-power ATE system supplies deliver up to 192 kW — providing the headroom required for today’s most demanding applications.
Regenerative Power
Reduce energy waste and lower costs with regenerative power supplies and electronic loads. These models return up to 95% of power to the grid during extended tests such as battery cycling.