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Generate Savings, Not Heat
The Keysight RP7900 Series regenerative power supply provides sourcing and electrical loading up to 30 kW. Unlike standard electronic loads that convert energy to heat—causing potential rack temperature issues—it safely returns energy to the grid, reducing cooling costs. The RP7970 and RP7980 Series also offer photovoltaic simulation and connectivity via LAN (LXI Core), USB, and GPIB.
Save up to 25% on Keysight Regenerative Power System multiple-unit bundles. Discounts vary by quantity and include KeysightCare Assured First Year service and a one-year return to Keysight warranty. Enhance functionality with the optional Keysight BV9200B software at a discounted price.
How to purchase:
Contact your local Keysight representative or authorized partner to learn more about this offer, or visit www.keysight.com/find/RP7900 to learn more about the RP7900 Series Regenerative Power System.
Terms and conditions:
- All RP7900 models are eligible. Mixing models is not permitted for this bundle; only one model can be chosen.
- This bundle is not applicable for refurbished products
Highlights
- Operate in a two-quadrant mode as a power source and regenerative electronic load.
- Up to 2,000 V, up to ±800 A, and up to 30 kW per instrument.
- Fast output speed and sub-millisecond command processing time
- Create up to 600 kW power or load through an easy parallel connection.
- Return 90% of power to the grid through regeneration, reducing cooling costs.
Build Your Bundle
Select your preferred Keysight RP7900A model and take advantage of discounts based on the number of units purchased, as outlined in the discount structure.

Key Specifications
Number of Outputs
1
Total Power
5, 10, 20, and 30 kW
Rack Units
3
Ripple and Noise
3 mVrms
Connectivity
LAN, USB, GPIB
Want to see more specifications?
Seamlessly Source and Sink Current
The RP7900 Series regenerative power supply can operate in voltage or current priority. Voltage priority allows positive and negative current limits. The power supply can seamlessly change from sourcing current to sinking current. When testing energy storage systems, it is important to be able to switch between sourcing and sinking current.
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