Keysight RP7971A | Regenerative Power System, PV Mode, 500 V, +/-120 A, 20 kW, 400/480 VAC
Manufacturer number: RP7971A
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Keysight RP7971A | Programmable, regenerative laboratory power supply, PV mode, 0 ... 500 V, 0 ... +/-120 A, 20 kW, Input 400/480VAC.
Technical Data
DC output reversible: | DC bidirectional |
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Description
RP7971A | Regenerative Power System, PV Mode, 500 V, +/-120 A, 20 kW, 400/480 VAC
The Keysight RP7971A bidirectional DC power supply combines a powerful DC source and regenerative electronic load in one device (2-quadrant mode). Its integrated safety functions protect both the user and the test object, so that even critical battery conditions can be emulated safely. The excess energy emitted by the test object can be fed back into the supply network with low losses, thus reducing energy costs for power consumption and cooling.
The RP7900A series regenerative energy system can continuously reduce up to 100% of its rated current indefinitely. The transitions between source and sink current are seamless and without changing the output behavior. With the battery emulation function, different power and load conditions can be simulated, allowing realistic characterization of battery capacity and operating time. Programmable resistors take into account the real output impedances of a battery and thus emulate its operation in different states of charge.
Use the RP7971A power system as a current source or as an electronic load, just like a battery:
- Continuous 2-quadrant operation as a current source and sink
- Emulation of high-performance batteries with programmable resistors
- Autoranging for maximum flexibility;t
- Integrated arbitrary function generator for simulating transients
- Cost reduction for cooling and energy through regenerative design
PV Mode:
The Keysight RP7970/RP7980 series bidirectional power supplies help you test and maximize the performance of your inverter by simulating PV systems. They are able to simulate the performance characteristics of a PV system under different environmental conditions (temperature, irradiation, age, cell technology, etc.) and allow you to quickly and comprehensively test the MPPT (Maximum Power Point Tracking) algorithms and the efficiency of the inverter.