![]() ![]() With simultaneous use of multiple emulators for example, HV power supply, 48V electrical system in the car or HV tester and HV electrical system in the vehicle, the energy can be distributed in the intermediate circuit and allows for lower power input. ![]() The modern technology of the device allows efficient energy consumption through energy recovery. In addition, even higher currents and power can be achieved by parallel connection. It can generated voltages up to 1,000V, current up to 1,200A and power up to 600kW with a single device. The emulators have a high accuracy at a high system dynamics. Photovoltaic panels and photovoltaic systems.High voltage electrical systems in vehicles.Fuel cells, fuel cell stacks and fuel cell systems.Batteries, battery modules, battery packs and battery systems.The devices of the BX series allow to emulate With the high voltage emulators the conditions and working points can be reached quickly and the different behavior can be simulated. As a result, small load perturbation, or weather dependent fluctuations in RP generation, causes a high rate of change of frequency (RoCoF) and severe frequency instability problems. In contrast to real simulators thereby high-voltage voltages and currents are generated. High renewable power (RP) penetration in a microgrid (MG) reduces the inertia of the MG. High voltage emulators constitute the behavior of electrical devices and components by functionally and electrically. ![]()
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