Power Hardware in the Loop (PHIL) Application

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OVERVIEW

Power hardware in the loop, PHIL realizes the extension of signal level real-time simulation to power level. It can flexibly change the system topology, simulate various working conditions, and solve the problems caused by the system building and testing difficulties. Power hardware-in-the-loop testing can test real power devices, such as energy storage equipment, PV devices, wind turbines, generators, EV motor drives, electric motors, and networks composed of the above devices.

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Battery Pack Test Solutions

• Four quadrant power amplifier
• Master-slave current sharing, parallel up to ~~960kVA~~
• Bandwidth up to 2.4kHz
• Latency time≤ 65μs
• The fastest rising/falling speed can reach 2.5V/μs
• Support single phase/three phase/reverse phase
• Output modes : AC/DC/AC+DC/DC+AC
• Provide rich trigger configurations to realize data
• collection and simulation functions

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Model Selections

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AC / DC Load Mode

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RLC Load Simulation

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