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Laboratory Overview

Power Electronics Energy System Laboratory, to“Smart energy and high-power energy conversion” as the core，Deep cultivation model predictive control，Relying on power electronics technology，Focus on national energy strategy，Service conversion of old and new kinetic energy。Research covers high-power wind energy、Ocean energy、Hydrogen energy、Solar power generation grid-connected converter system，High-power bidirectional converter equipment for energy storage，Marine equipment and advanced drive systems，Design and control of energy router，Wide bandgap semiconductor devices and applications，Fault-tolerant converter and its grid interaction, etc.，Power generation and smart microgrid for new energy、Advanced Drive Control、Providing theoretical and technical support in the fields of integrated operation and maintenance of converter systems。

1. Hardware-in-the-loop test platform

Hardware-in-the-loop test platform consists of multipleRT-BOXand the host computer (oscilloscope). in,RT-BOXEnables discrete simulation of real-time controllers or power electronic circuits。Two or moreRT-BOXThe test platform composed of can complete the hardware-in-the-loop verification of the algorithm。This platform currently supports the team’s new energy storage、AC/DC hybrid microgrid、Wind power cluster、Verification work of high-power electric drive and intelligent operation and maintenance technology。

2. Motor drive test platform

The motor drive test platform contains the test object/It consists of two inverters and motor towing platform。Among them，The hardware-in-the-loop platform of the frequency converter under testRT-BOXController or controller independently developed by the team。This platform currently strongly supports the team leader’s cable drive-related projects and the verification work of advanced electric drive technology。

3.Wind power grid-connected towing test platform

The wind power grid-connected towing test platform is powered by a low-speed permanent magnet synchronous motor towing the platform、Composed of squirrel cage/doubly-fed motor to tow platform and prime mover inverter/generator back-to-back converter reused for tow platform。Among them，The back-to-back grid-connected converter can be controlled by its own DSP controller or a controller independently developed by the team (the codes can be automatically generated by simulink)。This platform currently supports team wind turbine grid connection control、Verification work for high-power electric drives and other related projects。

4. Modular multi-level converter grid-connected experimental platform

Modular multi-level converter grid-connected experimental platform，Can realize modular multi-level converter control algorithm verification。This platform can effectively support the team’s research and verification work in the field of wind power flexible and direct integration grid connection technology。

5.Dual active full-bridge converter test platform

Dual active full-bridge converter test platform, using newSiC-MOSFETSwitching device，Dual active full-bridge converter control algorithm that can be verified over a wide frequency range。Strongly supports the research on bidirectional converter equipment and its control for energy storage。