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Experimental research platform for large-capacity inertial energy storage system
Renewable energy represented by wind power and solar energy is characterized by strong randomness and high volatility, which causes a great impact on the stability of the grid. wind
Electricity is mainly developed intensively. Long-distance transmission, solar energy is the simultaneous development of decentralized development and distributed access and centralized development of long-distance transmission. Energy storage technology and renewable
The combination of energy power generation technology can not only improve the stability of the system, improve the quality of power, but also increase the utilization rate of resources. Therefore, renewable energy
Large-scale utilization of energy sources requires the support of large-scale and distributed energy storage technology.
The experimental research platform of large-capacity inertial energy storage system consists of three experimental systems: large-capacity inertial energy storage system experimental system, special inertial energy storage system
Material testing system, active and passive hybrid magnetic bearing system, high-speed permanent magnet motor/generator experimental system.
The experimental platform can conduct the following research:
●Electromagnetic material and composite material performance analysis and test research
●Research on Hybrid Magnetic Bearing Control Technology
●Hybrid magnetic bearing design and optimization research
●Research on parameter measurement method of high-speed permanent magnet motor
●High-speed permanent magnet motor excitation research
●High-speed permanent magnet motor design and optimization research
●Analysis, design and performance research of high-speed permanent magnet motor energy storage and bidirectional energy conversion system
High-efficiency bidirectional energy converter topology. Control Strategy Research
●Efficient two-way energy heat dissipation technology. Electromagnetic compatibility research
●Inertial energy storage rotor dynamics research
●-Integrated high-speed rotor design technology research
●Research on active control of stability of high-speed inertial energy storage rotor
●Research on control strategy of inertial energy storage system
●Research on electromechanical coupling dynamics of inertial energy storage system
●Application research of energy storage system in new energy
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Add：Canglong Island Science and Technology Park, Jiangxia District, Wuhan City 16 LiMiao Road
