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Home > Issues > RetrieveSelective Protection Miniature Circuit Breaker Electromagnetic Actuator Design and Dynamic Optimization
Journal of Magnetics, Volume 24, Number 4, 31 Dec 2019, Pages 593-605
Xianbing Wang * 
(School of Electronic and Electrical Engineering, Chuzhou University), Heyun Lin (School of Electrical Engineering, Southeast University), Shuhua Fang (School of Electrical Engineering, Southeast University), Xiangao Wang (School of Electronic and Electrical Engineering, Chuzhou University), Jin Peng (School of Electronic and Electrical Engineering, Chuzhou University)
(School of Electronic and Electrical Engineering, Chuzhou University), Heyun Lin (School of Electrical Engineering, Southeast University), Shuhua Fang (School of Electrical Engineering, Southeast University), Xiangao Wang (School of Electronic and Electrical Engineering, Chuzhou University), Jin Peng (School of Electronic and Electrical Engineering, Chuzhou University)
Abstract
This paper first proposes an electromagnetic actuator design and dynamic optimization method for selective miniature circuit breaker (SMCB), and realizes good coordination of electromagnetic actuator force and energy
characteristics. Based on short delay tripping mechanism force and magnetic field model, it builds Matlab and Adams co-simulation platform, simulates and analyzes the magnetic field distribution and force energy property under different electromagnetic topological structure, and establishes the permanent magnet electromagnetic structure model. Then, it builds multi-field coupled mathematical model, and studies multi-objective
dynamic optimization design for electromagnetic actuator based on quantum particle swarm algorithm. Finally, it develops the 100A miniature circuit breaker. The experimental results show that the optimized electromagnetic actuator design can effectively control the miniature circuit breaker tripping action threshold and mechanical characteristics.
characteristics. Based on short delay tripping mechanism force and magnetic field model, it builds Matlab and Adams co-simulation platform, simulates and analyzes the magnetic field distribution and force energy property under different electromagnetic topological structure, and establishes the permanent magnet electromagnetic structure model. Then, it builds multi-field coupled mathematical model, and studies multi-objective
dynamic optimization design for electromagnetic actuator based on quantum particle swarm algorithm. Finally, it develops the 100A miniature circuit breaker. The experimental results show that the optimized electromagnetic actuator design can effectively control the miniature circuit breaker tripping action threshold and mechanical characteristics.
Keywords: Selective miniature circuit breaker (SMCB); Electromagnetic actuator; Co-simulation design; Quantum particle swarm algorithm; Dynamic optimization
DOI: https://doi.org/10.4283/JMAG.2019.24.4.593
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