基于INOA非接触式击发系统耦合线圈参数优化OA

Aiming at the problem of numerous and mutually coupled parameters in the coupling coil optimization model for non-contact firing systems,a coupling coil structure optimization method based on the Improved Nutcracker Optimization Algorithm(INOA)is proposed.By analyzing the system parameters,the mapping relationship between energy transmission efficiency and coil structure is established.Chaotic mapping is introduced to enhance the algorithm's global search capability.Under the constraints of system parameter conditions,the convergence speed and precision are better than those of other comparison algorithms,and the highest energy transmission efficiency of 68.08％is calculated.Finally,through electromagnetic simulation and experimental verification,the optimized parameters are better than other coil models,and the design efficiency is significantly enhanced compared with traditional coupling coil design methods.