双核MCU并行逆变器模型预测电压控制

Dual Core MCU Parallel Model Predictive Voltage Control of Inverter

针对传统单核微控制处理器(MCU)在实现模型预测电压控制(MPVC)算法时,无法兼顾高控制频率和算法执行效率的问题,提出利用双核MCU并行实现MPVC算法中的滚动优化部分。相比单核MCU只能串行执行MPVC算法,双核MCU的并行实现方式在保证控制效果的同时,能有效提高算法的执行效率。最后通过仿真和实验验证了理论分析的可行性和有效性。

Considering traditional single core micro control unit（MCU） can not give attention to both high execution efficiency and the high control frequency when model predictive voltage control（MPVC） algrithm is in digital implementation.The method of parallel processing is puts forward which is based on the dual core MCU,to reduce the cost of rolling optimization in the MPVC.Compared with the single core MCU can only executes the MPVC algorithm in sequence, parallel relization of dual core MCU guarantees the control effect and effectively improves the efficiency of the algorithm.The feasibility and effectiveness of theoretical analysis is demonstrated through simulation and experiment.