Dynamic Programming Algorithm for Management of Aircraft Power Supply System

This paper proposes a dynamic programming algorithm for management of aircraft power supply system, which takes reliability as the optimization goal, and the power supply priority, the basic structure of system and the minimizing of power failure area etc. as constraint conditions. Combining basic concepts of dynamic programming algorithm such as stage, state and performance index etc. with the management of aircraft power supply system and giving them concrete meaning to establish dynamic programming algorithm model for the management. On this basis, a universal and efficient algorithm is constructed to achieve reliable management of aircraft power supply system. Finally, taking the 270V HVDC (High Voltage Direct Current) power system as an example, building the simulation verification platform to verify the correctness and practicability of the algorithm.