Real time power optimization control of fuel cell hybrid electric vehicle based on fuzzy control

With the large-scale development of industry, the world's non renewable energy is gradually drying up, and new renewable energy technology still has a long way to go. During this period, hybrid energy will inevitably occupy a large market as a transitional product. The application of hybrid vehicles is a model of new energy application. In engineering, an effective mathematical model and optimization algorithm are used to establish a control model for power matching of electric and oil energy sources of hybrid electric vehicles, and the optimal control method is used to control them. It can make the vehicle leap in the comprehensive technical index, thus playing the role of high efficiency, energy saving and environmental protection. Taking high-efficiency and low-emission fuel cell vehicles as the research object, fuzzy control is used to manage the energy distribution of fuel cell hybrid vehicles in real time, ensuring the charging and discharging capabilities of the power battery under the conditions of power follow-up, so as to improve fuel economy.