Supply and demand collaborative operation optimization method and control device for building hydrogen-containing multi-energy system

The invention discloses a building hydrogen-containing multi-energy system supply and demand cooperative operation optimization method and a control device, and the optimization method comprises a day-ahead scheduling stage, an intra-day fine tuning stage, a strategy updating stage and an intra-day control stage. According to the method, a room thermal dynamic process is considered, a flow-based model is established and solved, the comfort requirement and the load requirement of a user are met by taking hydrogen energy as main energy, a method for quickly and finely adjusting an original scheduling strategy to adapt to real-time demand change is provided, and fluctuation caused by demand side uncertainty is reduced. 本发明公开了一种建筑含氢多能源系统供需协同运行优化方法及控制装置，所述优化方法包括日前调度阶段、日内微调阶段、策略更新阶段和日内控制阶段，结合需求侧人员行为对建筑电-热-冷需求的影响，考虑房间热动态过程建立基于流量的模型并求解，以氢能为主要能源来满足用户的舒适度要求与负载需求，并提出了一种对原有调度策略进行快速微调以适应实时需求变化的方法，减小了需求侧不确定性带来的波动。