The research of declared primary frequency capacity and control strategy for electrical fused magnesium furnace load

Abstract As a potential control resource of the load side, fused magnesium can effectively make up for loss primary frequency modulation capacity system, in which conventional units are replaced by new energy sources. However, is closely related to operating condition and changes dynamically. It necessary accurately characterize its determine optimal declared participating service. According technical regulations service, basic principle presented, electric molten participates case lack large power. Considering risk reward punishment, reporting optimization model constructed. Taking year as time scale, stochastic production simulation method involving was proposed. characteristics, real-time strategy designed. Simulation examples show that proposed simulate process load, reasonably realize operation optimize considering risk.