Dynamic Economic Dispatching Considering Time-Coupling Spinning Reserve Response Risk with High Penetration of Wind Power

Aiming at the problem that current dynamic economic dispatch (DED) fails to consider response risk of spinning reserve caused by fluctuation and uncertainty wind power, we work out a DED considering time-coupling while stochasticity variability arising from RESs are taken into consideration. The developed framwork unified forced shutdown unit time coupling. expected customer interruption cost (ECOST) abandoned this added objective function. While seeking minimum function, system is automatically configured with suitable ensure consistency system’s in each period. An improved multi-universe parallel quantum genetic algorithm was used solve model. Numerical examples analysis prove effectiveness feasibility proposed method.