Time-Sharing and Multi-Objective Optimal Response Strategy of Thermal Power Units Considering Wind Power Consumption

摘要

With the large-scale wind power integration, this paper presents a time-sharing and multi-objective optimal response strategy of thermal power units to improve the flexibility of units and wind power consumption. Taking 15 minutes as the time scale, this strategy revises the output curve of thermal power units according to ultra-short-time forecasts, conventional constraints of thermal power units, and different optimization objectives. The numerical results indicate that strategy ensures both the largest wind power consumption and the economy of thermal power units.