Research on Optimal Scheduling of Cross-Region Consumption of Wind Power

The rapid development of wind power has brought challenges in terms of consumption and scheduling. This article proposes a research method based on optimized scheduling to address the key issues of cross-region transmission and power consumption in the development process of wind power in China. Firstly, model the uncertainty of wind power output based on wind speed probability model and wind turbine output probability model; Then, an optimization scheduling model is constructed with the goal of minimizing the total system cost, combined with the layout design of wind power transmission channels, to enhance the regulation capability of the power system; Finally, taking the IEEE 39 node system as an example, the configuration effects of different external channel positions are compared and analyzed through simulation. The results show that reasonable planning of the layout of external transmission channels can significantly improve the level of wind power consumption and alleviate transmission pressure, providing theoretical support and empirical basis for cross-region transmission of wind power and optimization scheduling of large power grids.