Design of Wind Power Grid Connected Energy Storage Cluster Control Algorithm based on Virtual Simulation

As the installed capacity continues to increase, the penetration rate of wind power continues to increase, and its strong volatility and high uncertainty have an increasing impact on the adequacy and safety stability of power supply in the power system. Therefore, the potential issues of grid voltage quality degradation, system inertia loss, and frequency stability reduction that may arise after large-scale wind power integration have increasingly become important factors limiting the development of wind power. In this regard, this article designs a control algorithm for wind power grid connected energy storage clusters based on virtual simulation. The final experimental results show that when the Unit cost of energy storage decreases, the energy storage configuration can be increased as the main force of frequency modulation, and the reserve capacity of wind power can be appropriately reduced; When the cost of energy storage capacity increases, the wind power becomes the main force of frequency regulation due to a high proportion of reserve, and the capacity configuration is appropriately reduced at this time. So, reflecting the spatial and environmental changes of objects in a real form is based on simulation and simulation, so simulation technology can also achieve and predict the movement and changes of things in the actual environment based on the simulation environment.