Abstract
With the introduction of a high proportion of new energy, the security and stability of the power system face enormous challenges. Against the backdrop of insufficient traditional flexible regulation resources, it is urgent to tap into the adjustable potential of load side rapid response resources. This article conducts a modeling of the dynamic response process of fast response load, and proposes a decentralized centralized control optimization model for fast response load in response to the demand of the power grid. Through simulation analysis of different examples, the optimization effect of this method on the load curve of the power system is obtained, achieving the suppression of new energy output fluctuations and the maintenance of real-time supply and demand balance in the power system.
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