New energy efficient access timing control based on reduction and weighted optimal hierarchical clustering

Abstract During the development and utilization of new energy, the transient abnormal characteristics of power grid control mode switching are multi-terminal. In order to realize efficient access to new energy, the time sequence control method of efficient access of new energy is studied by combining reduction and weighted optimal hierarchical clustering algorithm with convergence effect as the starting point. Under the coupling structure of reduction and weighted optimal hierarchical clustering, the objective function of new energy efficient access timing control is constructed, the constraint conditions are set, and the timing current of new energy efficient access is calculated. According to the calculation results, the timing control interval of new energy efficient access is divided, and the objective function is solved, thus realizing the timing control of new energy efficient access. The experimental results show that this method has a stable and efficient access timing control effect, good convergence effect, and fast speed.