Time sequence control of interactive load of non-invasive charging pile based on cyclic invariant extrapolation algorithm

In the operation process of non-invasive charging pile, considering historical load data as a non-linear time series will make the interactive load fluctuate greatly, and the timing control effect is not good, so the article proposes a non-invasive charging pile interactive load timing control method based on the cyclic invariant carry-over algorithm. Based on the loop invariant carryout algorithm, a non-intrusive charging pile interactive load timing control model is constructed. The constraints are established to calculate the value of the charge state each time the load timing control is engaged to reduce the interference of historical load data, the charging and discharging power of each time period is used as the base matrix of the algorithm, and the defined constraints are used as the conditions for selecting and screening the optimal decomposition in the iterative process, and the model is solved. The experimental results show that the proposed method has lower load fluctuation and more significant effect, and the control results obtained are consistent with the real labels, which has better control effect.