Aiming at the problem of an inadequate consideration and application of newly generated charging requests in subsequent periods, this paper proposes an ordered charging strategy accounting the compensation of predicted charging requests for the residential charging behaviors. At the end of each control periods evenly divided, the strategy corrects the predicted results of newly generated charging request of the current control time period, which is conducted in the former control time periods, and utilizes the predicted charging requests to compensate the newly added electric vehicles waiting for charging in each control time periods following the current control time period, which improves the application effect of predicted results of charging requests effectively. On this basis, the paper establishes an ordered charging control model aimed at minimizing the load fluctuations. Numerous example analyses and results show that the strategy can obtain very good implementation effects, and thus own great application prospects.