An AC-DC hybrid micro grid real-time economic scheduling method based on stored electricity value evaluation comprises the following steps: first, putting forward a concept of stored electricity value in an AC-DC hybrid micro grid as well as an evaluation model thereof; on the basis, building an AC-DC hybrid micro grid real-time economic scheduling model in each period of time in a hour-level day, wherein the model decouples the behavior of energy storage in time through a stored electricity value model so stored energy and controllable micro source cost can be considered from the same point of view; and second, at a five-minutes time scale in each period of time and on the basis of a planned operation scheme of real-time economic scheduling, building an AC-DC hybrid micro grid real-time unbalanced power adjustment model based on the stored electricity value model. The subjectivity of energy storage behavior strategy making in AC-DC hybrid micro grid real-time economic scheduling can be eliminated to the maximum, so that the method is closer to the optimal solution.