Compensation power distribution network based on storage battery stack

The utility model discloses a compensation power distribution network based on a storage battery stack, which is characterized by comprising a galvanic pile group, the galvanic pile group comprises a plurality of galvanic piles, any galvanic pile is electrically connected with one end of a branch box, and the other end of the branch box is connected with an external power grid; any two electric piles are connected with each other. And the power distribution compensation system comprises a microprocessor mounted on the electric pile group, and a detection module and a compensation module which are in communication connection with the microprocessor. Wherein the detection module acquires electric signal data of the electric pile group and an external power grid in real time and feeds back the electric signal data to the compensation module, and the compensation module processes the data fed back by the detection module, so that the microprocessor adjusts the electric pile group. According to the utility model,