This paper analyzes the typical daily load of a campus micro-grid laboratory. In order to solve the problem of excessive peak-valley difference caused by peak load in the laboratory, and transformer overload and loss increase caused by unbalanced energy consumption between distribution rooms, back-to-back DC transmission system is introduced to establish the circulation medium of exchange power on high load rate lines and low load rate lines, and photovoltaic cells and battery energy storage system are introduced to establish a multi-objective optimization model, The multi-objective particle swarm optimization algorithm is used to solve the problem, which can effectively reduce the problem of overload and loss of transformer caused by the peak load in the laboratory and the imbalance of energy consumption between distribution rooms.
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