Abstract
A large number of Distributed Generation (DG) access to the distribution network, which changes the power flow distribution of the distribution network, and the randomness of distributed generation and electric vehicle load also brings new problems to the network reconfiguration of the power grid. Aiming at the influence of distributed generation and electric vehicle access on distribution network, this paper aims at reducing node voltage deviation and active power loss, and introduces the optimal concept, using Multi-Objective Genetic Algorithm ( MOGA ) to reconstruct the distribution network. The IEEE33 node example is calculated and analyzed. The results show that this method can obtain a network structure with better steady-state economic operation capability and safe power supply capability.
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