Abstract
After a large number of distributed generation (DG) access to the distribution network, it will have a great impact on the static voltage stability of the distribution network. How to effectively reduce the impact of distributed power supply on the distribution network voltage after grid connection has become an urgent problem to be solved. Based on the IEEE33 node distribution network and Matlab simulation software platform, the distributed power supply to the distribution network is studied through multi-angle analysis of access location, access quantity, output capacity, power factor, permeability and network loss. The effect of voltage distribution. The results show that only by properly configuring the distributed power supply can the node voltage of the distribution network be effectively improved.
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