Research on Optimization of Power Communication Network for Power Supply Companies Based on Internet of Things Technology
This paper uses the Internet of Things technology to optimize the power communication network of the power supply company and improve its stability,transmission efficiency and energy consumption management.In order to achieve this goal,strategies such as network topology optimization,node selection and deployment optimization,and energy consumption management optimization are adopted.In the experiment,a power communication network topology including multiple battery swap stations,transmission lines and distribution automation equipment was constructed by selecting typical power supply areas,and the advanced network reconstruction algorithm was applied for real-time monitoring and optimal recovery path calculation.The results show that the optimized network topology shortens the average fault recovery time from 60 min to less than 15 min,and the average load ratio of the line is also effectively reduced.Through reasonable node selection and redundant protection configuration,the bandwidth requirements and latency requirements of each node are met,and data security is effectively improved.The implementation of the energy management optimization strategy has reduced the line loss by about 23%,and the energy consumption of the base station has also been significantly reduced.
Internet of Things technologypower communicationnetwork optimization
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