5G network-based power Internet-of-Things power distribution network system and interconnection method

Abstract

The invention belongs to the field of information physical systems, and particularly relates to an electric power Internet-of-Things power distribution network system based on a 5G network and an interconnection method. The method comprises the steps of firstly analyzing a power distribution network load, and establishing a power distribution network load analysis model; building a power distribution network comprehensive power flow analysis model by considering the energy router; and starting from a perception layer, a network layer, a platform layer and an application layer of power Internet-of-Things construction, integrating and applying a big data technology, and constructing a power Internet-of-Things power distribution network system. According to the power Internet-of-Things powerdistribution network system, sensing information is efficiently collected and intelligently fused through a sensing terminal, data transmission is conducted through a 5G communication network, data processing is conducted on a platform layer, and finally the data is transmitted to an application layer to be applied. The system comprises a power distribution network load analysis module, a power distribution network comprehensive power flow analysis module and an electric power Internet of Things. The energy router serves as core equipment, and has the advantages of being flexible, controllable, capable of achieving alternating-current and direct-current hybrid access and the like.

Description

technical field [0001] The invention belongs to the field of cyber-physical systems, and in particular relates to a 5G network-based power distribution network system and interconnection method. Background technique [0002] As the perception front end of user data, the smart distribution network plays an irreplaceable role in user data collection. At present, the State Grid Corporation has the largest grid scale in the world and has established a huge grid operation system. Such a huge amount of data cannot be transmitted and stored only by relying on the communication network in the existing power grid. At the same time, as more types of power sources and loads are connected to the power grid, the problems of insufficient information penetration and traceability caused by factors such as the format and structure of the generated data are becoming more and more obvious. With the deepening of power grid informatization and the increasing dependence of contemporary enterpri...

AI Technical Summary

Problems solved by technology

Such a huge amount of data cannot be transmitted and stored only by relying on the communication network in the existing power grid

At the same time, as more types of power sources and loads are connected to the power grid, the problems of insufficient information penetration and traceability caused by factors such as the format and structure of the generated data are becoming more and more obvious.

Images