Intelligent low-voltage power distribution management system

Abstract

The invention discloses an intelligent low-voltage power distribution management system. The intelligent low-voltage power distribution management system comprises a network layer, a station control layer and a field layer, wherein the network layer is provided with a remote monitoring center, a cloud service center and mobile terminal equipment; the mobile terminal equipment can be remotely or locally accessed into the system; the station control layer is provided with a managing main machine and a communication module which are connected with each other; the managing main machine is connected with a data server; the data server is connected with the remote monitoring center; the field layer is provided with N switch cabinets which are arranged in parallel along a field bus; the switch cabinets are internally provided with bus intermediate relays; a field branch line in each switch cabinet is connected with the field bus through the corresponding bus intermediate relay; each field branch line is connected with an execution module, a control module and an information acquisition module. With the adoption of the intelligent low-voltage power distribution management system, the requirements of local communication can be met and the requirements of remote management accessing can also be met; the system can be accessed from an appointed position and can also be accessed any time any where; the system is suitable for managing a small-size power distribution system and can also be suitable for managing a complicated power distribution system.

Description

technical field [0001] The invention relates to the technical field of low-voltage power distribution management systems, in particular to an intelligent low-voltage power distribution management system. Background technique [0002] Due to differences in regional economic development levels and different power distribution requirements of users, there are various types of low-voltage power distribution systems on the market. At present, most households and other small power distribution users mainly use completely manual and some basic power distribution switching devices without any automation function to complete the power distribution control system. Some low-voltage power distribution systems with the most basic automation and intelligent control functions are mainly used in small and medium-sized power distribution places such as higher-level residential houses, commercial houses, and industrial power distribution users. [0003] According to the different degrees of ...

AI Technical Summary

Problems solved by technology

In the current and future market conditions, power distribution systems are becoming more and more complex, especially for large data centers or building power distribution systems, the convenience of access directly affects the maintenance efficiency of the system, thereby affecting the system The continuity of power supply directly affects the economic interests of users

[0006] (2) The requirements for the amount of data required for remote control of the system management are not met

For these existing power distribution management systems, the amount of information that can only be pushed through the GPRS network is also very limited, and obviously the transmission bandwidth of the amount of data cannot be guaranteed

[0007] (3) The flexible configuration and upgrade requirements of the system cannot be met

There is a problem that all kinds of intelligent power distribution systems on the market cannot be customized for users

Although some systems are highly intelligent, their functions are complicated, the system is huge, and the cost is very high

When users apply these intelligent systems, they must purchase a complete set of systems to implement management, which makes some small power distribution users unable to bear the cost

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