Intelligent micro-grid control system and intelligent power consumption management method

Abstract

The invention discloses an intelligent micro-grid control system and an intelligent power consumption management method. The system comprises: a controller, a plurality of loop monitoring auxiliary machines, a server, an ammeter and a cell. The loop monitoring auxiliary machines respectively monitor each energy consumption equipment and read energy consumption data of the equipment loop. The controller controls a plurality of the loop monitoring auxiliary machines and transmits an energy consumption equipment running state obtained by the loop monitoring auxiliary machines and an energy consumption read value through the server. A user can read the data on a cloud platform through a computer or a mobile phone and carry out monitoring and management. When the energy consumption of the energy consumption equipment generates overload or abnormity, a warning message can be emitted so as to notify the user. Therefore, the user can grasp an abnormity state of energy consumption safety. The system possesses functions of energy consumption safety, energy consumption overload warning and energy consumption abnormity warning. Besides, a cloud service function is possessed. The running state data of each energy consumption facility can be transmitted to the cloud server. The user can remotely control the running and usage of the each energy consumption facility through an internet-connected device. The intelligent management can be realized.

Description

technical field [0001] The invention relates to a power system, in particular to an intelligent micro-grid management and control system and an intelligent power consumption management method. Background technique [0002] The traditional switchboard is usually a configuration facility that controls the circuit switches of a single type of equipment. It concentrates the switches of the power circuit in one box to make a shunt, and forms a short-circuit protection function when the power consumption is overloaded. Since most of its centralized configurations are devices with the same function, it can only control the switching lines of the same type of electrical appliances or energy-consuming facilities, without further extending other technologies and functions other than electric power. Functionally weaker. [0003] However, the non-fuse switch used in the traditional switchboard does not collect power consumption information, so it usually trips the circuit breaker in th...

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Problems solved by technology

Also because it is only used as a network connection for power supply, transmission and distribution, its internal structure only deals with functions related to power transmission, and cannot perform more subtle performance in terms of power consumption, nor can it improve the efficiency of other energy consumption do play

[0008] However, traditional switchboards, electricity meters or power grids hardly have cloud functions, and subsequent maintenance and upgrade costs are high and difficult, and it is also impossible to develop innovative applications for various networked electricity consumption. This is another deficiency.

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