Electrical early warning intelligent power utilization method and system based on energy internet, and medium

Abstract

The invention discloses an electrical early warning intelligent power utilization method and system based on an energy internet, and a medium. The method comprises the following steps: pre-defining each project set; configuring a plurality of detectors in each item set; enabling a monitoring cloud platform to summarize the alarm records of each item set to generate an early warning record; when the abnormity is confirmed, enabling the monitoring cloud platform to generate an alarm record; enabling the user side to perform alarm processing after receiving the alarm record; and formulating a statistical report of the plurality of item sets. The method has the functions of state monitoring, trend prediction and electric power early warning, specific early warning can be performed on a specific project, early warning calculation is only summarized and analyzed on historical data, so that possible electric power faults of the project are predicted and early warned, the whole early warning calculation does not need to consume a large amount of resources, and the cost is reduced. The method has no high requirements on calculation speed and cost, can be suitable for most power monitoring scenes, and is easy to popularize, high in feasibility and wide in monitoring range.

Description

technical field [0001] The invention relates to the technical field of electrical early warning, in particular to a method, system and medium for intelligent electricity consumption of electrical early warning based on the Energy Internet. Background technique [0002] The electrical early warning monitoring system can accurately and continuously monitor the changes of leakage, temperature and other parameters in the electrical circuit around the clock. When an abnormality occurs in the line, it can quickly send out an alarm signal and accurately locate the fault point, and notify electrical professionals to timely investigate electrical fire hazards. Compared with the traditional technical means, the electrical early warning and monitoring system is indeed a great technological progress. However, the electrical early warning and monitoring system of the existing technology has a relatively single function, and most of them focus on state monitoring and alarm protection, lac...

AI Technical Summary

Problems solved by technology

Compared with the traditional technical means, the electrical early warning and monitoring system is indeed a great technological progress. However, the electrical early warning and monitoring system of the existing technology has a relatively single function, and most of them focus on state monitoring and alarm protection, lacking fault analysis, trend prediction and power consumption. The function of early warning, so it is impossible to carry out specific early warning for specific monitoring items; second, the early warning uses high-precision calculations, which leads to the consumption of a large amount of resources for the calculation of early warning, and high requirements for calculation speed and cost, so its use The occasions are relatively limited, which makes it difficult to further promote its use; the third is that the monitoring area is narrow, and most of them focus on the status monitoring of low-voltage equipment, lacking the status monitoring of high-voltage equipment

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