Power demand side monitoring system and monitoring method

Abstract

The invention discloses a power demand side monitoring system and method. A cloud computing technology is used, power consumption information forms a large power information resource pool, the power load is accurately predicted, the energy-saving potential is accurately mined, and a powerful guarantee is provided for reasonable, ordered, high-efficiency and safe power utilization, so that the aim of continuously utilizing the power is fulfilled. The system comprises a user layer, a data layer, a service layer and a monitoring layer, wherein the user layer is used for dividing the energy-saving method of the whole distribution system according to the industry difference; the data layer is used for acquiring power user data of the user layer by employing an intelligent load control terminal; the service layer is used for processing the data acquired from the data layer by employing the cloud computing and big data technology; and the monitoring layer is connected to the cloud of the service layer and is used for monitoring a power load in real time, counting the power consumption, checking and managing the power service condition and checking the energy-saving potential, so that the service type of the energy-saving equipment is determined.

Description

technical field [0001] The invention relates to a power demand side monitoring system, in particular to a power demand side monitoring system and a monitoring method. Background technique [0002] With the rapid development of the economy, the power consumption of the primary, secondary and tertiary industries has increased year by year, especially the residential power consumption has increased sharply year by year, and the contradiction between power supply and demand has become more prominent. In some areas, electricity has become the main constraint of economic development. The power load gap is large, and the peak-to-valley difference increases. When the load rate decreases, the utilization rate of power generation equipment is low, the coal consumption rate of power generation is greatly increased, the cost of power production is increased, and it is very difficult to adjust the peak of the power grid. [0003] The power problem in our country is already very serious...

AI Technical Summary

Problems solved by technology

[0013] 1) It is only used for residential users and communities, and the application industry is very narrow;

[0014] 2) Both the power grid management center and the government supervision center need a fixed IP, which increases the operating cost of the system and the communication method is not flexible enough;

[0015] 3) The public network is used for communication, and the security is low. If a hacker attacks the power network, it will cause a major safety accident;

[0016] 4) Using the user's power server, there is little power consumption information recorded, and there are few power parameters. The consequence of this communication method is that when the server fails, the entire system will be paralyzed, and the system stability and robustness are very low;

[0017] 5) Generally, it simply monitors power parameters and sends out alarm information, and the function is too simple;

[0018] 6) Use the relay concentrator to send the parameters of each detector, the structure and function are too simple

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