Equipment energy consumption management system for remote acquisition and regulation and control and control method thereof

Abstract

The invention relates to an equipment energy consumption management system for remote acquisition regulation and control and a control method thereof. The equipment energy consumption management system for remote acquisition regulation and control comprises front-end equipment, an energy consumption acquisition mechanism and a cloud service center. And the front-end equipment comprises a plurality of equipment of a plurality of energy-using clients. The energy consumption acquisition mechanism comprises a gateway detector for acquiring energy consumption information of front-end equipment, a transportation meter for acquiring lost energy of the transportation mechanism, and a leakage sensor for acquiring energy leakage of energy customers. The cloud service center comprises a shared data module, a private module and an analysis module, and the private module establishes a user independent file which is selectively disclosed by a customer. According to the equipment energy consumption management system for remote acquisition and regulation, the energy consumption information of the same equipment of the same user and the public energy consumption information of the same equipment of different users are compared by acquiring a plurality of pieces of equipment of a plurality of users, so that a relatively reliable autonomous regulation method can be obtained and fed back to the front-end equipment; and the energy consumption management efficiency is improved.

Description

technical field [0001] The invention relates to the field of energy consumption management, in particular to a device energy consumption management system for remote collection and control and a control method thereof. Background technique [0002] Implement fine measurement, real-time monitoring, intelligent processing and dynamic control of various energy consumption through the network to achieve the goal of refined management, which is called energy management system. With the continuous development of intelligent manufacturing of low-carbon green production, the use of energy management Systematic guiding energy saving and emission reduction has become an effective means. Industrial energy loss is mainly distributed in areas such as energy used by equipment, loss during transportation, and leakage during use. As long as the area with the most energy consumption is reduced and energy loss If the energy loss rate of the equipment with the highest rate is reduced, the effe...

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Problems solved by technology

[0003] However, the existing extensive energy consumption management methods and low-level technical means cannot effectively guide energy conservation and emission reduction work at all, resulting in incomplete energy consumption data, high energy consumption management costs, lack of energy consumption assessment mechanisms, and energy conservation. Many problems such as poor implementation of the scheme are difficult to solve, and most energy consumption management systems only conduct a separate comparison of the production equipment of a single energy-consuming customer, and then the engineering staff of the single energy-consuming customer conducts comparative analysis, which saves management costs. However, there are too many unstable factors and too few sources of analysis materials, which is not conducive to quickly reducing energy loss, leakage, and loss during transportation. Some energy management systems also use the Internet of Things to share equipment data of multiple energy-consuming customers to reduce energy consumption. Unstable factors can also learn from each other's strengths and weaknesses to make up for each other's strengths and weaknesses. However, companies that truly achieve energy conservation and emission reduction are unwilling to share all their data in order to protect their business secrets and maintain competitiveness. It is difficult to achieve better results in device data sharing

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