Energy efficiency monitoring system

Abstract

The invention discloses an energy efficiency monitoring system. The system comprises at least one energy consumption meter, a cloud server and an energy efficiency monitoring platform; the energy consumption meter collects energy consumption data of energy devices of an energy consumption system; the cloud server obtains and stores the collected energy consumption data of energy devices, and analyzes and outputs an energy-efficiency operation optimized scheme; the energy efficiency monitoring platform monitors real-time operation states of the energy devices; and carries out optimized control on the energy devices; and the energy consumption meter is connected with the cloud server in a wired or wireless communication manner, and the cloud server is connected with the energy efficiency monitoring platform. The system can present the operation states as well as data including real-time operation parameters and energy efficiency of the energy devices, it is ensured that a user can master the normal operation states of the devices, the energy devices can be controlled in an optimized way, energy utilization can use a highest utilization rate easily, and the system can be widely applied to the energy monitoring industry.

Description

technical field [0001] The invention relates to the field of energy efficiency monitoring, in particular to an energy efficiency monitoring system. Background technique [0002] The ultimate goal of implementing the energy efficiency management system is to save and improve the energy consumption of existing systems through intelligent system integration. At present, the state strongly supports energy conservation, and many enterprises have begun to achieve rational and optimal utilization of resources from energy efficiency management. For example, the Schneider Cloud Energy Efficiency Energy Management Platform has functions such as comprehensive management of electricity, water, heat, gas and other energy media in the energy management system, display of sub-item energy consumption and industry benchmarking, analysis of equipment energy consumption, and mining of energy-saving potential. Detailed monitoring and analysis of equipment in a certain industry does not better ...

AI Technical Summary

Problems solved by technology

[0003] There are two main types of existing energy efficiency monitoring platforms: 1. Schneider Cloud Energy Efficiency Energy Management Platform, which has comprehensive management of various energy media such as electricity, water, heat, and gas in the energy management system, sub-item energy consumption display and industry benchmarking, and equipment Energy consumption analysis, energy saving potential mining and other functions, like the Schneider Cloud Energy Efficiency Energy Management Platform, integrates the monitoring of water, electricity, gas, heat and other aspects of large buildings, small equipment, etc. The disadvantage is that the monitoring range of the platform is wide 1. There are many functions, easy to operate, and insufficient grasp of details. There is no detailed monitoring and analysis of equipment in a certain industry, and the data mining of the best energy efficiency period is not better displayed; 2. For a certain type of equipment The energy efficiency monitoring platform, this energy efficiency monitoring platform can realize detailed monitoring and analysis of energy efficiency of a certain industry or equipment, the disadvantage is that the applicability of reuse to other industries is too low

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