Energy consumption monitoring and analysis system scheme

brief introduction:

The energy consumption monitoring and analysis system is a software developed for the analysis and management of plant energy consumption, which provides accurate data support for users to further ene...

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Industrial production accounts for a large proportion of energy consumption. The factory occupies a large area, consumes energy for a long time, and has a wide range of energy consuming equipment. The traditional manual way of measuring various types of factory energy consumption results in incomplete, inaccurate, and incomplete energy consumption data, which makes it impossible to analyze and diagnose energy consumption, resulting in incomplete measurement, inadequate management, and high energy consumption, There is no effective means to control the energy consumption of various equipment, so there is a waste of energy.


The diffuse energy consumption monitoring and analysis system collects the energy consumption and operation information of a single energy consumption monitoring point (power transformation and distribution, equipment use list, lighting, air conditioning, water supply and drainage, hot water unit and key equipment) through the MTB469-0-0A LoRa wireless communication base station, forms the classification, sub item and regional statistical analysis of energy consumption, and uniformly schedules energy, optimizes the energy medium balance, reduces the emission of polluting gases, and improves the quality of environmental protection It plays an important role in reducing the comprehensive energy consumption of enterprises and improving labor productivity, helping customers to use energy more effectively, so as to achieve "energy conservation management and green energy efficiency", realize the transformation of energy management from extensive to lean, and the transformation of production management from empirical to fine scheduling, ensure the optimal allocation and supply of energy consumption in the production process, and achieve the goal of improving the efficiency of comprehensive energy utilization.


1、 System composition

2、 Scenario Application


3、 System functions


4、 Application value

5、 System interface

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