A hierarchical system for energy consumption monitoring and information management

Abstract

In this paper, an energy consumption monitoring and information management system based on multi-level energy consumption model is developed. It is based on internet, wireless internet of things and communication technologies of the intelligent terminal such techniques. The system consists of energy usage equipment, monitoring and control layer, network and communication layer, intelligence management layer, analysis and decision-making layer and the end-users layer. Firstly, the swarm load characteristics are studied and multi-level energy consumption model has been built. Then based on the smart terminal measurement system, the whole network is established for measurement, collection, storage, analysis of the user information purpose. The communication between the intelligent terminals and control center can be achieved via the interface of the medium-connection system. So a multi-level energy monitoring and information management platform can be developed in order to master the production consumption dynamics and energy management decision for the management personnel. Based on the practical experiments, the results identified that the system data can be transmitted safely and reliably, and the energy consumption can be regulated scientifically with bright prospect.