Industrial energy management system based on cloud data

Abstract

The invention discloses an industrial energy management system based on cloud data. The system comprises a user terminal, an energy management platform, a cloud data platform, a data forwarding terminal and an industrial energy data source, and the user terminal, the energy management platform, the cloud data platform, the data forwarding terminal and the industrial energy data source are in communication connection in sequence to realize data transmission. According to the invention, a plurality of industrial energy projects can be managed, so that the problem of repeated investment of industrial energy project management software is solved; through the characteristics of cloud intranet address and high access speed, the problems of south-north interconnection and overseas and domestic interconnection networks are solved; data standards are unified, traditional single-dimensional data analysis is broken through, and the industrial energy management level is promoted comprehensively from multiple angles; through the system, a novel service mode that experts and specially-assigned persons guide operation can be established.

Description

technical field [0001] The present invention relates to the technical field of management systems, in particular to an industrial energy management system based on cloud data. Background technique [0002] Industrial energy utilization technology is developing rapidly, new construction, reconstruction and expansion of industrial energy conservation projects are springing up like mushrooms, and business models such as EMC, BOOT, and financial leasing have greatly enhanced the promotion of "industrial energy utilization". But what comes with it is the difficulty in operation management, the accuracy, real-time and sharing of operation data, and the centralized management cannot be realized in the face of a large amount of industrial data distributed in different places. In order to meet the comprehensive management problems brought about by the increasing demand for industrial energy utilization, it is necessary to establish a cloud data management system that can realize indu...

AI Technical Summary

Problems solved by technology

Self-energy efficiency can only be counted, calculated and analyzed through its own energy consumption, but part of the work of energy-saving management in this way is repetitive. The energy conversion rate index of a waste heat power station is tabulated, and each waste heat power station This work is repeated, and the calculation work is repeated every day, and the defect of the management model causes the accuracy of the data to be guaranteed; the real-time performance of the data in the busy work of the waste heat power station is affected by the nature of the work. Influences, such as overhaul and other work often delay the filling of data; when facing EMC owners, there are often differences in profit distribution due to inaccurate data sharing

Therefore, there is still a lot of room for improvement in the existing industrial energy management.

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