Building energy internet intelligent operation cloud operation system

Abstract

The invention provides a building energy internet intelligent operation cloud operation system comprising a data acquisition module which acquires energy data through multilayer heterogeneous Internetof Things and outputs the energy data; an edge terminal module used for receiving the energy data, processing the data, uploading the data to the cloud platform, and receiving a control strategy issued by the cloud platform; a cloud platform connected with the data acquisition module through the energy information switch and is used for receiving and processing the energy data to obtain a controlstrategy and outputting the control strategy; and a controller module which receives the control information and performs control operation. The system has the advantages that the cloud platform andthe Internet of Things technology serve as the core, intelligent brain and acute nerves are built for an energy system in a building, existing energy equipment is fully utilized, only a small number of Internet of Things devices are installed in a lossless mode, and the purposes of safety and energy saving are achieved at the lowest cost.

Description

technical field [0001] The invention relates to the technical field of building energy trading, in particular to a building energy Internet intelligent operation cloud operating system. Background technique [0002] With the rapid development of information technology and energy technology, "Internet + smart energy" represented by 5G, big data, cloud platform, artificial intelligence, Internet of Things, distributed energy, energy storage technology, energy Internet, and self-energy The building energy industry is blowing a spring breeze, and the traditional building energy system is empowered and rebuilt with a new concept and structure, bringing a new energy consumption that is safe, stable, efficient, green, energy-saving, balanced, autonomous, convenient and intelligent. experience. [0003] Case 1 of the prior art: a building energy management method based on a physical network. The physical network-based building energy management system includes: an energy supply mo...

AI Technical Summary

Problems solved by technology

[0005] Disadvantages of existing technologies: Energy Internet is a brand-new connection form of energy interconnection, and existing technologies are mainly oriented to traditional energy systems, which cannot fully meet the business needs of Energy Internet

Existing energy management systems are mostly based on remote systems or cloud platform technologies, and the edge side capabilities are insufficient. Due to the complexity of building energy scenarios, if only the architecture based on remote systems or cloud platforms is used, local data collection and control capabilities are insufficient, and it is impossible to Timely handling of emergencies

The building energy system has been in a state of extensive operation for a long time. The existing power distribution or air conditioning operation and maintenance mainly rely on manual inspection or simple system management. The workload is heavy and the degree of automation is low. The coordinated operation of the energy system is optimized and coordinated, resulting in low equipment operation efficiency, high energy consumption, and failure to realize the comprehensive adjustment and cascade utilization of multi-energy species in the building

Did not comprehensively consider the economic indicators of energy use, did not fully consider the issue of reducing energy costs

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