Intelligent building energy source epcglobal network and integration method thereof

Abstract

The invention discloses an intelligent building energy source epcglobal network and an integration method of the intelligent building energy source epcglobal network. The intelligent building energy source epcglobal network comprises a distributed energy source production subsystem, an energy storage subsystem, a building terminal energy source application subsystem, an energy source transmission and distribution subsystem and an intelligent energy source service subsystem, wherein the distributed energy source production subsystem is used for producing needed cold-and-thermal electric energy, and conveys the cold-and-thermal electric energy to the energy storage subsystem through the energy source transmission and distribution subsystem, the energy storage subsystem carries out storage and optimal configuration on the energy sources according to monitoring and feedback of the intelligent energy source service subsystem to the building terminal energy source application subsystem, then the cold-and-thermal electric energy is conveyed to the building terminal energy source application subsystem, and the intelligent energy source service subsystem carries out collection, input, output, regulation and control on energy consumption signals in the whole process, and finally enables the amount of the cold-and-thermal electric energy source produced by the distributed energy source production subsystem to be matched with the requirement of the building terminal energy source application subsystem, and optimized operation of the intelligent building energy source epcglobal network is achieved.

Description

technical field [0001] The invention relates to the field of energy technology, in particular to an intelligent building energy Internet of Things and an integration method thereof. Background technique [0002] Distributed energy is the latest development direction of the world's energy, which has attracted more attention and research, but there are still some shackles in its development, namely: the disconnection between the energy supply system and the energy consumption system has brought about a reduction in total energy efficiency. Research results at home and abroad have found that most of the distributed energy systems currently serve buildings, and buildings are often operated with variable loads, and the mechanical connection between the two will directly lead to a change in the energy supply system. When the distributed energy system operates under variable conditions, the efficiency is greatly reduced, which seriously affects the original high energy efficiency a...

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Problems solved by technology

[0007] In order to overcome the difficulties in the overall structure of the country's smart energy network, the purpose of this invention is to propose a distributed energy system-based smart building energy Internet of Things and its integration method based on a city or urban agglomeration to solve t

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