Digital urban energy refined service system

Abstract

The invention provides a digital urban energy refined service system. The digital urban energy refined service system comprises a signal processing unit, an an-site work station, a controller and issuing system, wherein the on-site work station is connected with the signal processing unit by network signals, the controller is connected with the on-site work station by signals and used for controlling the energy consumption of a served terminal, and the issuing system is connected with the signal processing unit by signals and used for issuing the digital processing result, the controller is connected with an illuminating system and an equipment system of the served terminal by signals, the on-site work station comprises an acquirer for acquiring the energy consumption information of mechanisms or buildings of the served terminal, a user control side is connected with the signal processing unit by signals, and a remote access terminal is in signal connection with the signal processing unit via the Internet. The digital urban energy refined service system realizes mass acquisition, mass access, online modeling, online energy saving, real-time control and real-time estimation on the building energy consumption information, remedies a domestic blank of the shortage of energy consumption evaluation systems, thereby being an intelligent scheme for building energy-saving equipment control.

Description

technical field [0001] The invention relates to the technical field of energy management, in particular to a refined digital city energy service system. Background technique [0002] Building energy conservation specifically refers to the implementation of energy-saving standards during the planning, design, new construction (reconstruction, expansion), renovation and use of buildings, and the adoption of energy-saving technologies, processes, equipment, materials and products to improve thermal insulation performance and heating. Improve the efficiency of heating, air-conditioning, cooling and heating systems, strengthen the operation and management of building energy systems, use renewable energy, and reduce the cost of heating, air-conditioning, cooling and heating, lighting, and hot water supply on the premise of ensuring the quality of the indoor thermal environment. energy consumption. [0003] The current building energy conservation has many unreasonable and imperfe...

AI Technical Summary

Problems solved by technology

[0005]Traditional building energy saving is only based on the automatic control of indoor temperature collection, without quantitative collection of the human body as an important heat source, and the retention and departure of people, the large number of people Ratio is an important factor in determining building energy consumption. Simply relying on indoor temperature to implement control is a deficiency of traditional energy-saving control schemes, which greatly reduces the energy-saving effect

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