Regional building energy consumption monitoring method

Abstract

The invention provides a regional building energy consumption detecting method, and discloses a method which simultaneously monitors indoor and outdoor environments, performs data grouping, and uses data interaction and graphic analysis to quickly analyze a time interval of the indoor energy consumption high point and an optimal energy consumption scheme in the outdoor environment state corresponding to the time interval. The regional building energy consumption detecting method is characterized by including outdoor terminals; the outdoor terminals are arranged outside the building curtain wall to detect the outdoor environment; data interaction is established among the outdoor terminals and a data processing device; the outdoor environment inspection information is temperature, humidity, and illuminance; indoor terminals are disposed at the locations where the building switch in the area can be observed; and the data interaction is established among the indoor terminals and the data processing device. The indoor terminals can be in one-to-one correspondence with the outdoor terminals by grouping the indoor terminals; and the time interval and environmental characteristics of the energy consumption unreasonable point can be quickly analyzed by using the data interaction and graphical analysis.

Description

Technical field [0001] The invention relates to a method for monitoring energy consumption of regional buildings and relates to a method for monitoring energy consumption of large buildings. Background technique [0002] There are two ways to define building energy consumption: building energy consumption in a broad sense refers to the energy consumption in the whole process from building material manufacturing, building construction, to building use; building energy consumption in a narrow sense, that is, the energy consumption of building operation, is the daily consumption of people. Energy, such as the energy consumption of heating, air conditioning, lighting, cooking, laundry, etc., is the dominant part of the building energy consumption. However, the current detection of building energy consumption mostly stays on the power consumption, which is relatively macroscopic, and there is no real-time collection of external environments to analyze the energy consumption of indoor ...

AI Technical Summary

Problems solved by technology

It is not conducive to timely analysis and adjustment of regional building energy consumption

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