Building carbon real-time measurement system based on BIM and the internet of things

Abstract

The present invention relates to the technical field of carbon emission calculation, and discloses a building carbon real-time measurement system based on BIM and the Internet of Things, which comprises a multi-dimensional data acquisition module, a real-time carbon emission calculation module, a real-time carbon emission aggregation module, and an intelligent early warning module. The invention extracts real-time power consumption data, real-time fuel consumption data, real-time power generation data, and real-time personnel commuting data based on BIM and IoT to obtain real-time power carbon emission, real-time fuel carbon emission, and real-time commuting carbon emission, thereby increasing the aspects considered in building carbon emission, improving the accuracy of carbon emission calculation, obtaining the real-time total carbon emission based on the aggregation of real-time power, fuel, and commuting carbon emissions, predicting the real-time total carbon emission to obtain the predicted value of total carbon emission, realizing the prediction of future trends of carbon emission, and executing early warning based on the predicted value of total carbon emission, thus improving the timeliness of carbon emission early warning.