Carbon Reduction Analysis based on the Whole Life Cycle of Public Buildings: A Case Study of a Commercial Building in Tangshan

Huan Liu; Danxiang Ma

doi:10.54691/w4gwep59

Authors

Huan Liu
Danxiang Ma

DOI:

https://doi.org/10.54691/w4gwep59

Keywords:

Public Buildings; Carbon Emissions; Carbon Reduction Analysis.

Abstract

Against the backdrop of low-carbon policies, taking a commercial building in Tangshan as an example, a 3D model was established using BIM technology. Relying on the Glodon software platform and performance analysis platform, the carbon emission accounting of this single building was completed, and carbon reduction optimization schemes were proposed with analysis on emission reduction effects. The research results show that digital technologies such as the Glodon Building Performance Analysis Platform and Carbon Emission Measurement Cloud Platform have significant advantages in building carbon emission calculation and emission reduction scheme optimization, which can provide data support for energy conservation and carbon reduction in the construction sector.

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