Electrification and power decarbonization are essential components of low-carbon energy
transition, however, the combined effects of these two factors on CO 2 emissions have not …

Logarithmic mean Divisia for index decomposition analysis (IDA-LMDI) has been applied to
evaluate the aggregate carbon emission intensity of electricity (ACI) evolution considering …

Carbon emissions from the electricity industry (CEEI) account for more than 40% of China's
total emissions. This paper examines the influential factors of China's CEEI at both national …

Effectively reducing transportation carbon emissions is greatly significant to achieve the
carbon peaking and neutral goals of China. On the basis of considering regional technology …

This study conducted a holistic lifecycle carbon footprint analysis of small-scale district
buildings in Guangzhou. Building energy system models were developed in TRNSYS …

A comprehensive understanding of the interdependence between China's economy and
carbon emissions can better serve China's transition towards a low-carbon economy, and …

Urban road transport is an important source of local pollution and carbon emissions.
Designing effective and fair policies tackling these externalities requires understanding who …

Exploring the factors driving sector-level carbon intensity change is important to inform
targeted emission reduction policies. This paper proposes an integrated decomposition …

As China's largest source of carbon emissions, the power sector's transition to lower levels
of carbon emission intensity is critical to achieving China's carbon emission (CE) reduction …

This paper constructs a spatial association network of carbon emissions from the electricity
sector in Chinese provinces by using an improved gravity model and the data on carbon …