As the preeminent carbon emitter globally, China's endeavor to peak carbon emissions by
2030 is crucial for ecological preservation and sustainable development. The carbon …

The significant differences in the level of economic development, energy structure, and
natural resource endowments between provinces in China means that the development …

Due to a considerable imbalance in the levels of social and economic development and
urbanization in different regions of China, factors such as population, floor area, and …

All human beings contribute to climate change; however, their contributions are not equal.
Using China as an example, the core objective of this study is to explore the city-level …

Abstracts The building sector, which accounts for over 20% of China's total energy-related
carbon emissions, has great potential to reduce emissions and is critical to achieving …

In order to design an optimal carbon peak and carbon neutralization pathway for the high-
density building sector, a dynamic prediction model is established using system-dynamics …

Accurate prediction dramatically enhances the effectiveness of carbon emission control,
making it a valuable tool for achieving decarbonization goals. In this work, we propose a …

Household consumption carbon emissions (HCCEs) have become the main growth point of
China's carbon emissions in the future. It is important to investigate the factors affecting the …

The climatic conditions in different regions of China are complex and diverse, and the
characteristics of building energy consumption in different climatic regions are quite …

Medium-deep geothermal has large reserves, a high temperature, a high heat flow density,
and other characteristics, but the traditional medium-deep ground heat pump system have …