To address the global challenge of climate change and achieve sustainable development,
decarbonizing the electric power system in China is considered the most imperative since …

Pressures to address climate change are eroding the privileged role coal has held in China
throughout its modernization. Phasing down coal requires a suite of supply‐and demand …

Temperature is a key factor affecting the CO 2 injection efficiency and CH 4 production
efficiency, so it is of great significance to clarify the evolution diagram of temperature change …

Induced innovation is a multi-faceted process characterized by interaction between demand-
pull forces, path-dependent self-reinforcing change, and the cost reduction of technology …

Coal power phase-out is critical for climate mitigation, yet it harms workers, companies, and
coal-dependent regions. We find that more than half of countries that pledge coal phase-out …

Safety risk and operational efficiency in sustainable coal supply was an issue in the coal
distribution supply chain. An online survey evaluating safety hazards, operational …

We measure the gains from phasing out coal as the average social cost of carbon times the
quantity of avoided emissions. By comparing the present value of benefits from avoided …

Juxtaposing China's current situation and policies toward coal and renewables at home and
abroad, we argue that China remains in a paradoxical state of carbon lock-in. We analyze …

Ensuring a swift transition from coal to clean energy is essential for capping global
temperature increases at 1.5° C, but it poses significant economic and social challenges in …

In the sustainable transition of the power system, China's resource distribution
characteristics lead to a distinct geographical separation between the main production and …