Usually, previous studies on the future development pathway of coal power are based on
the economic models to provide the administrative pathways, or the coal-fired power plants …

While long-term coal transition is clear, the short and medium-term coal-fired power
development in China is more uncertain. Therefore, the development pathways of coal-fired …

In the context of carbon neutrality, China's power system is accelerating its transition from a
coal-based to a renewable-based system, and the positioning and synergies between coal …

Effective spatial planning is crucial for cost-effectively and sustainably developing biomass
energy resources due to the diffuse nature of biomass and high transportation cost. Using …

Power demand in China has increased rapidly in the past decade, and it is projected to grow
even further. To gain insights into how this demand growth could optimally be met …

Demand for electricity in China kept accelerating in recent years; moreover, there exist
serious mismatches among the distribution of power demand, energy resources, and power …

The low-carbon transition of power industry plays a vital role in China's energy system
revolution. Both policy support and cost reductions have greatly driven the development of …

The spatial resolution of energy system optimisation models (ESOMs) is often compromised
for computational performance. Reducing the spatial resolution impacts the least-cost …

In recent years, concerns regarding the environmental implications of the rising coal
demand have induced considerable efforts to generate long-term forecasts of China's …

A coal resource tax is a common policy tool for promoting rational exploitation and utilization
of resources. This study establishes a co-optimization model for both electricity and coal that …