Coal is a crucial fossil fuel that plays a pivotal role in the global energy system, providing essential power for the rapid economic advancement of nations. However, it also gives rise to significant environmental challenges. Therefore, the development of efficient low-carbon power generation technology becomes imperative as a means to achieve near-zero emissions within the energy sector.
Renewable energy, particularly wind and solar power, exhibits intermittent and volatile characteristics. The current energy storage technology is still difficult to meet the energy storage demand at the grid level. As a result, coal-fired power generation remains necessary to handle peak load demand. Therefore, it is imperative to further explore the potential for energy conservation in existing coal-fired power plants and establish a multi-energy complementary power generation system based on coal-fired power generation.
In order to achieve near-zero emissions in the energy sector, it is imperative to focus on pioneering novel power generation cycles, conducting comprehensive exploration of new energy storage technologies suitable for grid-level applications, and dedicating efforts towards research and development of efficient and cost-effective carbon capture technologies.

煤炭是重要的化石燃料，在全球能源系统中发挥着至关重要的作用，为各国经济快速发展提供了必要的动力，但也导致了严重的环境问题，发展高效低碳发电技术是实现能源领域近零排放的必要手段。
以风、光为主的可再生能源具有间歇性强、波动性大的特点，目前的储能技术仍难以满足电网级的储能需求，仍需燃煤发电承担电力调峰需求。因此，需要进一步挖掘现有燃煤电厂的节能潜力，建立以燃煤发电为基础的多能互补发电系统。
为了实现能源领域的近零排放，必须重点开拓新型发电循环，全面探索适合电网级应用的新型储能技术，并开展高效、经济的碳捕获技术研发。

Topics of interest include but are not limited to：
1、 Energy saving technology of coal-fired power generation system 燃煤发电系统节能技术
2、 Complementary power generation between fossil and renewable energy sources 化石能源与可再生能源互补发电
3、 Novel power cycle/system 新型动力循环/系统
4、 The technology of energy storage at the grid level 电网级储能技术
5、 The technology of carbon capture and utilization 碳捕集及利用技术