China Coal Science & Technology Clean Energy Co. , LTD.

探讨在碳减排的压力下,如何实现煤化工与新能源之间的有效融合与协同发展。首先,详细阐述了现代煤化工与新能源耦合发展的必要性,强调其在推动可持续发展方面的关键作用。其次,从技术、经济和环保3个层面论证了这两者耦合发展的可行性,突显其潜在的协同效益。再次,深入分析在耦合发展过程中可能遇到的问题和挑战,为未来研究和实践提供了有益的参考。最后,提出现代煤化工与新能源耦合发展的具体实现路径,并为克服协同发展过程中的难点提供了对策建议。

This paper explores how to achieve effective integration and synergistic development between the two under the pressure ofcarbon emission reduction. Firstly, the necessity of the coupling development of the modern coal chemical industry and new energy iselaborated in detail, emphasizing its key role in promoting sustainable development. Secondly, the feasibility of the coupled development ofthe two is demonstrated from the technical, economic, and environmental levels, highlighting their potential synergistic benefits. Again,the problems and challenges that may be encountered in the process of coupled development are analyzed in depth, providing usefulreferences for future research and practice. Finally, this study proposes a specific realization path for the coupling development of themodern coal chemical industry and new energy and provides corresponding countermeasure suggestions to overcome the difficulties insynergistic development.

0 引言
1 现代煤化工与新能源耦合发展的必要性和可行性分析
1.1 现代煤化工与新能源耦合发展的必要性
1.1.1 现代煤化工与新能源耦合发展可以显著降低碳排放
1.1.2 现代煤化工与新能源耦合发展能够降低能源体系的经济成本
1.2 现代煤化工与新能源耦合发展的可行性
1.2.1 技术性分析
1.2.2 经济性分析
1.2.3 环保性分析
2 现代煤化工与新能源耦合发展的问题和挑战
2.1 新能源的不稳定性和间歇性赋予现代煤化工生产不确定性
2.2 技术集成和系统优化面临复杂性和技术瓶颈
2.3 投资与成本的双重压力在耦合发展中显著体现
3 现代煤化工与新能源耦合发展路径分析
3.1 现代煤化工与电力系统中IGCC技术的调峰运行实现
3.2 新能源替代煤化工高碳能源,实现能源结构绿色升级
3.3 推动现代煤化工与氢能产业链的深度耦合
3.4 促进现代煤化工与新能源产业协同发展,构筑综合能源系统
4 结论与建议
4.1 结论
4.2 建议
4.2.1 构建绿氨多能耦合稳定电源系统
4.2.2 多层次、多角度协同努力,实现经济效益和技术创新双赢
4.2.3 发挥氢能储能在现代煤化工耦合新能源发展的纽带作用