现代电力

Since its founding in 1984, Modern Electric Power has become a journal with significant influence in the field of power academics. It has been recognized as a national Chinese core journal, a Chinese science and technology core journal, an RCCSE core journal, and an excellent science and technology journal for Chinese universities. The journal is supervised by the Ministry of Education of the People's Republic of China and sponsored by North China Electric Power University. It focuses on modern power and integrated energy technology, and serves new energy power system units and engineering and technical personnel such as universities, power grid companies, power generation companies, design institutes, research institutes, and new technology companies. The journal keeps pace with the development of modern power technology, while looking to the future, with special attention to clean energy, renewable energy, comprehensive energy utilization and its grid-connected technology. The journal has multiple permanent columns, including special articles, expert forums, smart grids, energy Internet, new energy power systems, power markets, distribution networks and distributed energy, energy storage, key technologies for electric vehicles, information and communication technologies, power equipment manufacturing technologies, intelligent sensing and measurement technologies, efficient, clean and low-carbon thermal power generation, power artificial intelligence and advanced computing technologies, basic theories of power systems, etc., covering all aspects of the power industry and providing a high-quality academic exchange platform for the development of power science and technology.

《现代电力》期刊自1984年创刊以来，已经成为一本在电力学术领域具有重要影响力的期刊。它被认定为全国中文核心期刊、中国科技核心期刊、RCCSE核心期刊以及中国高校优秀科技期刊。该期刊由中华人民共和国教育部主管，华北电力大学主办，主要关注现代电力和综合能源技术，服务于高校、电网企业、发电公司、设计院、研究院以及新技术公司等新能源电力系统单位和工程技术人员。在2022年版《中国科技期刊引证报告》（核心版）中，该期刊在学科排名中位列第18位。 《现代电力》紧跟现代电力技术发展的步伐，同时着眼于未来，特别关注清洁能源、可再生能源、能源综合利用及其并网技术。期刊设有多个常设栏目，包括特约专稿、专家论坛、智能电网、能源互联网、新能源电力系统、电力市场、配电网与分布式能源、储能、电动汽车关键技术、信息通信技术、电力装备制造技术、智能传感与量测技术、高效清洁低碳火力发电、电力人工智能和先进计算技术、电力系统基础理论等，全面覆盖电力行业的各个方面，为电力科技的发展提供了一个高质量的学术交流平台。