（一）电气与能源装备技术方向

新型电力系统与智能电网

先进电气装备与智能化

电力储能与能源转换

电机与驱动系统

电力系统数字化与人工智能应用

（二）零碳与能源转型方向

零碳电力系统构建

可再生能源技术与应用（风电、光伏、氢能等）

能源效率与节能技术

低碳交通与电气化（电动汽车、充电设施等）

交通-能源融合相关技术政策与经济性分析（碳市场、能源政策）

（三）交叉与前沿方向

多能互补与综合能源系统

虚拟电厂

极端气候与电力系统韧性

新材料与颠覆性技术（超导、新型绝缘材料等）

能源大数据与区块链技术

未来电力系统安全与可靠性

(1) Electrical and Energy Equipment Technology 

- New Power Systems and Smart Grids  

- Advanced Electrical Equipment and Intelligentization  

- Power Storage and Energy Conversion  

- Electric Machines and Drive Systems  

- Digitalization of Power Systems and AI Applications  

(2) Zero-Carbon and Energy Transition 

- Construction of Zero-Carbon Power Systems  

- Renewable Energy Technologies and Applications (Wind, Solar, Hydrogen, etc.)  

- Energy Efficiency and Energy-Saving Technologies  

- Low-Carbon Transportation and Electrification (Electric Vehicles, Charging Infrastructure, etc.)  

- Integrated Technology Policies and Economic Analysis for Transportation-Energy Synergy (Carbon Markets, Energy Policies)  

(3) Interdisciplinary and Cutting-Edge 

- Multi-Energy Complementarity and Integrated Energy Systems  

- Virtual Power Plants  

- Extreme Climate and Power System Resilience  

- New Materials and Disruptive Technologies (Superconductors, Novel Insulating Materials, etc.)  

- Energy Big Data and Blockchain Technology  

- Future Power System Security and Reliability