EES2023 welcomes original and unpubliahed manuscripts. All manuscripts invited or contributed, will be reviewed by two or three experts from the committees. After a careful reviewing process, manuscripts should be submitted to journals which are EI compendex indexed. The journal will give final decision for the submitted manuscripts with review reports.
Including but not limited to the following topics:
包括但不限于以下主题：
| 01. Electrochemical Theory | 01. 电化学原理 |
| Chemical Power Source: Dry Cell/Battery/Fuel Cell Supercapacitors and batteries Corrosion Science and Technology Electrochemical surface treatment and machining Electrodeposition and electrolysis Electrocatalytic mechanism and in situ characterization Electrochemical measurement techniques and instruments Modelling and Simulation for Electrochemical Systems Dielectric science and technology | 化学电源：干电池/蓄电池/燃料电池 超级电容器与电池 腐蚀科学与技术 电化学表面处理与加工 电沉积与电解 电催化机理与原位表征 电化学测量技术与仪器 电化学系统的建模与仿真 电介质科学和技术 |
| 02. Energy Storage Technology | 02. 储能技术 |
Energy storage material Energy storage system Superconducting magnetic energy storage and power systems Mechanical energy storage pumped energy storage compressed air energy storage flywheel energy storage Electromagnetic energy storage superconducting energy storage capacitor energy storage supercapacitor energy storage Electrochemical energy storage lead-acid battery lithium-ion battery flow battery etc | 储能材料 储能系统 超导磁储能与电力系统 机械储能： 抽水储能 压缩空气储能 飞轮储能 电磁储能： 超导储能 电容储能 超级电容器储能 电化学储能： 铅酸电池 锂离子电池 液流电池等 |
| 03. Battery Technology | 03. 电池技术 |
Battery key components and supply technology Thermal runaway and thermal management of battery systems Battery design and safety evaluation Battery pack and management system development Batteries and energy storage systems Power batteries and new energy vehicles Advanced battery system Battery system modeling and control Battery reuse and recovery technology | 电池关键部件及供应技术 电池系统的热失控与热管理 电池设计与安全性评估 电池组及管理系统开发 电池与储能系统 动力电池与新能源汽车 先进的电池系统 电池系统建模与控制 电池再利用与回收技术 |