Papers describing original work are invited in any of the areas listed below. Acceptance will be based on quality, relevance and originality. Both full research reports and work-in-progress reports are welcome. There will be both oral and poster sessions.
The scope of ICEEN covers the
following main topics, you can submit your paper in the
field of the below and related topics:
本次会议主要面向以下几个主题进行征稿，文章主题属于征稿范畴皆可投稿.
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AC/DC Power
Quality Active Distribution systems Artificial intelligence in predictive control frame. converter modelling, design and low-level control Cyber Security data analysis, artificial intelligence and communication Data Mining, Artificial Intelligence, Machine Learning Data-driven (modeless) predictive control techniques devices, components, packaging and system integration Digital Transformation of Power and Energy Systems Distributed Energy Resources Electric Vehicle Infrastructure Electrical Drives Electrical Engineering and its Interdisciplinary Electrical Equipment Electrical Machines & Drivers Electrical Network Electrical Technology and New Material Electromagnetic Design e-mobility Energy Internet & Energy Storage Energy Sources grids, smart grids, ac & dc High Voltage and Insulation Technology HVDC, FACTS, and High-Power Converters Implementation issues of MPC (e.g. FPGA, DSP, etc.) measurement, supervision and control for power converters Microgrids and Isolated Grids Motor and System Control New Energy & Renewable Energy New model predictive control (MPC) methods for electrical drives and power converters. power converters topologies Power Electronics power supplies and industry-specific applications Power System Automation Power System Protection and Wide Area Protection Power System Stability and Control Predictive control for power system, smart- and micro- grids, other energy conversion systems, etc. Real-Time Simulation renewable energy power systems Renewable Sources of Energy and Cogeneration Robust predictive control solutions. Smart Grids System Resilience Transactive Energy and Electricity Markets Transportation Electrification Ubiquitous Electric Internet of Thing Wireless Power Transmissions |
HVDC、FACTS和大功率变流器 MPC的实现问题（如FPGA、DSP等） 变频器建模、设计与低电平控制 电磁设计 电动汽车基础设施 电工技术与新材料 电机和驱动器 电机和系统控制 电力变换器的测量、监视和控制 电力传动和功率变换器的新模型预测控制（MPC）方法。 电力电子 电力和能源系统的数字化改造 电力系统、智能电网和微电网、其他能量转换系统等的预测控制。 电力系统保护与广域保护 电力系统稳定与控制 电力系统自动化 电气传动装置 电气工程及其交叉学科 电气设备 电气网络 电网、智能电网、交流和直流 电源和行业特定应用 电子交通 分布式能源 高压绝缘技术 功率变换器拓扑 交通电气化 交易性能源和电力市场 交直流电质量 可再生能源电力系统 可再生能源和热电联产 鲁棒预测控制解决方案。 能源 能源互联网与储能 设备、组件、包装和系统集成 实时仿真 数据分析、人工智能和通信 数据驱动（无模型）预测控制技术 数据挖掘，人工智能，机器学习 网络安全 微电网和孤立电网 无处不在的电子物联网 无线电力传输 系统弹性 新能源与可再生能源 有源配电系统 预测控制框架下的人工智能。 智能电网 |
Submission Methods
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1. Log in the Online Submission System to upload your paper |
| 2. You can also submit your paper to us via email iceen_secretary@young.ac.cn |