博文
RPG 2021 征文开始啦！你的论文摘要交了没？
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关于RPG
可再生能源发电（RPG）会议作为IET英国工程技术学会的系列性国际会议，轮流在欧洲和中国举行，已成功举办九届。2021年第十届会议将与华北电力大学联合于北京举办，时间拟定为2021年10月15-16日。
现面向全球火热征文中!
论文摘要截止日期：2021年3月22日
参会获益
1. RPG 2021 会议最佳论文有机会推荐至IET开放获取期刊Renewable Power Generation （RPG）经过扩充审核通过后进行出版（APC费用另付）；
2. 成功采用的会议论文将进入会议论文集，发表在IET电子图书馆（IET Digital Library）上；
3. 成功采用的会议论文将进入IET Inspec，并向IEEE Xplore 和 Ei Compendex提交；
4. 与国内外专家学者交流最新思想与最新研究成果。
5. 拓展你的社交网络。
征文范围
RPG2021组委会欢迎在以下可再生能源发电领域的投稿。
征文具体信息如下，范围包括（但不限于）：
RPG Wind technology
Wind power plant design and wake
Wind power plant modelling, control and operation
Floating wind turbines
Foundations for offshore wind turbines
Offshore platforms and foundations for offshore transmission systems
Offshore cable systems for array and grid connection systems
Extending wind plant life
Operations and maintenance
Active and reactive power control for grid support
RPG PV system technology
Power conversion and grid interaction
MPPT algorithms
Integration of PV into buildings and infrastructure
O&M and condition monitoring
Lifetime and reliability, including ageing effect
RPG Other renewable energy sources
Geothermal power generation
Marine renewable energy (wave and tidal stream)
Solar thermal power generation
Hybrid systems combining multiple energy sources, with or without storage
Power generation from biomass
RPG Smart city
Design and operation of smart metering
AI application in renewable sources integration
IT security and automation systems in power systems
Design of Co-simulation in multi-domain analysis
Digitalised solutions for renewables integration
RPG Grid integration
Use of HVDC and DC distribution
Use of low-frequency transmission
Resiliency of grid with renewable energy sources
Renewable energy forecasting
Long-term infrastructure planning and investment
DC/DC conversion and integration of energy storage devices
Compliance with system security and quality standards
RPGTechnology, policy and market options for power system
Ancillary services market of renewable sources generation
Integration of power, gas, heat, water, etc.
Demand side management, energy storage integration and potential
Encouraging flexibility in generation and demand
Impact and new solutions for high penetration of renewable resources
Market support structures and the inclusion of energy storage
提交流程
1.访问在线提交系统
2.用您的电子邮箱地址注册
3.填写论文摘要信息
注：会议征集稿件需为全英文稿件。
重要日期
摘要截稿日期： | 2021年03月22日 | |
摘要接受通知日期： | 2021年04月19日 | |
论文全文截稿日期： | 2021年06月07日 | |
录用结果通知日期： | 2021年07月05日 | |
点击下方链接登录会议官网查看更多官网信息。
http://blog.sciencenet.cn/blog-822310-1267015.html
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