2022 The 4th International Conference on Clean Energy and Electrical Systems will be held in Tokyo, Japan on April 2-4, 2022. CEES covers a broad range of clean energy and electrical systems topics, and it will continue the tradition of the past editions organized in Lille and Morocco. Clean energy, or green energy, refers to energy that does not emit pollutants and can be directly used in production and life. It includes nuclear energy and "renewable energy." With the continuous growth of energy demand and the increasing awareness of environmental protection in countries around the world, it is urgent and imperative to establish a clean energy innovation research and development, promotion and application system. Electricity will play a huge role in the development of clean energy. The future development trend of energy must be towards the direction of clean energy, and the ecological and economic benefits it brings will be immeasurable.
On the basis of it, the theme of CEES 2022 is bridging and connecting – across disciplines, practices, places and understandings. The most interesting things happen at edges and boundaries, and so the aim of the conference is to demonstrate and examine different approaches in innovative power and energy technology solutions. It features invited speakers as well as peer-reviewed paper presentations. The conference is completely open (one needs to register first), you will not have to be an author or a discussant to attend.
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. The scope of CEES2022 covers the below topics, but not limited.
1. Clean Energy
1.1 Renewable energy technologies and systems
1.2 Renewable energy storage technologies
1.3 Energy efficiency
1.4 Solar thermal energy
1.5 Solar desalination
1.6 Solar energy materials
1.7 Photovoltaic
1.8 Wind energy technologies
1.9 Economic viability of renewable energy systems
1.10 Hydrogen energy production
1.11 Hydrogen energy storage
1.12 Fuel cells
1.13 Hydrogen economy
1.14 Biomass and biofuels
1.15 Waste-to-energy
1.16 Nuclear energy
1.17 Multi-generation systems
1.18 Exergetic and exergoeconomic analyses
1.19 Energy management and policy
1.20 Smart grids
1.21 Control systems for energy management
1.22 Energy economics
1.23 Investment appraisal of energy projects
1.24 Financing energy projects
1.25 Energy and buildings
1.26 Passive solar buildings
1.27 Intelligent or smart buildings
1.28 Sustainable building solutions
1.29 Energy and environment
2. Electrical Systems
2.1 Machine System Modeling
2.2 Renewable Energy Systems
2.3 Energy Efficiency Systems
2.4 Reliability and Diagnostics
2.5 Noise, Vibration, EMI and EMC
2.6 Cooling Technologies
2.7 Permanent Magnet Generator Systems
2.8 Manufacturing, Testing and Standards
2.9 Electrical Systems in Buildings
2.10 Transportation and Other Applications
