The 4th International Conference on New Energy and Future Energy System

来源:NEFES 2019

[基本信息]

会议名称:The 4th International Conference on New Energy and Future Energy System

第四届新能源与能源互联国际学术会议(NEFES 2019)

开始日期:2019-07-21

结束日期:2019-07-24

所在国家:中国

所在城市:澳门

[会务组联系方式]

联系电话:+86-18071410263

E-MAIL:nefes@intergridconf.org

会议网站:http://www.intergridconf.org/index.html

[会议背景介绍]

The 4th International Conference on New Energy and Future Energy Systems (NEFES 2019), organized by Macau University of Science and Technology, will be held in Macau, China during July 21st-24th, 2019. Following the successful NEFES 2018 in Shanghai, NEFES 2017 in Yunnan and NEFES 2016 in Beijing, it dedicates to promote scientific interchange among researchers, developers, engineers, students, and practitioners all around the world. We gathered to share our latest achievements and discuss the possible challenges in terms of new energy and future energy system.

The plenary session of NEFES 2019 will include Keynote Speeches, Invited Speeches, Oral Presentations and Poster Presentations. On behalf of the organizing committee, we cordially invite scientists, scholars as well as entrepreneurs to participate in the conference.

The Macao Special Administrative Region, part of the territory of China, is situated at the Pearl River Delta on the southeast coast of Mainland China, 60 km southwest of Hong Kong. Historical sites fill the region and make it a "sleepy land." Glitzy Casinos, unspoiled beaches, and top-class restaurants, Macau is a glorious slice of the Mediterranean tucked away on the South China Sea.

[征文范围及要求]

Researchers and practitioners are encouraged to submit original, unpublished contributions.

The topics of interest include but are not limited to:

(Multidisciplinary subjects are especially encouraged.)

• New Energy

--New energy resources

Hydropower

Shale gas

Solar energy

Wind energy

Ocean energy

Biomass energy

Fusion energy

Nuclear energy

Geothermal energy

Wave and tidal power

--Advanced energy technologies

Green building

New energy device

New energy harvesting

Clean coal Technologies

Combustion technologies

Clean production process

Energy-saving technologies

Waste-to-energy technologies

--Energy management

Carbon tax

Energy education

Energy economics

Green energy options

New energy prospects

Renewable energy standards

New energy planning and investment

Global cooperation on new energy issues

New energy policies, laws and pilot projects

• InterGrid

--Smart gird

microgrid

smart grid load and energy management

optical technologies for smart grid

energy grid control

smart metering and dynamic pricing

smart grid architectures and models

networking and computing issues in smart grid

vulnerability and security of smart grid

--Energy control and storage

High-capacity optical transport

Storage integration and automation

Energy conversion technologies

Green supply chain management

Intelligent energy control systems

Alternative and hybrid energy systems

--Energy network

Green ICT

Energy protocols

Energy data centers

Energy terminal design

Energy network challenges

Energy cloud computing and

virtualization

Electrical vehicle monitoring and control

• New Energy Material

--Material for energy saving and sustainability

Ni/MH battery materials

Green cell materials

Fuel cell materials

Solar cell materials

Lithium-ion batteries

Lighting materials

Phase change materials

Superconducting materials

Smart materials

Nano-materials

Magnetic materials

--Techniques for developing new energy materials

Interfaces in solid oxide fuel cells

New energy materials fabrication

Water splitting and photocatalysis

Thermoelectrics, magnetocalorics, piezoelectronics

Technologies for hydrogen generation and storage

Technologies for organic and inorganic photovoltaics

Novel characterization and analysis techniques for new energy

Influence elements and improvement method for developing new energy materials

Theoretical calculation and simulation regarding new energy devices

Nanostructured fabrication and integration processes for energy devices