REEE 2018
REEE 2018 | Paris, France | October 29-31, 2018
REEE 2018 proceedings
are published online. (Click) Indexed by
Ei Compendex &
Scopus already.
( REEE2018 Special
Issue in Energies)
Prize for the best full paper will be the publication of
1 (one) paper in Special Issue in Energies (ISSN
1996-1073; CODEN: ENERGA). With 20% discount on article
processing charges for participants of REEE 2018.
Energies is a peer-reviewed open access journal of
related scientific research, technology development,
engineering, and the studies in policy and management
and is published monthly online by MDPI, which is
indexed by the Science Citation Index Expanded (Web of
Science), Ei Compendex, Scopus and other databases.
Impact Factor: 2.676 (2017) ; 5-Year Impact Factor:
3.045 (2017)
Check the CFP with this link:
https://www.mdpi.com/journal/energies/special_issues/Energy_Storage_REEE_2018#info
On October 29, the International Conference on Renewable
Energy and Environment Engineering (REEE2018) was
opened. 76 delegates attended the conference, and they
are from Algeria, Belgium, Canada, China, Estonia,
France, Portugal, Romania, South Africa, Morocco,
Rwanda, Malaysia, Poland, Japan, Peru, Philippines,
Russia, Kazakhstan, Iran, Israel, Saudi Arabia, and
Korea. REEE 2018 was organized by IACSIT and aimed to
proclaim knowledge and share new thoughts among the
professionals, industrialists and students from research
areas of renewable energy and environment engineering,
and to demonstrate and examine different innovative
approaches in related fields.
Group Photos
Keynote Speakers
Prof. Nidia
Caetano |
Prof. Saad
Mekhilef, IET Fellow |
Prof. Carlos
Felgueiras |
Best Presentation Winners
Ecological
Aspects of Economical Development: Issues of
Forecast Greenhouse Gas Emissions in Road
Transport in Europe and Regions of Russia |
|
Morphological,
Optical and Electrical Properties of Spray
Coated Zinc Ethyl Xanthates for Decomposition
within a Poly(3-hexylthiophene-2,5-diyl) Matrix |
Development of
a Footstep Power Generator in Converting Kinetic
Energy to Electricity |
|
Acceptable
Surface Temperature of Floor Radiant Heating
System Based on Thermal Comfort Study in
Southern China |