Research Center for Electrical Power and Mechatronics, Indonesian
Institute of Sciences (RCEPM-LIPI) is proud to present the 5th
International Conference on Sustainable Energy Engineering and
Application (ICSEEA 2017), this conference to be organized in Jakarta,
Indonesia from October 23-26, 2017. The objective of the conference is
to serve as the confluence point between experts in the academia,
research center and industry to present their up-to-date research and
works in areas sustainable energy to emerge tremendous benefits for
meeting global sustainable needs. The event will be an ideal platform
among the participants to interchange novel concepts and latest
discoveries around the globe, providing groundwork for future linkages
between research and business relations.
ICSEEA is attended by government representative, industrial company,
international researchers, scientists, and practitioners in the fields
of sustainable energy.
ICSEEA 2017 is technically co-sponsored by IEEE with conference no.
IEEE No. 41915. Accepted and presented papers will be submitted for
publishing and indexing in IEEE Xplore digital library.
LEADING TALKS
Dr. Reiji Hattori, Photonic System, Advanced Project Division, Global Innovation Center (GIC) Kyushu University, Japan.
Professor Andrew Parkes, Centre for Mobility and Transport (CMTR), Coventry University, United Kingdom.
PAPER SUBMISSION
We invite submissions on renewable energy and sustainable
transportation. Author should submit full technical papers in pdf format
through EDAS system https://edas.info/N23541 (click here fo help). Each
paper will be double blind peer-reviewed by experts in the field for
originality, contribution and soundness. Authors of accepted paper must
guarantee that at least one of the authors will attend the conference
and present their paper. In the event that the presenter is unable to
attend the conference for any reasons, your accepted paper will not be
considered for submission of the proceeding to the IEEE Xplore digital
library.
Use the IEEE format template to prepare your camera-ready
manuscripts in doc/docx/pdf format
(http://www.ieee.org/conferences_events/conferences/publishing/templates.html).
Do not add any header or footer in your submission.
SCOPE
A. Renewable Energy
Solar Power
Photovoltaic technologies and system, photovoltaic material, solar
radiation availability and variability, solar thermal technologies,
thermal storage, solar heating and cooling, and solar building
architecture.
Biomass Energy
Biomass potentials and characterization, landfill gas, biogas and
syngas, oil-based-biofuel and biomass conversion technologies such as
gasification, pyrolysis, anaerobic digestion, or solid fuel combustion.
Hydro Energy
Generators, turbines, electrical systems, system stability and
reliability, assessment for power potential,simulation and optimization
tools, hydropower infrastructure, and water management.
Wind Energy
Turbine/generator design, driving circuits, wind-speed explorations,
geographic aspects, rotor and stator aerodynamics, permanent magnet
generators, speed control, and cooling system.
Hydrogen Energy
Hydrogen production, material, electrolysis, storage system, fuel cell, and efficiency improvement.
Tidal and Wave Energy
Underwater transmission, generator design, tidal and wave explorations, and fluid dynamics.
Geothermal Power
Geothermal power plant, wells and pump modeling, piping engineering,
steam field development, direct use ofgeothermal energy, and heat &
mass transfer.
Thermoelectric
Waste heat contents, Resistive temperature detective materials and
advanced semiconducting materials, Solid state thermoelectric devices,
Utilization of electrical field, magnetic field and stress for
thermoelectricity.
Energy Conservation
Smartgrid, energy mix, energy harvesting, cogeneration, combined
cycle power plant, energy efficiency, green building, microgeneration,
and climate change & forestry.
B. Sustainable Transportation
Electric and Hybrid Vehicle
Plug-in hybrid electric vehicle, battery electric vehicle, hybrid
electric vehicle, systems modeling, simulation and testing, energy
management system, storagesystem, electronics control system, electric
motor, propulsion & transmission, vehicle to grid, charging
solution, aerodynamics, and fuel efficiency.
Conventional Vehicle
Internal combustion engine, emission analysis, safety analysis, fuel
efficiency, combustion optimization, hybridization, homogeneous charge
compression ignition, chassis platform, ergonomics and aerodynamics.
Infrastructure and Support
Charging point design and analysis, municipal fleet upgrades,
maintenance and safety, grants and incentives,policy and regulation,
intelligent infrastructure and guidance systems, infrastructure capacity
management, parking management and electronic parking payments.
Alternative Green Fuel
Such as bioethanol, biogasoline, biokerosene, biohydrogen, LNG, LPG,
CNG, and dimethyl ether fuel. Thetopic includes production processes,
standard quality, technologies, handling and storage, and residues
management.
Traffic Management
Traffic theory, modeling, and simulation, cloud computing for
transportation, intelligent transport system, mass rapid transport,
traffic management, traffic and communications networks, road charging,
tolling and electronic toll collection, vehicle clearance and safety
inspection.
