CALLS & SUBMISSIONS

CALL FOR PAPERS | IMPORTANT DEADLINES

SUBMISSION OF EXTENDED ABSTRACTS

(Postponed deadline) 15th March 2017


NOTIFICATION OF ACCEPTANCE

(Postponed deadline) 30th March 2017


SUBMISSION OF FINAL PAPERS

15th April 2017


EARLY REGISTRATION END

1st May 2017


CALL FOR SPECIAL SESSIONS | IMPORTANT DEADLINES

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SPECIAL SESSION
PROPOSAL

15th December 2016

Deadline Expired

SPECIAL SESSION
ACCEPTANCE NOTIFICATION

31th December 2016

Deadline Expired

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IMPORTANT INFORMATION

EEEIC 2017 is the 17th annual conference, making it the Europe’s one of the largest, longest-running, professional networking and educational event of its kind.
EEEIC is an annual energy and environment conference held in 2017 in Milan, Italy, where the delegates make presentations and discuss various issues including clean and renewable energy solutions for protection of our environment.

Authors are invited to submit original papers in the areas aforementioned. Prospective authors should submit their extended abstracts (2-3 pages, 2-column) by 15th January 2017.  (Remove authors’ names and affiliations from the paper – double-blinded review is mandatory). The paper should clearly explain the originality and the relevance to the fields, and should be uploaded in electronic format to the website of the symposium. All submitted papers will be evaluated by a peer review process.
Authors whose papers are accepted for presentation will be requested to provide the final paper (4/6 pages, 2-column in IEEE format) by April 15, 2016 combined with a registration for each submitted paper.

Prospective authors are, however, also invited to submit papers, outside the listed topics, if the themes are within the general scope of the Conference. Parallel and poster sessions will be scheduled, depending on the number of papers selected for inclusion in the technical program.

The working language of the conference is English, which will be used for all printed material, presentations and discussions.

SUGGESTED TOPICS

A Renewable energy sources and storages

01. Solar energy
02. Photovoltaic cell technology
03. Hydro and wind energy
04. Biomass and biofuels
05. Energy management and storage
06. High-performance cogeneration

B Power systems and smart grids

01. Microgrid modeling, simulation and data managment
02. Design, control and management
03. Protection
04. Transaction grids
05. RAM (reliability, availability, maintainability)
06. ICT for power systems
07. Power line communications
08. Power quality

C Energy efficient system

01. Renewable energy, wind, solar, fuel cells and distribuited generation within microgrids
02. Demand side management
03. Load Forecasting
04. Energy efficiency, conservations and savings
05. Smart metering systems
06. Supervisory control and data acquisition systems SCADA
07. User aggregation and virtual power plant

D Smart Buildings

01. Smart homes, cities, communities
02. Innovative distribution system
03. Home and building automation
04. Nearly zero energy buildings
05. Information, security and privacy
06. Lighting systems and components

E Circuits, sensors and actuators

01. Circuits and systems theory and application
02. EMC application
03. Nonlinear systems
04. Signal processing and identification
05. Sensors and actuators for energy conservation
06. Smart circuits
07. Systems modelling

F Materials

01. Nanotechnology for renewable energy
02. Novel materials for energy harvesting

G Environmental phenomena and pollution

01. EM spectrum management
02. Power quality and harmonics

H Power electronics and components

01. Electrical generators
02. Converters for microgrids
03. Converters for renewable energies
04. Converters for storage
05. Low-frequency EMC

I Regulation and electricity markets

01. Utility deregulation
02. Regulatory issues and delivery standards
03. Dispatching in power systems
04. Generation and transmission expansion
05. Dispstribuited generation and distribution system

L Mobility

01. Sustainable transport systems
02. Electrical vehicles
03. Automotive

M Maintenance, operation and safety

01. Designing for Safety
02. Grounding
03. Lightning
04. Hazard – Electric shock, arc flash, fire and explosion
05. Maintenance and operation of electric power systems
06. On line real time equipment diagnostic
07. Work practices and procedures
08. Electrical safety training

N Measurements

01. Environmental and electrical measurements
02. Advanced instrumentation and data acquisition systems
03. Intelligent distributed systems and remote control
04. Signal and image processing