The 7th International Conference on Sustainable Energy Information Technology
(SEIT-2017)
May 16-19, 2017
Madeira, Portugal

The 7th International Conference on Sustainable Energy Information Technology (SEIT-2017) aims to bring together academia, industry, research scholars, business entrepreneurs, practitioners, managers, and policy makers responsible in delivering advanced sustainable energy solutions for competitive advantage and cost savings in modern industrial and business sectors. The conference will act as a platform for the dissemination of current technologies in intelligent sustainable energy, as well as act as a forum for the strategic next steps in smart grid adaptation.

SEIT 2017 will be held in conjunction with the 8th International Conference on Ambient Systems, Networks and Technologies (ANT-2017).
SEIT 2017 will be held in Madeira, a Portuguese archipelago. Madeira is a popular year-round tourist destination, known for its remarkable mountainous scenery and mild year-long climate. Although, Madeira is part of Europe it is approximately 1,000 km from the continent while being only 520 km from the coast of Africa. It is about an hour and a half flight from the capital of Portugal, Lisbon. Funchal, the picturesque capital of Madeira, is situated on the south coast of the island and one of Atlantic Oceans most popular cruise ship ports. Madeira is a scenic island with many unique destinations such as the Laurisilva forest, a UNESCO World Heritage site.

The goal of the SEIT-2017 conference is to provide an international forum for scientists, engineers, and managers in academia, industry, and government to address recent research results and to present and discuss their ideas, theories, technologies, systems, tools, applications, work in progress and experiences on all theoretical and practical issues arising in sustainable energy information technology.

Advanced Techniques for Energy Applications

• Advanced Control algorithms for applications
• Big data, Machine Learning and other Expert Systems applications
• IT for energy applications
• Optimization techniques for energy applications

Energy Efficiency

• Advanced Control algorithms for applications
• Eco Systems
• Economic water (re)use
• Efficient circuit design for energy harvesting
• Efficient energy production methods
• Efficient use of energy in the oil and gas industries
• Efficient data centers
• Energy & sustainability
• Energy efficient power and cooling infrastructure
• Energy recycling
• Energy saving products
• Energy harvesting, storage, and recycling
• Interdisciplinary empirical, analytical and optimization research in applied ergonomics and sustainability
• Power-efficient delivery and cooling
• Productivity and energy efficiency
• Sustainable energy system operational strategies

Energy Policy

• Deregulation and Electric Power Market
• Energy policy
• Market Modeling and Design
• Regulatory Issues and Standards
• Security of Supply

Environmental

• Carbon emission methods
• Carbon footprints
• Carbon metering and user feedback
• Climate and ecosystem monitoring
• Climate change
• Climate globalization
• Environment and social policies
• Environmental issues arising from sustainable energy technologies
• Environmental management systems
• Environmental pollution and work hazards
• Ergonomics and benchmarking
• Using IT to reduce carbon emissions

Green Sustainability

• Analytical research in applied ergonomics and green sustainability
• Combinatorial research in applied ergonomics and green sustainability
• Empirical research in applied ergonomics and green sustainability
• Experimental research in applied ergonomics and green sustainability
• Exploratory research in applied ergonomics and Green Sustainability
• Green business practices
• Green process for competitive Advantage Survey and Review Research in Applied Ergonomics and Green Sustainability
• Green Strategy and Synchronized Transformation
• Green Technology

Power Quality, Power Electronics and Electric Machines

• Conventional Power plants
• Electric Machines design, modeling, simulation, analysis and testing
• Electric Drives
• Electromagnetic Compatibility (EMC)
• Power Quality and Filtering Techniques
• Power Electronics devices (FACTS, STATCOMS, etc.)
• UPS

Power Systems

• Electric Energy Education and Teaching
• EPower System Modeling and Simulation
• Power System Operation and Control
• Power System Planning and Management
• Security Assessment and Risk Analysis
• Transmission and Distribution Systems

Renewable Energies

• Geothermal, Biomass and Thermal solar power plant
• Hydrogen, Fuel cells, Energy Carriers and Electric Storage
• Integration of Renewable energy
• Ocean and Tidal energy
• PV energy
• Small Hydro power plant
• Wind energy

Sensing & Monitoring

• Advanced metering infrastructure
• Fault diagnosis
• Monitoring tools for power and performance
• Power leakage and dissipation
• Power-aware networking
• Power-aware algorithms and protocols
• Power-aware applications
• Power-aware middleware, software and hardware
• Sensors for climate monitoring

Smart Systems

• Electric Vehicles
• Smart Buildings
• Smart Urban Development
• Smart Energy Consumption
• Smart Energy Management Systems and Demand Side Applications
• Smart Grid and Microgrids
• Smart Transportation and Manufacturing

General

• Sustainable Energy

Important Dates:

• Paper Submission: December 22, 2016
  
• Acceptance Notification: February 13, 2017
  
• Final Manuscript Due: March 13, 2017

User Name : shaun
Posted 07-10-2016 on 09:32:14 AEDT

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