اولین کنفرانس بین المللی انرژی های پاک و سیستم های تولید همزمان

اولین کنفرانس بین المللی انرژی های پاک و سیستم های تولید همزمان

International Conference on Clean energy and Co-generation system

پوستر اولین کنفرانس بین المللی انرژی های پاک و سیستم های تولید همزمان

اولین کنفرانس بین المللی انرژی های پاک و سیستم های تولید همزمان در تاریخ ۳ اسفند ۱۳۹۵ تا ۵ اسفند ۱۳۹۵ توسط موسسه آموزشی و پژوهشی صنعت آب و برق واحد تهران و تحت حمایت سیویلیکا در شهر تهران برگزار خواهد شد.با توجه به اینکه این همایش به صورت رسمی برگزار می گردد، کلیه مقالات این کنفرانس در پایگاه سیویلیکا و نیز کنسرسیوم محتوای ملی نمایه خواهد شد و شما می توانید با اطمینان کامل، مقالات خود را در این همایش ارائه نموده و از امتیازات علمی ارائه مقاله کنفرانس با دریافت گواهی کنفرانس استفاده نمایید.


 

Reduction of fossil fuel reservoirs and sources and also worries on global warming has enhanced worldwide attention on other fuel and energy structures. The International Energy Agency has reported that power production from non-hydro renewable sources such as solar, wind and hydrogen will surpass gas and nuclear in 2016 and it is estimated to grow by 40% by 2020.

“Combined heat and power (CHP), is the concurrent production of electricity and heat. Common power generation wastes about 65% of energy potential as heat loss. On the other hand, cogeneration energy production is able to reach efficiency of 75-90%, and is also valuable in cold weather locations. Another advantage is the proximity of the average cogen facility, in comparison with the 5-10% loss in transmission of electricity from powerhouses to the end user.

The 2017 International Conference on  Clean energy and Co-generation system (ICECOGEN 2017) on 21-23 February 2017 in Tehran, Iran will be a scene to exchange research innovations, skills, technological, social, economic and policy concerns including advances in the Cogeneration (CHP), Clean Energy Technologies, Small Power Plants and District Energy systems. Here, energy professionals, policy designers, researchers, members of the academies, engineers, members of the energy supply sector, etc., will have a stage to emerge research findings, technological innovations, and even to discuss important global, regional and national issues in energy consumption for progress and environment policies and plans.

 

 

Main Topics:
Cogeneration and Trigeneration Systems
Technologies and Systems for CHP Production
Micro-CHP and Fuel Cells
CHP- Efficiency & Resiliency
Carbon Dioxide Capture
Exergy, Experimental thermodynamics;
Fuels, biofuels;
Advancement of energy systems using nanotechnology
Waste heat energy production and development of ORC technology
Combustion, Boiler Systems & Technologies
Emerging Technologies & Market implications
Heat-Driven Cooling, Chilled Water Storage & Ancillary Equipment
Sustainable CHP: Biomass, Landfill Gas, solar and Low Carbon Options
CHP Project Development, Financing and Risk Management Strategies
Policy Outlook, Regulation & Legislation – opportunities and challenges
New and Clean Energy Technologies
Sectoral Energy and Exergy utilization
Small island grids, micro grids & rural electrification
Smart grid technologies, communications networks and case studies
Transmission, distribution and automation technologies
Demand-side management and distribution performance improvement
Electricity infrastructure development
Energy-aware systems and technologies
Issues and challenges for private sector investment
Meter data management and smart metering
Power plant automation, control systems, management and optimization
Power system planning, operation and maintenance
Regulatory aspects and market operations
Renewable energy and grid integrations
Ultra high voltage transmission and energy storage
Development trends in district energy deployment
Integrating district energy/CHP with renewables for a smarter grid
Sustainability, energy mapping and climate action plans
Building efficiency, LEED & impact on central utilities
Micro grids and leveraging urban utility infrastructure
Planning tools for community energy development
Public/private partnership funding strategies for urban energy infrastructure
Renewable energy and fuel flexible solution
Master planning, system expansion & infrastructure renewal
Electrical systems renewal, reliability and safety
Thermal networks: steam to hot water conversion
District cooling, thermal energy storage and turbine inlet cooling
Managing loads, system optimization & efficiency
Biomass/Biofuel energy, materials and technologies
Hydro energy, materials and technologies
 Wind energy resources and technologies
Solar cells energy, materials and technologies
Fuel cells materials and hydrogen energy
Battery materials and technologies
Energy storage techniques
Energy conversion modules
Nanotechnology and energy
Green buildings
Clean Energy Market and Finance