TAILIEUCHUNG - Energy Efficiency – The Innovative Ways for Smart Energy

The objective of this book is to present different programs and practical applications for energy efficiency in sufficient depth. The approach is given to transfer the long academic and practical experiences from researchers in the field of energy engineering to readers. The book is enabling readers to reach a sound understanding of a broad range of different topics related to energy efficiency. The book is highly recommended for engineers, researchers and technical staff involved in energy efficiency programs. Energy efficiency is a relatively quick and effective way to minimize depletion of resources. It is the way for the future development. | ENERGY EFFICIENCY THE INNOVATIVE WAYS FOR SMART ENERGY THE FUTURE TOWARDS MODERN UTILITIES Edited by Moustafa Eissa ENERGY EFFICIENCY -THE INNOVATIVE WAYS FOR SMART ENERGY THE FUTURE TOWARDS MODERN UTILITIES Edited by Moustafa Eissa Energy Efficiency - The Innovative Ways for Smart Energy the Future Towards Modern Utilities http 2590 Edited by Moustafa Eissa Contributors . Eissa . Wasfy . Sallam Joana Carla Soares Gonpalves Denise Duarte Leonardo Marques Monteiro Mônica Pereira Marcondes Norberto Corrêa da Silva Moura Dionysis Xenakis Nikos Passas Ayman Radwan Jonathan Rodriguez Christos Verikoukis Soib Taib Anwar Al-Mofleh Tomas Gil-Lopez Miguel A. Galvez-Huerta Juan Castejon-Navas Paul O Donohoe Bjorn R. Sorensen Dragan Seslija Ivana Ignjatovic Slobodan Dudic . Ramos Luís F. C. Duarte Elnatan C. Ferreira José A. Siqueira Dias Chenchen Yang Feng Yang Liang Liang Xiping Xu Seong-woo Woo Jungwan Park Jongyun Yoon HongGyu Jeon Luo Xianxi Yuan Mingzhe Wang Hong Li Yuezhong Rafaa Mraihi Teuvo Aro Said Ben Alla Abdellah Ezzati Ahmed Mohsen Rodrigo Pantoni Cleber Fonseca Dennis Brandão Giuseppe Procaccianti Luca Ardito Antonio Vetro Maurizio Morisio Glauber Brante Marcos Tomio Kakitani Richard Demo Souza Published by InTech Janeza Trdine 9 51000 Rijeka Croatia Copyright 2012 InTech All chapters are Open Access distributed under the Creative Commons Attribution license which allows users to download copy and build upon published articles even for commercial purposes as long as the author and publisher are properly credited which ensures maximum dissemination and a wider impact of our publications. After this work has been published by InTech authors have the right to republish it in whole or part in any publication of which they are the author and to make other personal use of the work. Any republication referencing or personal use of the work must explicitly identify the original source. Notice Statements and opinions expressed in the .

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• Energy Efficiency
• Load Management System
• Intelligent Monitoring
• Control System for Commercial
• Industrial Sectors
• Environmental Design
• Improvement in energy efficiency
• Barriers to energy efficiency
• Manufacturing industries of Pakistan
• Energy efficiency in the manufacturing industries
• Energy resources
• Energy supply
• Barriers to improving energy efficiency
• Energy services companies
• Energy efficiency of lighting system in a university library
• Energy efficiency of lighting system
• High energy consumption
• Energy efficiency and costeffectiveness
• The university library
• Review of factors affecting energy efficiency in commercial buildings
• Factors affecting energy efficiency in commercial buildings
• Factors affecting energy efficiency
• Energy consumption factor
• Carbon footprint
• Energy efficiency index
• Energy efficiency index improving
• Energy management strategy in campus towards
• Green campus
• Promoting carbon footprint
• Energy research and social sience
• Household energy efficiency
• Climate change
• Household energy use
• Energy audits
• Eco feedback
• Energy use feedback
• Social practice theory
• Determinants of energy efficiency
• Renewable energy
• Sustainable development
• Emerging country
• Energy intensity of economy
• Gross value added
• Energy saving technologies
• Energy consumption
• Cluster analysis
• Nuclear engineering and technology
• The effect of the self attenuation coefficient
• Ray detector efficiency calculated at low and high energy regions
• Low and high energy regionsv
• The full energy peak efficiency
• Optimization model
• Increasing energy efficiency
• West godavari
• Energy use pattern
• Mechanised rice production
• Energy calculations
• Choice experiment
• Energy label
• Energy conservation
• Table fan
• Willingness to pay
• Petrochemical products
• Supply chains
• Energy resource efficiency
• Energy saving
• Energy intensity of production
• Energy efficiency through lighting and cooling system approach
• Energy efficiency through lighting
• Cooling system approach
• Universitas Muhammadiyah Yogyakarta
• The electricity consumption
• Full duplex
• Precoding design
• Full duplex MIMO cloud radio access networks
• Energy efficiency maximization
• Shaft power
• Ship speed
• Exhaust gas emissions
• Energy efficiency design index
• Ship energy efficiency management plan
• Energy export
• Energy security
• Development energy complex of Russia
• Sustainable energy consumption
• Automated metering of energy resources
• Dipole energy analysis
• γ spectroscopy
• Intrinsic efficiency curve
• Absolute efficiency value
• Full energy peak
• γ ray
• Energy efficiency label
• Sustainable consumption
• Latent class analysis
• Attitude functions
• International economic cooperation
• Central ASIAN countries
• Use of renewable energy sources
• Energy equivalent
• Energy analysis
• Konkan region of Maharashtra
• Paddy production in Konkan region
• Energy analysis of paddy production
• Femtocell LTE Network
• Energy Management
• Ventilation Systems
• Air Systems
• Water Systems
• Efficiency Programs