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| InTeOp | 2012 | ISBN: 9535108009 9789535108009 | 405 pages | PDF | 14 MB |
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 of alternative resources. Effective energy efficiency programs can reduce a country's reliance on non-domestic energy sources, which can in turn improve national security and stabilize energy prices. Smart
Energy is the philosophy of using the most cost effective long term approach to meeting the energy needs maintaining the lowest environmental impact and maximum efficiency.
The electric power delivery system is almost entirely a system with only modest use of sensors, minimal electronic communication and almost no electronic control. In the last 30 years almost all other industries in the world have modernized themselves with the use of sensors, communications, electrical and mechanical equipment and computational ability. For industries, many enormous improvements are produced in productivity, efficiency, quality of products and services, and environmental performance. Smart grid is the way to achieve smart energy with optimized and high performance use of electrical and mechanical equipment, sensors, communications, computational capabilities, demand / load management and control in different forms, which enhances the overall functionality of the electric power delivery system. Traditional
system becomes smart by sensing, communicating, applying intelligence, exercising control and through feedback, continually adjusting. This permits several functions in the power system and allows optimization of the use of generation and storage, transmission, distribution, distributed resources and consumer end uses. This is the way to ensure reliability and optimize or minimize the use of energy, mitigate environmental impact, manage assets, and reduce cost
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