Energy Efficiency Handbook 

Energy efficiency handbook gives an insight into the renewable energy techniques and technological procedures and developments that underline energy utilization and conservation of the environment. The energy efficiency handbook concentrates on the engineering aspects on utilization of energy and on the renewable energy generation. It provides the basis for the relationship between energy utilization and the future of environment. This is the key to a safe and sound future of energy. 

The energy efficiency handbook has to be very practical in its approach and must cover the technologies that are currently in use or that are in research and will be ready for use soon. It studies global issues of energy, and looks into various energy policies and incentives of conservation of energy and renewable energy resources. It covers economic ways of energy generation and conservation. It also covers the costs arising out of the technologies used in energy generation. This handbook also looks into distributed energy generation and into demand side energy generation procedures and gives complete knowledge about the pros and cons of fossil fuels and nuclear technologies as modes of energy generation. 

Taking conservation of energy as the key stone as the perfect national energy policy, this handbook contains the management of energy, its strategies for commercial and domestic purposes. It also shows optimal ways of energy storage and generation using renewable sources. It also checks the infrastructure of security and risk analysis, which helps in planning energy transmission in the future. It also talks about the storage systems. 

The energy efficiency handbook contains many topics such as: maintenance management strategies, heat exchanger, co-generation technologies, industrial scrubber systems, hot-oil systems, steam traps, boilers and controls of boilers, economizers, cooling towers, chillers, technologies of water treatment, compressors, other accessories, fans, pumps, electric gears, waste water treatment equipment, chemicals and chemical dispensing equipment, stand-by generators, fuel systems, monitoring equipment and other controls, thermal storage and its transfer systems, other rotation equipment, performance contacting, installation and service contractions, and all other software. 

All these assist an engineer in improving his plant’s efficiency of energy along with increasing operational performance. It teaches you how to reduce operating costs and maintenance costs, reduce wastage, and maximize production along with environment protection. Hence, all these features make it an optimal tool for the designing of energy sources for the future. 

 

 

 

 

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