The Best-Selling Hydroelectric Energy Books of All Time

Small hydro power installations have the potential to provide a renewable supply of energy to people in remote, hilly communities, far from the national gird. This book is based on the authors' considerable experience of installing hydroelectric schemes that produce up to 500kW for powering small communities. The book describes not only the electro-mechanical equipment and how it is installed, but also the correct setting of the installation and how to design and build the channels leading up to the turbine so as to optimize performance.

These civil works can be carried out by local manpower, using materials that are usually available locally. Chapters cover the main components of small hydroelectric plants from the intake and the headrace channel, via the conveyance channel, to the forebay tank, penstock, turbine, and generator. This practical manual is a major new addition to the resources available for micro-hydro power project and programme managers worldwide and represents excellent value for such a detailed technical reference handbook.

On October 2, 2007, a chemical fire inside a permit-required confined space1 at Xcel Energy‘s hydroelectric plant in a remote mountain location 45 miles (72 kilometers) west of Denver, Colorado, killed five and injured three workers. Industrial painting contractors were in the initial stages of recoating the 1,530-foot (466-meter) steel portion of a 4,300-foot (1,311-meter) enclosed penstock2 tunnel with an epoxy coating product when a flash fire occurred. Flammable solvent being used to clean the epoxy application equipment in the open penstock atmosphere ignited, likely from a static spark.

The initial fire quickly grew as it ignited additional buckets of solvent and substantial amounts of combustible epoxy material, trapping and preventing five of the 11 workers from exiting the single point of egress within the penstock. Fourteen community emergency response teams responded to the incident. The five trapped workers communicated using handheld radios with co-workers and emergency responders for approximately 45 minutes before succumbing to smoke inhalation.

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Providing essential theory and useful practical techniques for implementing hydroelectric projects, this book outlines the resources, power generation technologies, applications, and strengths and weaknesses for hydroelectric technologies. Emphasizing the links between energy and the environment, it serves as a useful background resource and facilitates decision-making regarding which renewable energy technology works best for different types of applications and regions.

Including examples, real-world case studies, and lessons learned, each chapter contains exercise questions, references, and ample photographs and technical drawings from actual micro hydropower plants.

Getting Your FREE BonusDownload this book, read it to the end and see "BONUS: Your FREE Gift" chapter after the conclusion. Go Off Grid And Go Green With Micro Hydro System: (FREE Bonus Included)How A Micro Hydro System Can Provide Your Off-Grid Home With ElectricityWhen we think of renewable energy, most of us think solar or wind, but another choice does exist, hydroelectric. Using water for power goes back to water wheels and culminates in huge hydroelectric dams. There is middle ground too; small hydroelectric systems can power a home as efficiently as solar power.

Stop paying enormous electric bills and never worry about the power going out again! It is possible to go off grid and rely on hydroelectricity for power and this book will show you how. All you need is a stream, creek, or river on your property and you will never have to pay an electric bill again! You may even end up getting money from the electric company for the electricity you produce! In some cases, you can go completely off grid, for others, this renewable energy can provide the power needed when power from the grid is not available. This book contains:Understanding hydroelectric powerHow to calculate the power you will need Which system is right for youDownload your E book "Go Off Grid And Go Green With Micro Hydro System: How A Micro Hydro System Can Provide Your Off-Grid Home With Electricity" by scrolling up and clicking "Buy Now with 1-Click" button!

Hydroelectricity is energy derived from the power of water in motion. Harnessing energy from water provides clean, available power that does not release harmful chemicals or carbons into the air. This interesting book focuses on the benefits and drawbacks of this energy source and explains how hydro turbines, transformers, and power lines work to bring light to the world. Easy-to-understand conservation tips give readers helpful suggestions on how to conserve electricity and become more environmentally conscious. Teacher's guide available.

This unique book and DVD-ROM set - revised for 2011 - combines our ring-bound book with our comprehensive 25,000 page CD-ROM about hydropower, hydroelectric power, and related technologies such as dams, turbines, and microhydropower. The electronic book on DVD-ROM provides an unprecedented encyclopedic collection of authoritative official documents and technical reports about every conceivable aspect of hydropower - with over 25,000 pages of invaluable material presented in Adobe Acrobat PDF format. This incredible library has been revised and updated for this 2011 edition.

Progressive Management has been a leader in renewable energy publishing for nearly a decade, and we believe that this exceptional collection provides the most comprehensive set of government hydropower documents ever offered! If you have a professional or personal interest in hydropower energy, you will find this disc to be an effective, time-saving, and practical source of ready-to-use information. The collection includes information about hydroelectric power and related technologies such as dams, turbines, and microhydropower. There is new material about current federal government funding opportunities and incentives, advanced hydropower technology research, turbine field testing, engineering and analysis, response of turbine-passed fish, biomarkers, and salmon research plans. Research and development activities of the Department of Energy are covered, with information on technology development, projects, history, safety, and environmental impact. There is also material from the Federal Energy Regulatory Commission (FERC) regarding licensing, compliance, safety and inspections of hydropower and the hydropower industry. Coverage includes water energy resources, state assessment reports, and more. The hydrologic cycle provides the basis for hydropower -water constantly moves through a vast global cycle, in which it evaporates from lakes and oceans, forms clouds, precipitates as rain or snow, then flows back to the ocean. The energy of this water cycle, which is driven by the sun, is tapped most efficiently with hydropower. Diversion projects channel a portion of the river through a canal or a penstock and may require a dam. Impoundment hydropower uses a dam to store water. Water may be released either to meet changing electricity needs or to maintain a constant reservoir level. Pumped storage pumps water from a lower reservoir to an upper reservoir at times when demand for electricity is low. During periods of high electrical demand, the water is released back to the lower reservoir to generate electricity. Run-of-river projects utilize the flow of water within the natural range of the river, requiring little or no impoundment. Run-of-river plants can be designed using large flow rates with low head or small flow rates with high head. Microhydropower projects-produce 100 kilowatts (kW) or less. Microhydro plants can utilize low heads or high heads. Current hydropower technology, while essentially emission-free, can have undesirable environmental effects, such as fish injury and mortality from passage through turbines, as well as detrimental changes in the quality (dissolved gases) of downstream water. Advanced hydropower turbine technology could minimize the adverse effects yet preserve the ability to generate electricity from an important renewable resource. The goal of the U.S. Department of Energy's (DOE's) Advanced Hydropower Turbine System Program is to develop technology that will allow the nation to maximize the use of its hydropower resources while minimizing adverse environmental effects. Conceptual designs of environmentally friendly hydropower turbines have been completed under the DOE-industry program.

Hydropower is the power that is harnessed from the energy of water that is falling or fast running. It is a form of renewable energy source that is used for irrigation, for operating mechanical devices like textile mills, sawmills, domestic lifts and ore mills. It is also used for generating electricity. Hydropower projects can be of various types, such as small hydro, micro hydro, conduit hydroelectricity projects, conventional hydroelectric, pumped-storage hydroelectricity, etc.

This book unfolds the innovative aspects of hydropower and hydropower technologies, which will be crucial for the holistic understanding of the subject matter. It studies, analyzes and upholds the pillars of hydropower and its utmost significance in modern times. The book is appropriate for those seeking detailed information in this area.

Nowadays, due to the ever increasing demand of electricity and the rise of environmental concerns, renewable energies are becoming the best option for electrification especially for rural electrification. The biggest problem of wider use of renewable energy sources is energy storage. This research deals with the pumping storage system analysis. The water reservoir serves for daily and seasonal energy storage, thus basically solving the energy storage problem.

The electrical energy produced in excess by the renewable energy system is converted in potential energy by pumping water to a higher elevation where it can be stored indefinitely and then released to pass through hydraulic turbines and generate electricity. The estimation of energy demand for day and night time, stored energy, reservoir dimension and parameters of hydroelectric plant are presented.

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