(Ebook PDF) Electrical power engineering current state, problems & perspectives 1st edition by Vasily Ushakov 331962301X 9783319623016 full chapters

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ISBN-10 ‏ : ‎331962301X 

ISBN-13 ‏ : ‎ 9783319623016

Author :  Vasily Y. Ushakov 

This book provides the short history, current state, main problems and historical perspective for the development of electrical power engineering. The focus of the textbook is on the two most important issues related to meeting of the growing needs of humanity in electricity: “Hunger for energy” and “Ecological infarct”. In the book are discussed the methods of their solution: optimization of  energy balance, use of renewable energy resources, new methods of electricity production,  increase of the efficiency of production, accumulation, transmission, distribution and consumption electricity. The third issue – social and geopolitical threats due to the increasing need for energy – in the textbook is not considered inasmuch it details in non-stop regime discussed in the mass media. Choosing the structure and content of the textbook is based on the ten years of the author experience of giving lectures to Tomsk Polytechnic University students who study according to the program Electric Power Engineering. This textbook is addresed to students, masters and post-graduates. It can be interesting for everyone who is thinking about the future of our civilization, in general, and meeting of human needs in electric power, in particular.

Electrical power engineering current state, problems & perspectives 1st Table of contents:

1 Power Engineering as a Basis for Progress of Civilization
1.1 Main Concepts and Definitions
1.2 Influence of Power Engineering on the Development of Humanity
Reference
2 From the History of Electrical Power Engineering
2.1 Formation of Electrical Engineering as an Independent Engineering Branch (1870–1890)
2.2 Next Stages of Power Engineering—Sustainable Formation and Development
References
3 The Earth’s Energy Resources (Reserves, Short Characteristics)
3.1 Traditional Non-renewable Energy Resources
3.1.1 Coal
3.1.2 Oil
3.1.3 Natural Gas
3.1.4 Nuclear Energy
3.2 Backup Fuel (Subsidiary Mineral Fuel)
3.2.1 Slate Coal
3.2.2 Bituminous Sandstone
3.2.3 Gas Hydrate
3.2.4 Associated Petroleum Gas
3.2.5 Mine Methane (Coal Methane)
3.2.6 Syngas
References
4 Electric Power Production
4.1 Choice of the Electric Power Generation Type
4.2 Powerful Power Plant Based on Non-renewable Mineral Energy Resources
4.2.1 Features of the Use of Coal in the Energy Sector
4.2.2 Improvement of the Furnace Construction and Technology of Coal Firing
4.2.3 Improving the Quality of Coal Fuel
4.3 Cogeneration
4.4 Small-Scale Power Generation: Current State and Prospects
4.4.1 Distribution Areas of Small-Scale Power Generation
4.4.2 Small-Scale Distributed Power Generation Functioning on Organic Fuel
4.4.2.1 Gas-Turbine Power Installations
4.4.2.2 Piston Installations
4.4.2.3 Stirling Engine
4.4.2.4 Turbo-expander Generators
4.5 Nuclear Power Engineering
4.5.1 Current State and Prospects for the Development of Nuclear Power Plants with Uranium Fuel Cycl
4.5.2 Intermediate and Low-Power Nuclear Stations Including Floating Ones
4.5.3 Nuclear Power Plants with Fast Neutron Reactors
4.5.4 Closed Nuclear Fuel Cycle
References
5 Electric Power Engineering on the Basis of Renewable Energy Sources
5.1 Necessity of Searching for New Energy Sources
5.2 Harnessing of Water Flow of Rivers and Energy of Other Streams
5.2.1 Large-Scale Hydraulic Power Engineering (Base on Traditional Hydroelectric Power Plants)
5.2.2 Mini Hydro Power Plants
5.3 Bioenergetics
5.3.1 Biomass
5.3.2 Peat
5.4 Wind Power Plants
5.5 Solar Power Engineering
5.5.1 Electric Energy Production
5.5.2 Thermal Energy Production
5.6 Tidal and Wave Power Plants
5.6.1 Tidal Power Plants
5.6.2 Wave Power Plants
5.7 Geothermal Power Plants
5.8 Other Renewable Energy Sources for Electricity Production
5.8.1 Ocean and Sea Currents Energy
5.8.2 Thermal Energy of Ocean and Sea Water
5.8.3 Osmotic Energy
References
6 Energy Transmission and Distribution
6.1 Main Stages in the Development of Power Transmission Systems in the XXth and in the First Part o
6.2 Main Tendencies in the Development of Power Transmission Systems
6.3 Technical Problems of the Electric Grid Complex
6.3.1 Provision of Uninterrupted Electric Grids
6.3.2 Minimization of Electric Power Transmission Losses
6.3.2.1 Increasing the Power Factor
6.3.2.2 Regulation of RP in Power Systems
6.3.2.3 Regulation of RP in the Power Supply Systems with Nonlinear Load
6.3.2.4 Decrease of Energy Losses in Transformers
6.3.3 Power Quality
6.3.4 Electromagnetic Compatibility
6.4 A Look at the Future Development of Power Transmission Systems
6.4.1 Micro-grids
6.4.2 Strong Grid on the Basis of Flexible Alternative Current Transmission Systems
6.4.3 Smart Grid
6.4.4 Direct Current Transmission Lines
References
7 Energy Accumulation (Store)
7.1 Systematization
7.2 Electric Energy Storages
7.2.1 Capacitive Energy Storages
7.2.2 Storage-Batteries
7.2.3 Superconductive Inductive Energy Storages
7.3 Potential and Kinetic Energy Storages
7.3.1 Pumped Storage Power Plants
7.3.2 Air-Compression Energy Storages
7.3.3 Inertial Energy Storages (Flywheels and Super-Flywheels)
7.3.4 Electromechanical Drive Storages
Reference
8 Power Engineering and the Biosphere
8.1 Power Engineering as the Threat to the Biosphere
8.2 Short Analysis of the Trends in Electric Energy Generation and Consumption in Aspect of the Infl
8.3 Main Sources of Threats to the Environment in Different Sectors of Fuel and Energy Complex
8.3.1 Activities in the Resource Sectors
8.3.2 Energy Generation
8.3.3 Energy Transmission and Distribution
8.4 Look of the International Community of the Environmental Protection Problem
References
9 Unconventional (Alternative) Methods of Electric Energy Production
9.1 Thermonuclear Power Engineering (Controlled Thermonuclear Fusion)
9.1.1 Tokamak
9.1.2 Inertial (Pulsed) Thermonuclear Fusion
9.2 Hydrogen Power Engineering (Based on Fuel Cells)

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