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Provides a systems approach to sustainable green energy production and contains analytical tools to aid in the design of renewable microgrids This book discusses the fundamental concepts of power grid integration on microgrids of green energy sources.
Inhaltsverzeichnis
Table of Contents Feb 2-3-20141. Chapter 1. Energy and civilization, energy sources wood, coal, and oil and carbon foot prints of various energy sources. In addition to an historical perspective of energy use, an analysis of fossil fuel use is provided through a series of calculations of carbon footprints in relation to use of fossil fuel consumption or that of a single household appliance.2. Chapter 2. Reviews the basic principles DC grids, DC/DC converters, DC/AC inverters, single-phase loads, three-phase loads.3. Chapter 3. Presents AC grids, power grids; three phase distribution grids, active and reactive power and load and phasor representation of grids, single and three-phase transformers, distribution systems, transmission lines, and power grid modeling and supporting complex algebra.4. Chapter 4. Presents Power grid operation, load frequency control, energy market, and energy efficiency. This chapter introduces the smart grid elements and their functions from a systems approach, and provides an overview of the complexity of smart power grid operations.5. Chapter 5 Energy efficiency, energy monitoring, sick building, residential load profile, load shifting, smart meters, net metering and smart grids6. Chapter 6. Presents design of photovoltaic (PV), how to compute the energy yield of photovoltaic modules, and the angle of inclination for modules with respect to their position to the sun for maximum energy yields. The chapter also presents the modeling of PV modules design of PV power plants, and the maximum power point tracking of PV power grids, and storage systems.7. Chapter 7. Presents the wind energy systems by describing the modeling of induction generators as part of a microgrid of renewable energy systems. In this chapter, we also study the utilization of doubly-fed induction generators, variable speed permanent magnet generators, brushless generators, and variable-speed wind power conversion from a system's perspective.8. Chapter 8. This chapter is focused on the utilization of inverters as a three-terminal element of power grids for the integration of wind and PV energy sources; MATLAB simulations of PWM inverters are also provided.9. Chapter 9 Renewable energy sources, operation of renewable in smart power grid, power flow and voltage calculation in analysis of microgrids and operation of smart grid power grids are described.This book provides the fundamental concepts of power grid, energy efficiency, and integration on microgrids of green energy sources that is on the technology road map for virtually all nations. The design of distributed microgrids is the driver for the modernization of infrastructures using green energy sources.
Zusammenfassung
Provides a systems approach to sustainable green energy production and contains analytical tools to aid in the design of renewable microgrids This book discusses the fundamental concepts of power grid integration on microgrids of green energy sources.
