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The need for energy-efficient and reliable electric power in remote
rural villages is a driving force for research in this area.
Increasing oil prices, high transportation costs for fuels, and new
environmental standards have forced many utilities to explore
hybrid energy systems in an attempt to reduce fuel consumption,
cost of electricity (COE), and emission levels. This work involves
the development of a stand-alone hybrid power system model using
MATLAB Simulink for performing the economic and environmental
analysis of remote power systems. The hybrid model consists of
diesel electric generators, a battery bank, a photovoltaic array,
and wind turbine generators. This book is addressed to
professionals in the field of hybrid electric power systems for
remote locations. The material in the book is helpful to
researchers, designers, and students who want to learn about remote
hybrid power systems in rural villages.
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