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Electricity and Energy Transition in Nigeria provides readers with
a detailed account of the dynamics of energy infrastructure change
in Nigeria's electricity sector. The book starts by introducing the
basic theories underpinning the politics of energy infrastructure
supply and goes on to explore the historical dimensions of the
Nigerian energy transition by highlighting the influences and
drivers of energy systems change. Edomah also examines the
political dynamics at play, highlighting the political actors and
institutions that shape energy supply, as well as the impact of
consumer politics. The book concludes by considering how all these
factors may influence the future of energy in Nigeria. This book
will be of great interest to students and scholars of energy
transitions, energy technology and infrastructure, and African
Studies more generally.
Electricity and Energy Transition in Nigeria provides readers with
a detailed account of the dynamics of energy infrastructure change
in Nigeria's electricity sector. The book starts by introducing the
basic theories underpinning the politics of energy infrastructure
supply and goes on to explore the historical dimensions of the
Nigerian energy transition by highlighting the influences and
drivers of energy systems change. Edomah also examines the
political dynamics at play, highlighting the political actors and
institutions that shape energy supply, as well as the impact of
consumer politics. The book concludes by considering how all these
factors may influence the future of energy in Nigeria. This book
will be of great interest to students and scholars of energy
transitions, energy technology and infrastructure, and African
Studies more generally.
Master's Thesis from the year 2010 in the subject
Electrotechnology, Atlantic International University (School of
Science and Engineering), course: Systems Engineering, language:
English, abstract: Motion control has emerged as one of the most
dynamic technologies in manufacturing. The current shift from
mechanical control systems towards electronic servo control systems
promises to increase process speeds by 50% or more, depending on
application. The transfer and assembly lines have had a powerful
impact in automating our factories with the primary goal of
reduction of labour content while holding on to the financial
justification labelled as economy of scale. Motion controllers are
components that range from ON/OFF devices with simple linear
controllers to complex, user programmable modules that act as
controllers within complex integrated multi-axis motion systems.
Applications include all types of industrial processing, packaging,
and machining/forming operations. This thesis will focus on
analysis of basic motion control theory, sensors and actuators used
in motion control, adapting fieldbus technology in motion control
systems, and developments, trends and application of motion control
technology in different engineering disciplines.
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