Thesis (M.A.)--Özyeğin University, Graduate School of Sciences and Engineering, Department of Electrical and Electronics Engineering, May 2018.In recent years, there is a surge in research on Plug-in Electric Vehicles (PEVs),
as PEVs are one of the ways that we can reduce carbon emissions. Dramatic cost
reduction in PEVs has resulted in their becoming mainstream vehicles. However,
there is still one big hurdle before they can take over other types of vehicles, and that
is their limited range. Lack of charging stations exacerbates the situation further, and
proliferation of charging stations does not completely alleviate the range problem as
charging can take a few hours. Therefore, a PEV should cover as much distance with
a given battery charge, or equivalently, should consume as little energy as possible
for a given distance. The choice of the instantaneous control algorithm plays a role
in this energy minimization problem, but on the other hand, the most critical aspect
of this minimization problem is the speed pro le of the vehicle, which is given as a
reference input to the instantaneous control algorithm. This thesis o ers a signi cant
contribution to the literature in range optimization of PEVs given a realistic vehicle
model, which it does through a combination of Monte Carlo and Newton-Raphson
optimization methods
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