Design and Implementation of Strategic Long-Distance Operation Optimization Algorithm for Solar/Electric Car Race.

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Master of Sciences Thesis

Strategic Long-Distance Operation Optimization for Solar/Electric Road Vehicles.

Development of course-specific energy use strategies for extension of vehicle operational range and average vehicle speed maximization. Original solution to the implied limited-fuel/minimum-time problem. General applicability of concept / various possible applications.

Branimir M Brankovic

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Design and Implementation of Strategic Long-Distance Operation Optimization Algorithm for Solar/Electric Car Race.

Details: Category: Operational Optimization of Transport Systems.; Published: Saturday, 19 August 2017 18:57; Written by Branimir; Hits: 822

RESEARCH PROJECT Report: Design and Implementation of Strategic Long - Distance Operation Optimization Algorithm for Solar/Electric Car Race. Published as Master of Science Thesis.

Working as Graduate Research Assistant, have developed a strategy for the subject solar/electric car operation. Minimum - Time Limited - Energy Fixed - Constraints Adaptive Strategy has been implemented on "Sol of Auburn", the Auburn University solar car, during the "GM Sunrayce" solar car race, Realized at Auburn University. Ref.: Prof.Dr. S.T.Hung, Department of Electrical Engineering, Auburn University, Auburn, Alabama, U.S.A. also: Prof.Dr. Sushil Bhavnani, Department of Mechanical Engineering, Auburn University, Auburn, Alabama, U.S.A.