File(s) under embargo

29

day(s)

until file(s) become available

Investigation of Transparent Photovoltaic Vehicle Integration

thesis
posted on 20.07.2021, 19:25 by Zachary Craig Schreiber
The pursuit to combat climate change continues, identifying new methods and technologies for sustainable energy management. Automakers continue developing battery electric vehicles while researchers identify new applications and materials for solar photovoltaics. The continued advancement of technology creates new holes within literature, requiring investigation to understand the unknown. Photovoltaic vehicle integration gained popularity during the 1970s but did not commercialize due to technology, economics, and other factors. By 2021 the idea resurfaced, showcasing commercial and concept vehicles utilizing photovoltaics. The emergence of new transparent photovoltaics presents additional options for vehicle integration but lacks literature analyzing the energy output and economics. The theoretical analysis investigated transparent photovoltaic replacing a vehicle’s windows. The investigation found that transparent photovoltaic vehicle integration generates energy and financial savings. However, due to high system costs and location, the system does not provide a financial payback period like other photovoltaic arrays. Improving cost, location, and other financial parameters create more favorable circumstances for the photovoltaic system. Furthermore, transparent photovoltaics provide energy saving benefits and some return on investment compared to regular glass windows.

History

Degree Type

Master of Science

Department

Engineering Technology

Campus location

West Lafayette

Advisor/Supervisor/Committee Chair

Anne M. Lucietto

Additional Committee Member 2

Richard Mark French

Additional Committee Member 3

M. Austin Creasy

Usage metrics

Licence

Exports