Search for dissertations about: "Battery Modeling"
Showing result 16 - 20 of 63 swedish dissertations containing the words Battery Modeling.
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16. A Holistic Take on Simulating Battery Electrolytes
Abstract : As powering a sustainable future is a global goal, interest in battery research and technology is at an all-time high. In order to enable a transition to green-tech, many industries, such as the automotive industry, urge for batteries with higher power and energy densities, longer life-times, and that are safer. READ MORE
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17. Cost and financing of the sustainability transition of the Swedish road freight transport sector
Abstract : The cost and financing of the road freight sector’s sustainability transition, driven by significant greenhouse gas (GHG) emissions and cost considerations, represent an urgent yet underexplored research focus. This study investigates the costs of fleet replacement with zero-emission powertrains, battery electric vehicles (BEVs) and fuel cell vehicles (FCVs), emphasizing cost variables that have been overlooked in transition research. READ MORE
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18. A Methodology for the Design of Cost Effective Hybrid Vehicles
Abstract : This thesis deals with system design of cost effective hybrid and fuel cell vehicles. Today (2004) the major disadvantages of these vehicles are increased complexity and component costs. However, the decrease in cost of electrical components and the environmental concern make these vehicles more and more competitive. READ MORE
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19. Thermal Aspects and Electrolyte Mass Transport in Lithium-ion Batteries
Abstract : Temperature is one of the most important parameters for the performance, safety, and aging of lithium-ion batteries and has been linked to all main barriers for widespread commercial success of electric vehicles.The aim of this thesis is to highlight the importance of temperature effects, as well as to provide engineering tools to study these. READ MORE
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20. Environmental Assessment of Emerging Technologies: The Case of Nanomaterials for Energy Systems
Abstract : This thesis contributes to the development of methodologies for assessing the potential environmental performance of emerging or future technologies. The chosen empirical field is the study of nanotechnologies for energy systems. READ MORE