A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Neoteric Innovations Concerning Battery Technology And Lubricants For Electric Vehicles
Electric automobiles play a paramount role in the electrification revolution towards the curtailment of the carbon footprint owing to the fact that the transport sector is a key contributor to both greenhouse gas emissions and local pollution. As a broad endeavor to alleviate the negative environmental effect of climate change, promoting the adoption of electric automobiles has been proposed as a dual alternative to reduce exhaustible fuel resource expenditure along with the greenhouse gas emissions. The electric automobile market has recently gained a lot of recognition. The refinement of relevant rechargeable battery components with lubricants is crucial for the development of hybrid and battery-powered automobiles in the future. To optimize energy production while simultaneously assuring safety, special attention must be paid to the material characteristics and protective coatings of said electrodes while also considering the electrolyte employed. The long-term objective of lubrication science is to prioritize the efficient application of certain lubricants for electric motors and other tribological connections, including wheel bearings and the steering system. Given their low greenhouse gas emissions and advantages over diesel and gasoline cars in terms of fuel economy, electric automobiles are often affiliated with green technology and a decrease in greenhouse gas emissions. The purpose of this study is to emphasize the latest developments in battery technology, specialized lubricants as well as additives for electric automobiles and innovations along with applications of electric mobility in the Middle Eastern and North African region.
Neoteric Innovations Concerning Battery Technology And Lubricants For Electric Vehicles
Electric automobiles play a paramount role in the electrification revolution towards the curtailment of the carbon footprint owing to the fact that the transport sector is a key contributor to both greenhouse gas emissions and local pollution. As a broad endeavor to alleviate the negative environmental effect of climate change, promoting the adoption of electric automobiles has been proposed as a dual alternative to reduce exhaustible fuel resource expenditure along with the greenhouse gas emissions. The electric automobile market has recently gained a lot of recognition. The refinement of relevant rechargeable battery components with lubricants is crucial for the development of hybrid and battery-powered automobiles in the future. To optimize energy production while simultaneously assuring safety, special attention must be paid to the material characteristics and protective coatings of said electrodes while also considering the electrolyte employed. The long-term objective of lubrication science is to prioritize the efficient application of certain lubricants for electric motors and other tribological connections, including wheel bearings and the steering system. Given their low greenhouse gas emissions and advantages over diesel and gasoline cars in terms of fuel economy, electric automobiles are often affiliated with green technology and a decrease in greenhouse gas emissions. The purpose of this study is to emphasize the latest developments in battery technology, specialized lubricants as well as additives for electric automobiles and innovations along with applications of electric mobility in the Middle Eastern and North African region.
Neoteric Innovations Concerning Battery Technology And Lubricants For Electric Vehicles
Shaji, Karan Mathews (author) / Dudhe, Ravishankar (author) / Alex, Ahana Fatima (author)
2023-02-20
499056 byte
Conference paper
Electronic Resource
English
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