Design of the Fire Extinguishing System for Electric Vehicles

Abstract

As mankind develops social life, everyone is interested in urban life. This term urban Life is simply to be near innovations and technologies by living in a dense city. With demand for technologies increasing globally, the adoption of more environmentally friendly and economical friendly technology is more likely to be chosen. This thesis will focus on the risk hazard of both traditional Internal Combustion Vehicles and lately developed Electric Vehicles. This thesis investigates the primary causes and characteristics of EV fire incidents, emphasizing why, despite lower incident rates compared to internal combustion vehicles, battery fires demand specialized suppression systems due to their prolonged burn time, risk of re-ignition, and emission of toxic gases. Through analysis and comparison between existing fire extinguishing systems, cherry-pick the advantageous and efficient factors. This system design is guided by environmental conditions in Mongolia, focusing on parking standards and arena