Hybrid electric vehicles: A review of performance in various temperature conditions

• Main Authors: Basirun, Basirun, Sofyan, Herminarto, Arifin, Zainal, Mutohhari, Farid, Rabiman, Rabiman
• Format: Conference Proceeding
• Language: English
• Subjects: Batteries; Electric charge; Electric vehicles; Fuel oils; Hybrid electric vehicles; Innovations; Motor vehicles; Room temperature; Temperature
• ISSN: 0094-243X; 1551-7616
• DOI: 10.1063/5.0114632

Air pollution and scarcity of fuel oil are the result of the high consumption rate of conventional motorized vehicles. Innovation of science and technology is needed in overcoming this pollution. Transitioning the use of vehicles, especially conventional oil-fueled cars to hybrid electric cars, is a innovation to overcome this. An important aspect of hybrid engine performance is related to changes in temperature variations that occur. Writing the article aims to examine the performance of hybrid cars in various temperature variations. Temperature varieties influence the current, voltage, and SOC of the battery which influences the motor progress (on/off). The impact of temperature is dissected to restrict the working scope of the vehicle to accomplish eco-friendly execution alongside longer battery life. The mistake between the normal and determined SOC esteems is tiny and accordingly gives the genuine mileage esteem. At lower temperatures, the mileage is lower and at higher temperatures it is high contrasted with the room temperature esteems, along these lines checking the hypothesis of the impact of temperature on the response pace of the battery cells.