Application of Lithium Titanate Battery in Industrialization of Urban Transit Electric Vehicles
Abstract: The great interest for lithium titanate battery with features of long life and safety has grown in recent years. Lithium titanate material particles ranging from dozens to hundreds nanometer in diameter were prepared using solid phase synthesis method; voltage of the charge and discharge platform was 1.57 V. Using lithium titanate as battery cathode and ternary materials as anode, tests were made under different charge-discharge rates, zoom time and high temperature respectively, indicating that the battery offers higher performance. This battery has been put into large- scale application in Chongqing, and typical operating conditions, charging current, recharging time and energy consumption level were tested, proving that lithium titanate battery has a promising market prospect of application in industrialization of urban transit electric vehicles.
文章引用: 刘永相 , 侯兴哲 , 李林霞 , 周 全 , 郑 可 (2014) 钛酸锂电池在城市公交电动产业化中的应用。 智能电网， 4， 280-288. doi: 10.12677/SG.2014.46039
 李明, 刘昊, 等 (2009) 尖晶石钛酸锂及其在锂离子动力电池中的应用. 新材料产业, 3, 15-18.
 刘永相, 侯兴哲, 等 (2011) 快速充电技术应用于城市公共交通电动化应用. 智能电网, 1, 28-31.