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14B_2.7 Sodium-ion Starter Batteries 钠离子启动电池 - Coggle Diagram
14B_2.7 Sodium-ion Starter Batteries 钠离子启动电池
2.7.2 Performance requirements for starter batteries versus current battery challenges启动电池的性能需求与现有电池痛点
2.7.2.1 Performance Requirements of Starter Batteries and Limitations of Conventional Batteries启动电池的性能要求与传统电池的局限性
2.7.2.2The primary pain points of traditional lead-acid starting batteries传统铅酸启动电池的主要痛点
2.7.1 Working Principle工作原理
2.7.1.1 Electrochemical working principle电化学工作原理
2.7.1.2 Operating principle during startup启动过程中的工作原理
2.7.1.3 Starting batteries place greater emphasis on "power" than on "energy density".启动电池更注重“功率”而不是“能量密度”
2.7.1.4low temperature property低温性能
2.7.1.5 High-rate discharge capability高倍率放电能力
2.7.1.6 Why Can Sodium-ion Batteries Achieve 6,000+ Cycles?
2.7.1.7 Low self-discharge自放电低
2.7.3 Why Sodium-ion Batteries Can Be Used as Starter Batteries为什么钠离子电池适合做启动电池？
2.7.3.1 High-rate charging and discharging高倍率充放电：为什么钠电可以快速充放电？
2.7.3.2 Long Cycle Life长循环寿命 6000+次长循环寿命从何而来？
2.7.3.3 Low Self-discharge低自放电
2.7.3.4 Low-temperature Starting Performance
2.7.3.5 Weight Reduction
2.7.3.6The core performance logic of sodium-ion starting batteries 钠离子启动电池的核心性能逻辑
2.7.4 Sodium-ion vs. Lead-acid Starter Batteries
2.7.5 Application Scenarios