说明：  Intersil 白皮书：如何为超级电容器组的储能进行充电。超级电容器（supercapacitor，SC）也被称为超电容器（ultracapacitor）和双电层（electric double-layer）电容器，通常用在各种电源管理应用当中。在汽车应用中，如带有再生制动的启动-停止系统，SC能够提供重新启动内燃机时啮合（engage）起动器所需的能量，同时接受制动期间回收的动能。超级电容器有很多好处，因为它们被充电和放电的次数能够显著多于传统铅-酸电池，并且也能够更迅速地吸收能量，而不会降低其预期寿命。这些能力也使得SC对于工业备用电源系统、快速充电无绳电动工具和远程传感器具有很大的吸引力，为这些应用频繁更换电池是不切实际的。
(Intersil White Paper: How the super capacitor energy storage is charged. Supercapacitors (supercapacitor, SC) also known as supercapacitors (ultracapacitor) and electric double layer (electric double-layer) capacitor is commonly used among a variety of power management applications. In automotive applications, such as regenerative braking to start with- stop system, SC to provide engagement (engage) the starter when the energy required for restarting the internal combustion engine, while receiving the recovered kinetic energy during braking. Supercapacitor has many benefits, because they are charged and the number of discharges significantly more than conventional lead- acid batteries, and can also absorb energy more quickly, without reducing its life expectancy. These capabilities also makes the SC backup power systems for industrial, fast charging cordless power tools and remote sensor very attractive for these applications frequent battery replacement is impractical.)