The LiPo chemistry that the Pale Blue batteries is based on has a very high discharge capacity, a very low resistance to charging and a very high energy density. This means that NiCd and NiMH will always have an external charging device. NiMH and NiCd also require about as many electrolytes as alkaline batteries so there is no room left in the battery for a charging circuit. NiMH batteries will also not provide as much power as NiCd or alkaline batteries, so high demand applications like radio controlled cars and drills may not be as fast or powerful. These batteries will both lose significant power while in storage. ![]() Traditionally, rechargeable batteries have been powered by NiCd or NiMH power sources. ![]() The technology in these batteries is more advanced than the technology that has been used in previous generations of devices. Note that the microUSB is for charging only and can not be used to power other devices like a battery pack. The batteries will also charge with less current but will take longer to obtain a full charge. Each battery will draw a maximum half an Ampere while charging so when charging four batteries simultaneously the charger should provide 2 Amp or more. Even though USB-C is becoming more popular, thousands of products are still introduced with microUSB every year and this will still be a relevant power standard for years to come. ![]() Even without the charging cable, these batteries can be charged in some malls and airports at cell phone charging stations.
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