A starting battery is a battery specifically designed for starting, lighting, ignition, and power supply in vehicles, ships, etc. Currently, most starting batteries on the market use traditional lead-acid batteries. With the continuous development of lithium iron phosphate battery technology, lithium iron phosphate batteries, which have higher energy density, longer service life, higher performance efficiency, and faster charging speed, are gradually replacing lead-acid batteries and becoming the preferred battery technology for starting batteries.
Next, I'll discuss in detail why lithium iron phosphate batteries can be used as starting batteries.
Long lifespan and high utilization rate
As is well known, traditional lead-acid batteries have a very short lifespan, averaging only 300-500 cycles. In contrast, lithium iron phosphate batteries have a cycle life exceeding 3000 cycles, several times that of traditional lead-acid batteries. Especially when used as starting batteries in vehicles, ships, and other equipment, a cycle life of over 3000 cycles is equivalent to the lifespan of the entire device, effectively eliminating the need for battery replacement. This not only maximizes battery utilization but also minimizes battery replacement and maintenance costs, maximizing profits.
Unaffected by Pukter's Law
Starting a battery requires it to discharge a large current in a short period of time. Lead-acid batteries are affected by Peukert's law; under high load conditions, the higher the load, the less usable energy the battery can provide. Lithium iron phosphate batteries, on the other hand, almost do not experience the Peukert effect, and their usable energy remains unaffected until the battery is fully discharged. For details, please refer to the article "A brief discussion on the impact of Peukert's law on batteries".
Small size, high energy density
Lithium iron phosphate batteries have an energy density 3-4 times that of lead-acid batteries. Therefore, with the same battery capacity, lithium iron phosphate batteries are smaller and lighter, making the devices lighter and thus reducing energy consumption.
More stable, more efficient, and more environmentally friendly
Traditional lead-acid batteries have disadvantages such as being prone to damage if left unused for a long time, having a short lifespan, needing to be replaced regularly, having the risk of being grounded, and needing to be jump-started or rescued. Lithium iron phosphate batteries do not have these disadvantages, and they have higher energy density, longer lifespan, and faster charging speed.
Furthermore, discarded lead-acid batteries, containing lead and lead-acid solution, can cause serious pollution to the atmosphere, water, and soil. Lithium iron phosphate starting batteries, on the other hand, do not contain these heavy metal materials, making them greener and more environmentally friendly.
Juda has developed a smart start-up battery to enhance the user experience.
Juda's lithium iron phosphate starting batteries support high-rate discharge and can ensure that the battery is not damaged by high current surges during startup. In addition, Juda's intelligent starting battery is about to be launched. This starting battery also features AI capabilities and is equipped with an advanced BMS battery management system, allowing for real-time monitoring of the starting battery's status and enabling intelligent power preservation, intelligent wake-up, and other functions to improve the user experience.
