Why Do Toy Cars Run Faster And Longer With Lithium AA?

Various electric toys are children's favorite. However, super power-consuming toys require frequent battery replacement, and the power is not long-lasting, which is very inconvenient. If you use ordinary dry batteries, in most cases it will run out of power within 20 minutes of play, and if you use alkaline batteries, it won't last for 3 hours. Batteries also tend to be expensive over the course of a year. Using lithium AA batteries can run faster and longer, and BlinksPower lithium batteries have become the choice of many people.

1.Voltage difference: The nominal voltage of lithium batteries is usually around 1.8V, while the nominal voltage of alkaline batteries is around 1.5V. Lithium batteries have a slower voltage drop during discharge and can provide a more stable high voltage output. This means that lithium batteries can provide more power to the toy car, making it run faster.

2.The relationship between voltage and speed: Voltage is a measure of electrical energy. The higher the voltage, the more electrical energy the battery can provide. In DC motor applications such as toy cars, lithium batteries can bring higher voltage, which means that the motor can receive more electrical energy, thereby generating greater torque and rotational speed, allowing toy cars to travel at higher speeds.

3.Battery weight: Lithium batteries are lighter than alkaline batteries. In an application like a toy car, the weight of the battery has a direct impact on the overall performance of the vehicle. A lighter battery means the vehicle has less inertia to overcome, so it can accelerate faster and reach higher speeds.

Equipped with BlinksPower lithium battery, there is no need to replace the battery frequently, which is more economical and affordable in the long run! It can also provide long-lasting battery life, making children’s electric toys fully powered and ready for play at any time!