Could a new battery technology help solve battery problems early?

The technique, published as part of a study in the Journal of Energy Storage, could be used to identify battery problems much earlier, before they reach the point of no repair, helping to extend their life cycles, reduce electronic waste and the demand for new batteries that use critical raw materials.

What causes battery deterioration?

Sulfation is the main cause of battery deterioration. It can be eliminated by applying high-frequency pulses to the battery. But it’s not that easy. There are different degrees of sulfation and different models of pulse repair chargers. There are also pros and cons of using these chargers and guidelines and warnings to follow.

What are the pros and cons of a battery repair Charger?

Let’s look at the pros. Pulse repair chargers help increase battery life and capacity. They use negative pulse charging to keep batteries fully charged. This special charging method is gentler on batteries. It prevents excess heat and damage, helping lead-acid batteries last longer.

What happens if a battery is damaged?

This means defects can be missed and not identified until the battery shows visible damage, such as swelling, which is often when the battery is beyond repair.

Should EV batteries be repaired?

But still, the logistics of battery repair have to be factored in to an EV’s life. Porsche, for example, expects half of its new car sales to be fully electrified by 2025, with that figure increasing to 80% by 2030.

What causes a battery to die?

Sulfation is the most common cause of battery death but a conditioner charger (desulfator charger) or desulfator are highly effective at removing it. When you use a desulfator to keep the battery plates clean, your battery will charge faster and deeper. This depth of charge means that the full power, the true power, of the battery is restored.