Three categories of lead-acid batteries can be regenerated:

• Starter batteries – Designed to deliver high current output in a short time.
• Slow-discharge batteries (traction batteries) – Built to withstand deep discharges before being recharged.

Stationary batteries – Designed for minimal maintenance and commonly used as an emergency power source.

The lifespan of a regenerated battery depends on various factors, including its age, initial condition, and usage patterns. While regeneration significantly extends battery life, it does not restore it to a brand-new condition. Performance longevity also depends on proper maintenance and adherence to optimal charge and discharge cycles.

Yes, battery regeneration is a cost-effective solution. It eliminates the need for frequent battery replacements, reducing operational costs while minimizing waste production. This approach is particularly advantageous for businesses that rely heavily on batteries, such as those in transport, heavy industry, and renewable energy sectors.

To determine if a battery is suitable for regeneration, it is best to consult a specialist. Several factors are assessed, including battery type, age, sulfation level, and general condition. A professional diagnostic test will confirm whether regeneration is possible and if it can effectively restore performance.