What To Know About Lithium Batteries in Mobility Scooters

Nearly two million Americans use scooters, wheelchairs, and related mobility assistive devices daily or semi-regularly. These individuals depend on reliable energy sources to keep their equipment functional. Read this guide on what to know about lithium batteries in mobility scooters to ensure you find the ideal product for your device.

Usable Capacity:Lithium vs. Lead-Acid & AGM Batteries

“Usable capacity” is the top factor differentiating lithium batteries from lead-acid and AGM alternatives. Unfortunately, this battery term is often misunderstood by many mobility scooter riders. When you charge a battery completely, the internal energy inside of the battery is at a full charge. However, most lead-acid and AGM batteries only allow the user to consume 50 percent of the available energy before requiring another charging cycle. Lead-acid batteries always need a sufficient amount of stored energy to prevent technical complications such as sulfation.

These battery options are insufficient to power something as important as a mobility device. Thankfully, lithium batteries don’t require stored energy reserves to preserve themselves, allowing users to consume the entire energy capacity between charges! Even though a row of lithium, lead-acid, and AGM battery products may feature the same “amp-hour” rating, remember that lithium batteries provide the most robust usage capabilities.

Lithium Batteries Are Ideal for Extreme Environments

Chances are you won’t be taking your mobility scooter to an “extreme environment” any time soon. However, a simple change of a few degrees in external temperatures can dramatically impact the performance and reliability of the battery. For example, lead-acid and AGM components are highly sensitive to environmental changes and external factors, including extreme temperature fluctuations, moisture, and aggressive bumping. These characteristics are notideal for a person who often travels outdoors on their mobility scooter. Conversely, lithium batteries are atmospheric-resistant, ensuring dependable performance regardless of the conditions or surroundings.

Cost-Saving Benefits

Since lithium batteries are so reliable and energy-efficient, most tend to last a long time. A quality lithium battery can easily power a mobility scooter for 18 months (everyday usage) to three years (light usage). As a result, lithium battery users don’t spend as much on replacing their electronic components compared to lead-acid or AGM mobility device users. While lead-acid and AGM batteries are more affordable upfront than lithium batteries, the long-term investment in reliability is far more valuable than initial savings.

Pro Tip: Topping Off Your Lithium Batteries

GMI Energy is committed to helping our loyal customers get the most out of our battery products. One way to maximize the performance of your mobility scooter is by topping off your lithium batteries during the charging process. Instead of allowing a full discharge cycle, recharge your lithium batteries frequently. This technique, also known as “topping off,” ensures a greater lifespan for the equipment. Along with boosting performance, this charging method can reduce replacement battery expenses in the long run.

Use this guide on what to know about lithium batteries in mobility scooters to find the ideal product for your essential equipment. Check out our selection of high-quality mobility scooter batteries at GMI Energy!