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BATTERY SERVICES
HOW IT WORKS
Your vehicle's battery plays a vital role in powering essential systems, from the starter and ignition to key electronic components. It serves as an energy storage unit, ensuring smooth start-ups and continued functionality even when your vehicle is not running. With regular battery maintenance, you can extend its lifespan and keep all the important components running smoothly, regardless of the weather conditions. Trust us to keep your battery in top shape, so your vehicle can click, blink, honk, and shine reliably.
HOW OFTEN
On average, a typical battery tends to last between three to five years before requiring a replacement. Once it no longer meets the performance specifications set by the manufacturer, it's time to consider getting a new one.
What Kind of Battery Does a Vehicle Use?
Most automobile batteries on vehicles made in the late twentieth century and later are or were flooded cell batteries or a variation thereof. Flooded cell batteries have a liquid electrolyte and can be replenished with distilled water. In recent decades, sealed versions of these batteries that theoretically do not need replenishing have become widespread. The theory behind sealed batteries is that without a path to evaporation, the electrolyte will not dehydrate and need to be replenished with water.
Other notable battery types that can be manufactured in the power range and capacity to run your car include all the following, but they are uncommon in today’s car market and more likely to be found in boats, scooters, and recreational vehicles. Performance batteries often make use of unconventional designs to achieve various goals, so it’s worthwhile to understand them before committing to a battery upgrade.
Types of Vehicle Batteries
VALVE-REGULATED BATTERIES
These batteries are a variation of sealed batteries, requiring minimal maintenance apart from recharging if they become excessively discharged. They differ from traditional sealed flooded wet cell batteries in that they incorporate advanced valve designs to prevent electrolyte spillage or shifting within the battery. They can be produced in various styles, such as gel cell and AGM formats. These batteries represent the current state-of-the-art design, as they are more resistant to disruption caused by movement or inversion compared to older designs.
GEL CELL BATTERIES
Gel cell batteries represent a high-quality design in terms of electrolyte usage, offering the benefits of a fluid electrolyte without the associated instability and risk of spillage. While dry cell batteries are generally cheaper and may have a shorter lifespan, gel cell batteries excel in maintaining stability across a wide range of temperatures, ensuring consistent efficiency in various driving conditions. It is important to note that batteries still have their operating limits, so it's advisable to check the temperature rating of any battery you purchase for your car.
DEEP CYCLE BATTERIES
Deep cycle batteries are widely used in recreational boating and camping as a primary storage component. They can be recharged, have a long lifespan, and provide deep power capacity. Despite longer charging times, their sustained power makes them suitable for demanding tasks. While less common in automotive applications, deep cycle batteries are favored by performance battery designers seeking to optimize sustained output. They enable extended accessory usage without the engine, power additional lighting and environmental systems, and offer increased cranking output in cold weather when designed accordingly.
DRY CELL BATTERIES
Dry cell batteries, unlike wet cell batteries, utilize a glass mesh to absorb the electrolyte. This design minimizes the risk of spilling and enables the battery to be positioned in any orientation. This flexibility can be highly advantageous when attempting to accommodate a significant power source within a confined space.