Design Ideologies
With a half century history of technological innovation and engineering, Optima products offer unstoppable power for extreme enthusiasts who require the ultimate power source. Adding more and more advanced technologies to its batteries, Optima has lead the way in power cell development ever since.
Absorbent Glass Mat
Sealed absorbent glass mat (AGM) batteries like Optima batteries do not spill, sulfate or degrade like flooded batteries do. AGM designs hold the electrolyte in suspension while keeping it in constant contact with the active lead material on the plates. This results in higher efficiency when both discharging and recharging.
AGM designs offer lower internal resistance and greater plate area. This is conducive to superior starting power, the ability to recharge much faster and higher voltage characteristics during discharge. The key benefits of AGM cells are the following:
– Impressively high cranking characteristics in a small battery.
– Higher charge acceptance during AGM battery charging.
– Sealed maintenance-free design.
– Virtually spill-proof.
– Shock and vibration-resistant.
– More power per pound as compared to standard batteries.
– Long service life.
Pureflow Technology
This Optima yellowtop is engineered with 99.99 % pure lead, which has been highly compressed into radial grids with a direct path cast-on strap to deliver robust power, extreme recharge and unsurpassed performance. 99.99% pure lead in highly compressed radial grid plates provide resistance to damage from vibration and corrosion. Optima proprietary AGM flat-plate technology features ultra-thin fibers woven into each highly compressed plate. This increases plate count and surface area, which ultimately maximizes the power and significantly extends the life of the battery. The exclusive direct path cast-on strap establishes a direct connection between power cells, thus reducing internal resistance and maximising the flow of energy. This provides faster cranking power and higher cold-cranking amps.
Shallow Cycle Or Deep Cycle?
Shallow cycle batteries excel in high start output situations where only light surface cycling takes place. The deep-cycle battery is designed for applications that require deep, repetitive amperage drain, like trolling motors, electric wheelchairs, recreational vehicle house power and in-start applications where the system load exceeds the alternator output for a short duration. They also act as a voltage stabilizer in the electrical system, evening out voltage spikes and preventing them from damaging other components in the electrical system.
Shallow cycle batteries are typically used for short enormous bursts of power, such as starting your engine or running light electrical loads. They also supply extra power when the vehicle’s electrical load exceeds the supply from the charging system.
Deep cycle batteries on the other hand are well suited to high-performance car audio and emergency vehicle applications, just two examples where the system load repeatedly exceeds the alternator output. When the engine idles and the alternator output drops, the deep-cycle battery can continue to support the load with high current and then recharge fast when the engine speed and alternator output increase. Each time this happens is called a cycle, and this can occur multiple times throughout the vehicle’s workday. Public safety vehicles, commercial fleet delivery vehicles, marine craft and vehicles fitted with aftermarket accessories find the Optima deep-cycle is the solution for overworked systems. Just as an aside; if you’re browsing a car audio website like ours then you’ll likely want a deep cycle cell.
Design Features
The Optima Yellowtop batteries have the following features unique to their design:
– Dual purpose deep-cycle and starting battery.
– Serious cranking power.
– Up to triple the life span.
– Far more resilient to vibration and shock.
– Virtually spill proof.
– Mountable in virtually any position.
– Maintenance-free design.
– Faster recharging.
– Optimal starting power.
– Well over 300 discharge / recharge cycles.
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