Long-Lasting, Dependable Power
Century Deep Cycle batteries are manufactured using the toughest internal lead components and latest design features to deliver long-lasting, dependable power.
The range includes low maintenance and maintenance free batteries, built tough for New Zealand's diverse environment and tough operating conditions. They are designed to provide superior deep cycling performance in a diverse range of recreational and industrial applications including:
View the Century Deep Cycle Range Brochure
- Recreational Vehicles
- Golf Carts
- Wheel Chairs
- Mobility Scooters
- Marine Systems
- Dual-Battery Systems
- Aerial Work Platforms
- Industrial Equipment
- Scrubbers and Sweepers
or select a range below to learn more about Century Deep Cycle batteries.
Century Deep Cycle AGM batteries are the ultimate in deep cycle technology and performance in high rate discharge applications. Featuring AGM (Absorbed Glass Mat) technology, which suspends the electrolyte within porous glass fibre mat separators, the sealed Maintenance-Free design eliminates the possibility of acid spills or leaks and electrolyte levels never need topping up.
Century Deep Cycle Flooded batteries are constructed using thicker plates, specialist antimonial lead alloys and denser active material to withstand repeated cycling. The design allows easy access to maintain electrolyte levels for maximum control over battery life.
Century Deep Cycle Industrial batteries have the most robust plate design available giving them the strength and durability needed to provide tough, dependable, long lasting power in semi traction and other heavy duty industrial applications.
Car Batteries vs Deep Cycle Batteries
are especially designed to provide a short, sharp burst of power in order to crank and start the vehicle's engine. Rather than high bursts for short intervals, deep cycle batteries are designed to deliver sustained power with low current draw over extended periods of time. Deep Cycle batteries are constructed using thicker battery plates and denser active material, to withstand repeated charge and discharge cycles.