Choose from our wide selection of durable batteries designed for caravans, motorhomes, marine, etc. Power your lights, inverter, water pumps and any other DC appliances reliably over long periods.
SuperCharge Amptech Deep Cycle Batteries
SuperCharge starting plus deep cycle batteries are used for a vast number of purposes to suit the needs of the consumers. The difference is how much power is delivered and how long it needs to be delivered.
Deep Cycle Batteries
SuperCharge deep cycle batteries provide power to electrical accessories, such as lights, trolling motors or winches. It is built to provide a low, but steady level of power for a longer period of time.
AMP-TECH Deep Cycle
12 Months* Warranty
- Exceptional strength, durability and reserve capacity
- Accessible battery design
- Minimal self-discharge rate
- Available in a range of sizes to suit stand-by and mobility applications.
Fullriver DC Batteries
Deep-cycle batteries typically feature thick plates with a high-ensity active material.The thick battery plates allow for reserve energy to be stored deep within the battery plate and released during slow discharge such as rolling or electronic instrument use. The high-density active material remains within the batteries’plate/grid structure longer, resisting the normal degradation found in cycling conditions.They are typically used where the battery is discharged to great extent and then recharged. Deep Cycle refers to applications that typically discharge 60 to 70% or more of the battery capacity. An automotive battery is an SLI battery (Starting,Lighting & lgnition.)Its plates are designed to deliver maximum power for a short duration.
Starting an engine typically discharges an SLI battery 3% or less. When an SLIbattery is used in a deepcycle application or in a vehicle with heavy accessory loads,the battery life will be shortened proportionally to how deeply and frequently it is discharged. The Fullriver Deep Cycle battery uses a different chemistry for the plates’active paste material,and a slightly stronger acid. This chemistry allows for a much longer life in deep cycle applications with only a slight reduction in maximum power output.
- Superior Deep Cycle Design
- High Power Density
- Thick Plates and High-density
- Active Material