Mercury Elite 220Ah 12V Tall Tubular Battery
Get long, dependable backup for your inverter or solar system. The Mercury Elite 220Ah battery uses tall tubular plates and a deep cycle design, so it delivers power for hours and recharges quickly. As a result, you keep your lights, fans, and appliances running through long outages. In addition, its rugged build handles the heat and daily use common in Nigeria.
Why choose this battery?
- High 220Ah capacity: It stores plenty of energy, so you get longer backup than smaller batteries.
- Deep cycle design: It handles repeated deep discharges, which suits daily inverter and solar use.
- Tall tubular plates: This construction improves durability and lifespan, so the battery lasts longer under heavy use.
- Quick charge acceptance: It recharges faster than a standard flat-plate battery, so it is ready again sooner.
- Low maintenance: Extra top electrolyte and a special alloy reduce water loss, so you top up less often.
- Built for tough conditions: The rugged case works in hot and humid environments.
What can the Mercury Elite 220Ah battery power? (verify)
The Mercury Elite 220Ah battery suits home and office inverters and off-grid or hybrid solar systems. It is a 12V battery, so you connect one directly to a 12V inverter. For a 24V system you need two batteries in series, and for a 48V system you need four. However, backup time depends on your load, so add up your appliances first. Send us your inverter model and appliance list, and we will confirm the right number of batteries before you order.
Specifications
- Brand: Mercury
- Model: Elite 220Ah Tall Tubular Battery
- Type: Deep cycle tubular lead-acid battery
- Voltage: 12V
- Capacity: 220Ah [confirm the rating, C10 or C20]
- Maintenance: Low maintenance, periodic water top-up (verify)
- Dimensions and weight: [add from the label or supplier]
- Terminal type: [add from the label or supplier]
- Warranty: [add your terms]
Planning your setup
First, add up the power of your appliances, and decide how many hours of backup you need. Next, match the number of batteries to your inverter voltage, which is 1 for 12V, 2 for 24V, and 4 for 48V. Also, use thick, short cables and a correctly rated breaker, because battery banks carry high current. Finally, ask our team to advise on installation, because a good installer protects your equipment and your safety.
