BATTERY LANDPORT 12V 100AH DEEP CYCLE CAMPER CARAVAN INVERTER BATTERY

Landport EVX12-100 T6 12V 100Ah Deep-Cycle Battery

The Landport EVX12-100 T6 is a robust 12V 100Ah deep-cycle battery designed for reliable auxiliary power in campers, caravans, motorhomes and other leisure applications. Its sealed VRLA lead-carbon AGM/GEL construction provides dependable performance, low maintenance and strong resistance to repeated charge and discharge cycles.

With a nominal energy capacity of approximately 1.2kWh, the EVX12-100 T6 is well suited to powering an inverter for everyday 230V or 240V appliances such as televisions, laptops, phone chargers, CPAP machines and other low-to-medium-power equipment. For best performance and battery life, it is recommended for regular inverter loads of up to approximately 500W.

The battery features durable T6/M6 terminals and can be charged using a compatible mains charger, solar charge controller or DC-to-DC charger with an AGM-compatible charging profile. Its sealed construction makes it suitable for securely installed leisure-battery systems where dependable off-grid power is required.

Key Features

• 12V, 100Ah deep-cycle leisure battery


• Approximately 1.2kWh nominal energy capacity


• VRLA lead-carbon AGM/GEL technology


• Suitable for campers, caravans and motorhomes


• Compatible with 12V-to-230/240V inverters


• Ideal for televisions, laptops, chargers, CPAP equipment and similar appliances


• Maintenance-free sealed construction


• Designed for repeated cycling


• T6/M6 battery terminals


• Approximate weight: 25.8kg

Charging Specifications

• Cycle charging voltage: 14.4–14.7V at 25°C


• Float charging voltage: 13.68–13.92V


• Recommended initial charging current: below 25A

For higher-power appliances such as kettles, heaters, hairdryers, induction hobs, larger microwaves or air-conditioning systems, a 200Ah battery bank—such as two matched Landport EVX12-100 T6 batteries connected in parallel—would be advisable. This provides greater available capacity and shares the current demand between the two batteries. Suitably rated cabling, individual battery protection, a correctly sized main fuse and an appropriate inverter should be used.. Installation should include suitably rated cabling, a correctly sized fuse close to the positive battery terminal and a compatible pure-sine-wave inverter where sensitive equipment is being powered.