Power profile
Continuous load, surge current, runtime and duty cycle.
Caravans · Motorhomes · House Power
RV Batteries
battery systems.
RV batteries are selected around daily energy use, charging sources, inverter surge, compartment dimensions and temperature exposure. Standard platforms can be modified after application review.
DESIGN PRIORITIES
What the battery must fit.
A reliable configuration starts with the operating conditions—not only nominal voltage and capacity.
System interface
Charge source, voltage window, communication and connectors.
Mechanical limits
Available space, orientation, mass, enclosure and mounting.
Operating environment
Temperature, ingress exposure, vibration and service access.
CONFIGURATION SCOPE
Built around the application.
- 12.8V, 25.6V and 51.2V platforms
- 60Ah to 300Ah standard-model families
- Bluetooth and low-temperature protection standard; self-heating on H models
- Plastic Housing IP67; discharge from -20°C to 70°C
Useful details for review
Application · voltage window · capacity or runtime · continuous and peak current · size · communication · quantity
Send project detailsRELATED PRODUCTS
Product starting points.
Featured
Featured
SERIES SPECIFICATION
MANLY RV & Caravan LiFePO4 Battery Series
12.8V, 25.6V and 51.2V standard and heated battery models for caravans, campervans and motorhomes.
MATCHING CHARGER
Matching charger options.
Select the charger around the battery voltage, capacity and the RV's alternator, shore-power and solar charging architecture.
Reference charger formatCharging
Voltage-Matched LiFePO4 Charger
Charge voltage and current are selected for the exact 12.8V, 25.6V or 51.2V battery and reviewed against the vehicle charging architecture.
The charger is quoted separately.
Ask about the charger Compatibility is confirmed against the exact battery model, charging source, connector and installation before order.
RV BATTERY FAQ
Questions before upgrading RV house power.
Select around daily energy use, charging sources, inverter surge and cold-weather operation.
View all frequently asked questions12.8V is common for conventional house systems, while 25.6V and 51.2V suit higher-power architectures. Capacity should be based on daily usable energy, inverter load, recharge time and available installation space.