Vatrer 12V 460Ah Self-Heating LiFePO4 Battery for All-Season Power
Vatrer 12V 460Ah Self-Heating LiFePO4 Battery for All-Season Power
- Stay Off Grid Longer with One Battery: The Vatrer 12V 460Ah LiFePO4 battery stores 5888Wh of energy, giving owners substantially more usable runtime without building a bank from multiple smaller batteries.
- Run Demanding RV Loads with Confidence: Support high-draw appliances and inverter-powered equipment with up to 3840W of load capability, making the stored capacity practical for more than basic lights and electronics.
- Keep Charging Through Cold Weather: This self-heating LiFePO4 battery automatically uses incoming charge power to warm the cells before charging when temperatures are too low, reducing cold-weather charging interruptions.
- Simplify a High-Capacity Battery Bank: One 460Ah lithium battery can replace several smaller batteries, reducing interconnect cables, terminals, and installation complexity in a large RV power system.
- Check Battery Status Without Opening the Bay: Bluetooth app monitoring gives you direct access to SOC, remaining capacity, current, power, and protection status from your phone.
- Recharge Around the Way You Travel: Use shore power, solar with an MPPT controller, or a generator-based charging setup, giving you practical charging options whether you are at a campground or off-grid.
- Built for Mobile Power Installations: The SPCC metal housing provides a durable enclosure for RV battery compartments and other mobile installations where the battery is exposed to regular travel and vibration.
- Grow the System When Your Energy Needs Increase: Series and parallel expansion lets the battery remain part of a larger RV or off-grid power system as future capacity or system-voltage requirements grow.
Estimated delivery between Sep 18 and Sep 23. Order within .
5.888kWh for Longer RV Days Off-Grid
Your fridge, lights, water pump, electronics, and inverter loads keep drawing power after you leave shore power. One Vatrer 12V 460Ah LiFePO4 battery gives you a large energy reserve for longer RV stays and boondocking trips without building your house battery bank from several smaller batteries.


High-Draw RV Appliances Get the Current They Need
That stored energy still has to reach high-draw appliances without tripping the battery. The built-in 300A BMS supports up to 3840W of load or inverter power for RV appliances such as microwaves, coffee makers, and other inverter-powered equipment.


More Capacity Without a Multi-Battery Setup
Replacing several smaller batteries with one 460Ah lithium battery reduces battery-to-battery connections and simplifies the space around your RV power system. The SPCC metal housing provides a durable, compact enclosure suited to RV battery compartments and under-seat installations.


Stay Charge-Ready with a Heated Lithium Battery for RV Travel
On a cold morning, when a charging source is connected and battery temperature is at or below 32°F, charging input goes to the heating system. Once temperature rises above 41°F, heating stops and normal charging begins automatically. This self-heating LiFePO4 battery handles the heating sequence without manual heater control.


Three Ways to Recharge Wherever You Park
Plug in with shore power, recharge from solar panels through an MPPT controller while boondocking, or pair a generator with a DC-to-DC charger when solar production is limited. With a 70A LiFePO4 charger, a full recharge takes about 6.5 hours.


Battery Status Right on Your Phone
Open the Bluetooth app to check SOC, remaining capacity, current, power, and protection status without opening the battery compartment. You can also manage the discharge switch from your phone and see how RV loads are affecting the battery throughout the day.


Built-In Protection for Everyday RV Use
The integrated BMS monitors over-charge, over-discharge, over-current, short-circuit, high-temperature, and low-temperature conditions during charging and use. This helps protect the battery as loads, charging sources, and temperatures change throughout a trip.


Room to Expand as Your Power Needs Grow
If your system grows beyond one battery, you can connect up to four batteries in series or up to ten in parallel. This gives you a clear path to increase system voltage or battery bank capacity for larger RV, solar, or off-grid power systems.




Make the Upgrade Before Your Next Trip
Replace an aging lead-acid bank or simplify a multi-battery setup with one high-capacity Vatrer battery. Get the power you need for longer RV stays, easier battery management, and more time off grid. Order your Vatrer 12V 460Ah LiFePO4 battery today and get your power system ready for the next trip.


TECH SPECS
FAQs
When a charging source is connected and battery temperature is at or below 32°F, our battery directs the incoming charge power to the heating system first instead of charging the cells. Once the temperature rises above 41°F, heating stops and normal charging begins automatically. Keep the charging source connected in cold weather and the battery handles the heating-to-charging sequence automatically.
No. The heating function is activated by charging input when the battery is cold; it does not continuously consume stored energy just to stay warm. If no charging source is connected, the heating function will not keep running overnight.
Yes. With up to 3840W of supported load or inverter power, this battery can supply high-draw RV appliances such as an air conditioner. A 3000W load can run for approximately 1.9 hours from a full battery, while actual runtime will vary with compressor cycling, inverter efficiency, and other loads running at the same time.
A 150W refrigerator can run for approximately 39.2 hours from a fully charged battery if it were drawing that power continuously. Real refrigerators cycle on and off, while other RV loads also share the same battery capacity, so use the Bluetooth app SOC reading to track remaining energy during actual use.
Yes. One 460Ah battery provides more capacity than four 100Ah batteries while reducing battery-to-battery cables and connection points. It is a strong option when you want a high-capacity 12V battery bank without building it from several smaller batteries.
A lithium-compatible RV converter can be used with this battery. If your existing converter only supports flooded lead-acid or AGM charging profiles, replace it with a LiFePO4-compatible charging solution so the battery receives the correct charging voltage and avoids lead-acid equalization modes.
A solar array of at least 1000W paired with an MPPT controller can recharge the battery in about 5.8 hours of effective solar production. Lower solar wattage can still charge the battery, but recovery will take longer and may extend across multiple daylight periods.
Yes. A 3000W inverter running from a 12.8V battery draws roughly 234A before inverter losses, which remains below the battery’s 300A continuous discharge rating. Use DC cables, terminals, and over-current protection sized for this current level so the rest of the system can support the battery’s output safely.
Yes. You can expand the system with matching batteries as your energy needs grow, with up to 10 batteries in parallel for additional capacity or up to 4 in series for a higher-voltage battery bank. When adding batteries, use matching units and bring them to a similar state of charge before connecting the bank.
Open the Vatrer app and check the protection status first. Over-current, short circuit, excessive load, or temperature protection can interrupt discharge; remove or reduce the problem load and correct the fault before restoring output. The app helps you identify the battery condition directly instead of troubleshooting only from inverter behavior.
