Vatrer 12V 560Ah Lithium Battery with Self-Heating
Vatrer 12V 560Ah Self-heating Lithium RV Battery 300A BMS
- 560Ah Capacity & 7168Wh Energy: Store up to 7168Wh of reliable power, perfect for long off-grid living or backup systems.
- 3840W Max Load Power: Delivers up to 3840W of continuous output to support high-demand devices and inverters.
- Built-in 300A Smart BMS: Ensures voltage consistency and protects from overcharge, short circuit, and extreme temperatures.
- Automatic Self-Heating: The battery automatically starts heating below 32°F and heating stops above 41°F to maintain safe charging in cold climates.
- Multiple Charging Options: Supports a LiFePO4 charger 14.6V 70A, solar panels (≥1000W MPPT), or generator with DC-DC charger.
- Scalable to Higher Capacity: Connect up to 4 in series or 10 in parallel for large solar or hybrid energy systems.
- Bluetooth Monitoring & Control: Track voltage, current, SOC, and temperature in real time from your phone via the Vatrer smart app.
- Lightweight & Maintenance-Free: 30% lighter than equivalent lead-acid setups, with zero maintenance required for clean, efficient power.
$259.99 USD
Unit price per
$19.99 USD
Unit price per
Estimated delivery between Jun 19 and Jun 24. Order within .
7168Wh Power, Longer Off-Grid Confidence
When you’re away from hookups, weak battery capacity feels stressful fast. The Vatrer 560Ah battery gives you 7168Wh of stored energy, so you can run lights, fans, appliances, refrigerators, and essential electronics with more confidence. With up to 3840W max load power and 4,000+ deep cycles, this 12V 560Ah LiFePO4 battery is built for long trips, full-time RV living, and serious off-grid use. It is also about 30% lighter than three 12V 200Ah lead-acid batteries, making your upgrade easier to handle, install, and live with.
300A BMS. Safer Power Every Day
This 560Ah lithium battery is equipped with a built-in 300A BMS to help prevent overcharge, over-discharge, overcurrent, short circuits, and extreme-temperature damage. It also maintains voltage consistency across the LiFePO4 cells, helping reduce imbalance and support long-term efficiency.
Self-Heating. Ready for Cold RV Trips
This heated lithium RV battery automatically starts internal heating when the temperature drops below 32°F and stops once it reaches 41°F, helping protect the cells and support safe charging in freezing conditions. You do not need to babysit the battery or worry about sudden low-temp charging damage. For winter camping and four-season RV setups, this self-heating lithium RV battery keeps your energy system more stable when the weather turns harsh.
Bluetooth Control. Know Your Battery Instantly
With Bluetooth app monitoring, you can check voltage, current, temperature, state of charge, and individual cell status in real time. You can also turn the battery on or off remotely through the app, giving you smarter control over your power system. Whether you are inside your RV, near your solar setup, or managing a backup system, the Vatrer 560Ah battery keeps key data visible and easy to understand.
Flexible Charging. Easier System Matching
This 12V 560Ah LiFePO4 battery can be charged with a 14.6V 70A LiFePO4 charger in about 8 hours, with solar panels and an MPPT controller of 1000W or more in about 8.2 hours under full sunlight, or with a generator and 50A DC-DC charger in about 11.2 hours. That gives you more freedom, you get high-capacity storage without being locked into one charging method.
Compact Fit. Tough Mobile Installation
Measuring 16.69 × 14.8 × 11.14 inches, this 560Ah lithium battery delivers serious capacity in a compact footprint that fits more easily into tight compartments and custom setups. It supports multi-directional installation, including horizontal, vertical, and inverted placement, without affecting performance or safety. With reinforced internal construction and vibration-resistant SPCC housing, it is ready for road vibration, marine movement, and demanding mobile power environments.
Expandable Capacity. More Power When Needed
The Vatrer 560Ah battery supports up to 4 batteries in series and 4 in parallel for higher-voltage systems, or up to 10 batteries in parallel for up to 5600Ah total capacity in a parallel-only setup. That flexibility makes it easier to scale for larger solar arrays, off-grid cabins, backup systems, and high-demand RV builds. Start with one powerful battery, then expand when your system demands more.
Built for RV, Solar, Marine and Backup Power
This 12V 560Ah LiFePO4 battery stores solar power during the day, runs RV appliances at night, supports marine electronics on the water, and provides backup power when the grid goes down. It is a strong match for campers, full-time travelers, cabin owners, and anyone building a dependable off-grid power system. If you are looking for the best 12V 560Ah lithium battery for high-capacity storage, smart protection, and cold-weather readiness, this one is built to work hard.
Vatrer Quality. Built for Long-Term Trust
A battery upgrade is not just about capacity; it is about trust every time you turn something on. With 7168Wh energy, 5,000+ cycles, flexible charging, expandable storage, and cold-weather protection, this self-heating lithium RV battery gives you the power, visibility, and confidence your system deserves. Choose the Vatrer 12V 560Ah LiFePO4 battery today and upgrade to safer, smarter, longer-lasting off-grid power.
TECH SPECS
Customer Reviews
Very happy with the construction and the performance of this battery. I have two, wired in parallel. Per the instructions, I charged them individually for 48 hours, and then wired them in parallel let them charge together for another 48 hours. Their performance has exceeded my expectations in terms of amperage provided and runtime i(although I have not discharged them deeper than 20%, so I can't comment if they provide the same or more than their specifications). The BMS seems good enough, but the two batteries report slightly different percentage SoC even though they are properly wired in parallel with equal size and length wire, and the battery voltages are identical. I would highly recommend and I will definitely buy them again.
As specified. Arrived in a huge box with lots of protection. Works perfectly on ourboat.
Shipping was fast, just got them charged up and paralleled them together for 24 hours, getting them ready for installation in our RV.
560AH seems to be enough power to last me 9 day operating two external monitor, a powerful gaming laptop, Verizon home internet charging three phones and my girlfriend's laptop 8 hours a day every day. Im a digital nomad and I use it in my campervan.
Works better than expected! It combined with my victron inverter, I can power my entire trailer no problem.
haven’t installed yet, spring project
Haven’t done the run down test yet. Just got it installed in the RV. It seems fine while testing charging in the garage. Bluetooth is nice. I’m hoping this works in below freezing temps. Don’t expect to get to zero but 10 degrees F is likely
FAQs
Yes. The Vatrer 12V 560Ah LiFePO4 battery can replace multiple 12V lead-acid batteries in many RV systems, including Class A, Class C, fifth wheel, and travel trailer setups. It provides 7168Wh of energy and is about 30% lighter than three 12V 200Ah lead-acid batteries, helping reduce weight while increasing usable capacity.
Yes, for many 12V RV and off-grid systems. The Vatrer 560Ah battery has a built-in 300A BMS and supports up to 3840W max load power, making it suitable for a 3000W inverter when the system wiring, fuse, inverter surge rating, and cable size are correctly matched. It can support common RV loads such as a microwave, coffee maker, refrigerator, lights, fans, and CPAP machine.
Yes, if you charge your battery in freezing conditions. This heated lithium RV battery starts heating automatically below 32°F and stops heating at 41°F, helping protect the cells during cold-weather charging. It is useful for winter RV camping, ski trips, mountain cabins, and northern states where overnight temperatures often drop below freezing.
Yes. This 560Ah lithium battery can be charged with solar panels when used with a compatible MPPT solar charge controller. For efficient charging, Vatrer recommends at least 1000W of solar input, which can recharge the battery in about 8.2 hours under full sunlight. It is a strong match for RV roof solar, off-grid cabins, and mobile solar power systems.
It may work, but the charger must be compatible with LiFePO4 batteries. For best performance, use a 14.6V LiFePO4 charger, a properly programmed RV converter, or a DC-DC charger for alternator charging. For example, a 50A DC-DC charger can charge the Vatrer 560Ah battery in about 11.2 hours, making it practical for motorhomes, camper vans, and towable RVs.
Runtime depends on your appliance wattage. With 7168Wh of energy, this 12V 560Ah LiFePO4 battery can theoretically run a 100W 12V fridge for about 71 hours, a 500W appliance for about 14 hours, or a 1000W load for about 7 hours before efficiency loss. Actual runtime will vary based on inverter efficiency, temperature, wiring, and appliance cycling.
Yes. The Vatrer 560Ah battery supports up to 4 batteries in series and 4 in parallel for higher-voltage systems, or up to 10 batteries in parallel for a 12V system up to 5600Ah. Before connecting batteries in series and parallel, charge each battery to the same voltage level to reduce current imbalance and improve system stability.
It is a strong option for full-time RV users who need high capacity, cold-weather protection, and smart monitoring. The best 12V 560Ah lithium battery should offer large usable energy, long cycle life, low-temp protection, a strong BMS, and easy monitoring. Vatrer combines 7168Wh capacity, 5,000+ cycles, a 300A BMS, Bluetooth app control, and self-heating protection, making it well-suited for full-time RV living, boondocking, and off-grid travel.
Vatrer 12V Heated Lithium Battery Comparison
- Reliable Power, Empowering Lives.
- Vatrer specializes in LiFePO4 lithium batteries for golf carts, RVs, home energy storage, and off-grid applications, designed for reliable performance and long-term use.