VATRER POWER LiFePO4 12V 600Ah Lithium Iron Phosphate Battery with Sel
VATRER POWER LiFePO4 12V 600Ah Lithium Iron Phosphate Battery with Self-Heating, 7680Wh, 300A BMS, App Connectivity, Low-Temperature Cutoff, 5000 Cycles Long Life - Ideal for RVs
- Self-heating function for full charge even in winter Equipped with an internal self-heating system. When connected to a charger at 0℃ or below, heating starts automatically, and when it reaches 5℃, heating stops and charging officially begins. Supports charging from -20℃ to 50℃, so you can use it with peace of mind even in winter.
- APP Monitoring Our lithium battery incorporates feedback from many users and has developed a special battery with an app function to easily monitor battery status in real-time. This includes current, voltage, temperature, cycles, and more. Simply download the APP to your mobile phone according to the instructions.
- Automotive Grade A Cells Manufactured with automotive-grade LiFePO4 cells, the 600Ah lithium battery boasts higher energy density, more stable performance, and greater output. Excellent cycle performance, fast charging and discharging, up to 100% charging efficiency, and high power output. No memory effect, so no matter the battery's state, it can be used immediately after charging. Supports expansion up to 4 series and 4 parallel connections, making it ideal for power storage.
- Perfect Lead-Acid Battery Replacement Our 12V600Ah LiFePO4 battery achieves over 5000 cycles, compared to 300-500 cycles for lead-acid batteries. The lifespan of LiFePO4 batteries is 8-10 times that of standard lead-acid batteries. Additionally, lithium iron phosphate batteries are 30% lighter than lead-acid batteries of the same capacity, making them easier to carry. Our battery offers excellent cost performance and is more affordable in the long run.
- Expandable for More Power and Wide Applications The 12V600Ah lithium iron phosphate battery can achieve higher voltages (24V / 36V / 48V) and more capacity (up to 48V). It can be used freely even when laid on its side or stacked, making it suitable for various scenarios. Portable power station lithium iron phosphate batteries are applicable for emergency backup batteries during disasters, lighting, digital cameras, electric bicycles, underwater lights, fish finders, RVs, etc. Note: This battery is suitable for electrical energy storage and cannot be used as a power battery.
Estimated delivery Nov 07 and Nov 12. Order within .
Can be charged at -20°C! Built-in heater is the secret
12V600Ah LiFePO4 Battery (Supports low-temperature heating charge)
No more "cannot charge" issues in freezing temperatures during winter camping or car trips.
This battery has a built-in low-temperature automatic self-heating function. It warms the inside to an appropriate temperature before starting to charge, thoroughly guarding against performance degradation and deterioration due to cold.
With a large capacity of 600Ah, it can comfortably power air conditioners, electric blankets, and cooking appliances until morning. Furthermore, it gently protects the battery even during charging, allowing you to "fill up" with peace of mind even on extremely cold nights.
It's not just resistant to cold; it smartly heats up before charging. This is the evolution of next-generation LiFePO4.

Self-heating LiFePO4 - Supports charging below freezing point -
If the battery's internal temperature drops below 0°C, the built-in heater automatically activates. Once it warms up to 5°C, normal charging resumes. This means you can immediately start powering up a severely cold battery with solar panels, chargers, or generators, without waiting. It's a smart self-heating function that eliminates charging loss due to cold.

Equipped with a 300A BMS for safe and secure power management
Even when the system is in operation, the 300A BMS thoroughly guards the battery. It protects against overcharge, overdischarge, overcurrent, and short circuits, as well as problems during low and high temperatures.Furthermore, automatic cell balancing ensures that each A-grade LiFePO4 cell operates in a balanced manner. This maintains stable output even with long-term use.

Vatrer App: Battery Data and Status at a Glance
When driving multiple loads in a large capacity system, manually checking the battery status becomes inconvenient. With Bluetooth monitoring via the Vatrer app, you can check voltage, charge status, cell status, and power consumption directly from your smartphone. This allows you to know how much energy is currently being used, so you can plan charging before the battery gets too low.

Expand capacity with flexible series and parallel connections
This off-grid lithium battery allows you to start with one high-capacity 12V battery and freely expand it into a solar power or emergency storage system.It supports up to 4P4S (4 parallel x 4 series) for 51.2V and 2400Ah, with a total capacity of 122.88kWh. This allows the system to grow as power consumption increases, preventing wasted initial investment.

Solar charging equipped, extends range for RV travel
Using appliances such as microwaves, coffee makers, toasters, and hair dryers requires a power system that can handle higher demands. With a continuous discharge rating of 300A, this 600Ah lithium battery can support a properly matched 3000W inverter. Combined with appropriate cables, fuses, and inverter settings, it provides a robust foundation for RVs, cabins, and backup power systems to handle larger AC loads.

Supports a wide range of charging methods, regardless of location or equipment
This large-capacity LiFePO4 battery supports multiple charging methods:
・Using a 14.6V 70A LiFePO4 dedicated charger: Approximately 8.6 hours
・Using a 1920W solar panel system (via MPPT controller): Approximately 4 hours
・Combining a generator + 70A DC-DC charger: Approximately 8.6 hours
Whether at home or in an off-grid environment, you can choose a practical charging method without being limited to a single power source.

Internal fixed design, diverse installation saves space
Works anywhere: RVs, cabins, off-grid setups
In an RV, you can keep your refrigerator cold, run the ventilation fan, and enjoy your morning coffee at leisure — no more scrambling for power.
In a mountain cabin, you can use the power stored by solar during the day extensively at night or on cloudy days.
And in the event of a power outage, it serves as a powerful backup power source to protect your essential appliances.
It helps maintain comfort and your daily routine as usual.

Technical specifications
FAQs
Yes. A single Vatrer 12V 600Ah lithium battery can replace a large lead-acid battery bank when a system needs about 7.68kWh of stored energy, while at the same time reducing the number of connections between batteries. This is especially suitable for RVs, vacation homes, and backup power systems where space, wiring, and battery maintenance are already a headache.
Many RV standard-equipped converters are designed for lead-acid batteries and may not be able to fully charge a 12V 600Ah LiFePO4 battery. For better charging, we recommend using a lithium-compatible charger, a LiFePO4-compatible converter, or a DC-DC charger with a charging voltage of approximately 14.6V.
A 3,000W inverter is a practical choice.
This battery supports a continuous discharge current of up to 300A, allowing for a load power of approximately 3,840W.
It is important to maintain the integrity of the inverter, cables, fuses, and the appliances you plan to use as a single system. Especially when operating appliances such as microwave ovens, coffee makers, and small air conditioners simultaneously, please pay attention to the overall balance of the system.
Yes, it is.
Please use it with an MPPT charge controller set for 12V LiFePO4 batteries.
A solar array of 1,920W allows it to be recharged in approximately 4 hours under strong sunlight.
Therefore, it is very suitable for RV roof solar, off-grid shed, or cabin power systems.
Yes, it does. The heating function uses energy before the battery can resume normal charging, so charging in cold weather may take longer than in warmer weather. However, this battery is designed to warm itself up first instead of forcing unsafe charging into a cold LiFePO4 cell, which protects the battery's lifespan and safety.
Yes, it is possible.
This battery supports expansion up to 4P4S (4 parallel, 4 series), allowing you to build a system of 51.2V 2400Ah, 122.88kWh.
When connecting batteries, it is important to use batteries of the same model, same capacity, and similar age/degradation, and to match their state of charge (SOC) before connecting them. This will help the system operate more balanced from the start.
If you're only planning to use it on weekends, this capacity is indeed larger than necessary.
However, if you're going to be using a refrigerator, inverter, lights, fans, and small appliances simultaneously for extended periods, that extra capacity becomes a significant advantage.
- For small trailers like the Casita or Scamp, meticulous planning for battery storage space is essential.
- On the other hand, large RVs and travel trailers will particularly benefit from the increased comfort provided by ample reserve capacity.
Yes, it is possible. Through a properly selected inverter, you can back up essential loads such as refrigerators, Wi-Fi routers, lighting, fans, and small electronic devices.
However, this battery (7,680Wh) alone is not intended to power an entire home's air conditioning system or electric range. It is best suited to provide ample backup power for key home appliances during short power outages.
Store following these steps:
- Maintain a storage temperature range of 14°F to 122°F (approx. -10°C to 50°C).
- Disconnect all unnecessary loads before long-term storage.
- Keep the battery in a partially charged state (e.g., 30%-50%) before storage to reduce stress on the cells.
- Use the dedicated app to easily check the battery status before storing your RV or cabin system for the off-season.
If you'd like, I can also provide a comparison with the original English text or add a Chinese translation. Please let me know.
Yes, it can be used.
However, the following conditions must be met:
- The trolling motor and wiring must be compatible with a 12V system.
- The motor's current consumption must not exceed the battery's maximum continuous discharge current (e.g., 300A).
- Appropriate cable gauge and fuse/breaker must be used.
Additionally, in a marine environment, it is recommended to protect battery terminals and connections from salt damage and water splashes.

