Batteries / 12.8V 600Ah
All-purpose · home, RV, boat
12.8V 600Ah LiFePO4
ECE R10 Certified
The most energy in one case: 7,680Wh, 300A continuous, 3,840W, IP65, long low profile. Low-temperature cut-off on charge and discharge. ECE R10 certified for electromagnetic compatibility (EMC).
The single-box answer for a large RV, boat house bank or home backup when charging stays above freezing and you want fewer cables.
- Energy
- 7,680Wh
- Current
- 300A
- Inverter
- 3,840W
R27,750
- Charge cuts off near 0°C. Discharge cuts off near −20°C. This stocked model is not self-heating.
- Recommended charge: 60A to 120A. Use 14.2–14.6V.
- Warranty: Vatrer warranty — ask Danie for the term and claim conditions.
- More Runtime from One High-Capacity Battery: Get substantial energy storage without building a bank from multiple smaller batteries. This Vatrer 12V 600Ah lithium battery delivers 7.68kWh for extended RV and off-grid use.
- Handle Demanding RV Power Loads: Run higher-draw appliances with the current capability your system needs. A 300A BMS supports sustained high-output use for inverter-based RV power systems.
- Build a Cleaner 600Ah Battery Bank: Keep wiring and battery-to-battery connections to a minimum with one high-capacity unit. The single-battery format simplifies large 12V installations compared with combining several lower-capacity batteries.
7,680Wh
Energy
3,840W
Max inverter load
48.85 kg
Weight
300A
Continuous BMS current
Warranty
Ask Danie for the term
7.68kWh Keeps Your RV Powered Longer
When you spend a weekend away from hookups, your refrigerator, lights, water pump, fans, and electronics keep drawing power long after you park. This Vatrer 12V 600Ah lithium battery stores 7.68kWh in one battery, giving you more time between charging sessions.
Run High-Draw RV Appliances with 300A Output
Making coffee in the morning or running an appliance through your inverter demands much more current than keeping lights and electronics on. The built-in 300A BMS supports up to 300A continuous discharge, giving your 12V system the current capacity needed for demanding RV loads.
Recharge with the Power Sources You Already Use
At a powered campsite, a 14.6V LiFePO4 charger can recharge the battery from shore power. When you are off-grid, pair solar panels with an MPPT controller, or use a generator with a LiFePO4 AC charger when sunlight is limited. Vehicle charging uses a DC-to-DC charger.
One 600Ah Battery Keeps the Bank Simpler
Building 600Ah from several smaller batteries adds more cables, terminals, and parallel connections inside the battery compartment. This Vatrer 12V 600Ah LiFePO4 battery puts the full capacity into one battery, reducing battery-to-battery connections and keeping a high-capacity 12V battery bank easier to organize.
Know What Your Battery Is Doing from Your Phone
During dry camping, Bluetooth app monitoring lets you check SOC, temperature, cell voltage, and BMS status from your phone. You can see how much energy remains and check battery status without opening the battery compartment.
Built-In Protection for Changing Outdoor Conditions
Cold mornings, summer travel, and exposed RV installations put the battery through changing conditions. Built-in high- and low-temperature protection helps protect the LiFePO4 cells when temperatures move outside normal operating conditions, while the IP65-rated case adds protection against dust and water exposure.
Grow Your Energy System When You Need More
If your system grows beyond a single 12V battery, this model supports up to a 4S4P configuration for a maximum 122.88kWh battery bank. That gives you room to expand into a larger off-grid or home energy storage system without moving to a different battery system.
Power More Than the RV
Beyond RV use, this battery fits off-grid cabins, camping power systems, solar setups, and home energy storage projects. It gives you a practical way to use the same high-capacity 12V battery across mobile and stationary power systems.
Make More of Your Time Off Grid
Choose Vatrer for a high-capacity RV power setup that stays simpler to live with day to day.
Tech specs
| Price | R27,750 |
|---|---|
| Nominal voltage | 12.8V |
| Charge voltage | 14.2V – 14.6V |
| Energy | 7,680Wh |
| Max continuous charge | 300A |
| Max continuous discharge | 300A |
| Recommended charge | 60A to 120A |
| Max inverter load | 3,840W |
| Terminals | M8 |
| Weight | 48.85 kg |
| Dimensions | 635 × 244 × 220 mm |
| Ingress | IP65 |
| Certification | ECE R10 certified (electromagnetic compatibility) |
| Charge temperature | 0°C to 50°C. Low-temp charge cut-off 0°C ± 4°C. |
| Discharge temperature | −20°C to 60°C. Low-temp discharge cut-off −20°C ± 4°C. |
| Storage | −10°C to 50°C. |
| Warranty | Vatrer warranty — ask Danie for the term and claim conditions |
Charge it
- Lithium iron phosphate 4-string charger, 14.6V.
- Solar through an MPPT. Pick 12V (14.6V) LiFePO4 mode, or user mode and type the values from the table.
- An inverter that has a built-in AC-to-DC charger, on the same lithium profile.
- 120A (0.2C) — about 5 hours to 100%
- 300A (0.5C) — about 2 hours to 97%
Voltage right off the charger is not the resting voltage. Disconnect, wait 15 minutes, then measure.
MPPT values from this manual
| Charging limit voltage | 14.6V |
|---|---|
| Over-voltage disconnect | 15V |
| Over-voltage reconnect | 14.2V |
| Equalize charging voltage | 14V |
| Float charging voltage | 13.8V |
| Boost charging voltage | 13.8V |
| Boost reconnect voltage | 13.2V |
| Low-voltage disconnect | 10.8V |
| Low-voltage reconnect | 12.4V |
| Under-voltage warning | 11.6V |
| Under-voltage warning reconnect | 12V |
| Discharging limit voltage | 10.4V |
| Over-discharge disconnect | 10.4V |
| Over-discharge reconnect | 11.6V |
| Over-discharge delay | 0.8s |
| Equalize duration | 120 min |
| Boost interval | Not suitable for lithium batteries |
| Boost duration | 120 min |
Cold weather
Charge cuts off near 0°C. Discharge cuts off near −20°C. This stocked model is not self-heating.
Charge: 0°C to 50°C. Low-temp charge cut-off 0°C ± 4°C.
Discharge: −20°C to 60°C. Low-temp discharge cut-off −20°C ± 4°C.
Bank wiring
Up to 16 identical batteries in total. Max 4S4P combined (48V class). Up to 10 in a parallel-only bank.
Charge each battery alone, then parallel them for 12–24 hours before the final series or parallel layout. Full connection notes
This model’s manual includes app connection for monitoring.
BMS
The enclosed BMS covers over-charge, deep discharge, overload, overheating, short circuit and a low self-discharge rate. It disconnects if the inside of the battery reaches 75°C. It also disconnects if a single cell goes above 3.75V or below 2.2V. Below 13.8V it will not show as full. If the BMS has opened, remove the load and rest it for 30 minutes, then fully charge. If it is too flat to accept a charge, use a charger that can start from 0V, or parallel another 12V lithium (or a lead-acid between 12V and 14.6V) for about a minute, then fully charge.
