It checks today's price at every store, compares the alternatives and answers in about a minute.
The Vatrer 12V 560Ah is a large LiFePO4 battery with built-in self-heating and a 300A BMS, aimed at RVers and off-grid users who need substantial capacity and cold-weather charging. It stores 7168Wh and supports up to 3840W continuous load, with Bluetooth monitoring via a phone app. Compared with lead-acid banks, it is lighter and delivers more usable capacity, but it is heavier and bulkier than smaller lithium batteries. Owners appreciate the cold-weather protection and high current output, though some note the need for careful charging setup and the lack of low-temperature charging without heating.
In stockSold by VATRER POWER
In stock
In stockSold by hightimetech
Availability unknown
As an Amazon Associate, Deal.ai earns from qualifying purchases.
Store links may earn us a commission.
Lowest price we've seen: $1,234.99 on Nov 11 at Walmart. Tracked across 4 stores since Nov 11.
Owners praise the Vatrer 560Ah for its large capacity, reliable cold-weather heating, and strong BMS that handles high loads. Some mention the battery is heavy and the Bluetooth app could be more polished, but overall satisfaction is high for off-grid and RV use.
This is a 12V 560Ah LiFePO4 (lithium iron phosphate) battery for RV, solar, marine and backup power use. It stores 7168Wh of energy and supports a maximum load power of up to 3840W. A built-in 300A BMS protects against overcharge, over-discharge, overcurrent, short circuits and extreme-temperature damage. It also keeps voltage consistent across the cells.
The battery heats itself automatically. Internal heating starts when the temperature drops below 32°F and stops once it reaches 41°F, which supports safe charging in freezing conditions. A Bluetooth app shows voltage, current, temperature, state of charge and individual cell status, and it can turn the battery on or off remotely.
The housing is vibration-resistant SPCC with reinforced internal construction. The battery can be installed horizontally, vertically or inverted. It 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, charging takes about 8.2 hours in full sunlight. With a generator and a 50A DC-DC charger, it takes about 11.2 hours.
