Call: 248 705 8337
Email: [email protected]
Email: [email protected]
- Live battery monitoring system via bluetooth, relax as you'll always know exactly how much battery you have left
- 150-200 amp continuous draw and 300-400 amps for 10 seconds. Run A/C and large draw items. Much more power than competitors. - Half the weight, twice the power of lead acid - Ideal for camping, light, powerful, long-lasting - Over two thousand cycles = years of happy camping vs. lead acid at 200-300 cycles - Charge much more efficiently from Solar - 95% of rated amperage is usable vs 50% for lead acid Call any time 773-965-2546 or read below for more on how these lithium batteries compare to AGM, lead acid, and other lithium batteries on the market Power Stations - 2000+ cycles, 30 Amp Draw |
Ideal for custom camper vans
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This 24 V150 Ah LiFePO4 battery is designed for both house and engine start marine applications. It has a built in 120 amp continuous draw Battery Management System (BMS) and is plug compatible with most lead acid and AGM charging systems. A Bluetooth battery monitor system for monitoring the state-of-charge of the battery with a free app is included.
This battery measures 20.5x10.5x8.7 inches 520x267x220mm.
LiFePO4 lithium batteries are safe, powerful and plug compatible with most lead acid and AGM battery charging systems. LiFPO4 battery technology offers many advantages over lead acid and AGM technology including high capacity storage, consistently high power at same voltage (meaning higher operating efficiency), much longer cycle life (up to 10x), less weight (half), longer shelf life and rapid efficient charging (20% more efficient), availablity of 95% of rated battery amperage instead of 50-60% available amperage.
A LiFePO4 battery has two primary components, the LiFePO (lithium iron phosphate) cells and the Battery Management System (BMS). Both are inside a sealed battery case. The quality of the cells and BMS are key to the longevity and performance of the battery. LiFePO cells are wired in parallel to form a single module producing 3.2 volts. Four of these modules are connected in series to form a rated 12.8 volt LiFePO4 battery; eight for a 25.6 (24) volt battery. The temperature, charge and discharge of each cell is monitored and actively managed by the BMS, a computer built into each battery. In addition to cell monitoring and management, the BMS will prevent over-discharging of cells by disconnecting the load and will prevent cell over-charging by reducing charge current or stopping the charge process. The BMS will also shut down the system if the battery temperature is out of range and wait for it to come down before continuing to charge.