Battery ENERBLOCK JLFP - LITHIUM 12.8V 105AH

The ENERBLOCK JLFP Battery - LITHIUM 12.8V 105AH -Block Charge Lithium LiFePO4 Technology 330x171x219mm | 10.5kg

The ENERBLOCK LITHIUM LiFePO4 batteries in the JLFP series are the next generation of mobile energy source. Lithium-iron-phosphate (LiFePO4) technology is the longer-lived and safest variant of lithium-ion technology. Compared to "traditional" lead-acid technology, including AGM and GEL, the ENERBLOCK LITHIUM batteries are characterised by greater resistance to deep and frequent discharges. These batteries do not have a memory effect, and partial and notorious discharges do not have a negative impact on their service life. In contrast to lead-acid technology, in LiFePO4 technology the expressed capacity of the battery does not decrease with increasing current consumption, which significantly increases their efficiency. Additional advantages include low weight, a wide operating temperature range and the ability to charge the battery very quickly.

Applications:

• Yachts , Boats
• Campervans
• Photovoltaics, Wind Power, Energy Storage
• Emergency lighting system, alarm, fire
• Electric vehicles, scooters, wheelchairs

Basic features:

• Lithium-iron-phosphate LiFePO4 technology battery with integrated BMS
• Possibility to operate the battery in any position and in unventilated areas
• Extreme cycle and deep discharge life
• Light weight
• Increased capacity (constant capacity regardless of power consumption)
• Possibility of fast charging (2-3 hours)
• Built-in terminals with screw threads for eyebolt connectors (adapters-posts can be purchased on our auctions)
• Partial discharge does not adversely affect service life

Technical data:

• Voltage : 12.8V
• Capacity : 105Ah
• Energy : 1344Wh
• Dimensions : long. 330mm x W: 171mm x H: 219mm
• Weight : 10.5kg
• Terminal : Thread-M8 (screws for eyelet connector included)
• Technology : LITHIUM LiFePO4
• Life : 3500 duty cycles (DOD 80%)

BMS system:

• Protection against charging at sub-zero temperatures
• Protection against overcharging
• Deep-discharge protection
• Overheating protection
• Reverse polarity protection