Lithium Leisure LiFePO4 Battery 12V Iron Phosphate Deep Cycle Motorhomes Camper

  
Lithium Leisure LiFePO4 Battery 12V Iron Phosphate Deep Cycle Motorhomes Camper. Ask a question about this item. Maintaining extremely high quality products. If using more than one of these batteries you MUST use a battery balancer. They must all be of the same type.

Our Energiestor Lithium LifePO4 batteries have double the usable power compared to Lead Acid Batteries and only half the battery weight. Energiestor Lithium batteries last 50 times longer than Lead Acid Batteries. Capable of 5000 cycles at 50% depth of discharge (DOD), or 3000 cycles at 80% DOD far outperforming lead acid batteries. LiFePo4 (Lithium Iron Phosphate) Lithium Batteries are the safest lithium battery chemistry.

All our batteries are extensively tested to comply with UN38.3. See UN38.3 testing procedure below.

All tests Passed - Altitude Simulation; Thermal; Vibration; Shock; External Short Circuit; Crush; Overcharge; Forced Discharge. Our Lithium Batteries can allow up to 100% depth of discharge, which is double the discharge compared to lead acid batteries which only recommend a discharge of 30-50% of their capacity.

For example, a 100Ah 12V lead acid battery would have 625 watt-hours of energy before taking more than 50% from the battery which could damage it. An Energiestor 100Ah Lithium battery discharge 1152 watt hours at 90% deep discharge. Advanced built-in Battery protection circuit board inside the casing with integrated battery management system (BMS) and safety switch on all models. This also protects against over charging and over discharge helping to maintain a long battery life.

Compatible with'build-in' lead acid battery chargers, although a lithium battery charger is recommended to ensure the longest life. Can have any mounting position, even upside down as long as terminals are protected. No explosive gasses vented like lead acid, therefore do not require ventilation. No Risk of battery acid leakage.

Energiestor Lithium Batteries can still be connected in series and parallel like lead acid. Lithium batteries are now becoming the battery of choice for everything from house energy storage systems to electric cars and multi megawatt grid scale storage batteries. FACT, our 60Ah (768Wh) battery has more usable power in it that a 100Ah Lead Acid battery (625Wh). You can connect up to 8 LiFePO4 batteries (or 8 LiFePo4 100Ah Lithium Battery 12.8V) in parallel giving you a battery bank capacity of up to 800Ah. Series connection is also possible to give 24V and 48V batteries however additional battery balancers are recommended.

Disadvantages of Old Technology Lead Acid Batteries. Lead Acid batteries were not perfect and had their own safety issues, as below. A lead-acid battery must be securely mounted to avoid acid spillage. They discharge a mix of hydrogen and oxygen which is created during higher charging levels. This can activate gas alarms such as carbon-monoxide detectors. Lead Acid battery gas is explosive and if it is ignited, the casing of a battery can be blown apart and its acid released, leading to injury or flesh burns. Accordingly, when charging a battery or disconnecting leads after a charge, ensure there are no naked flames nearby.

Even a lighted cigarette can ignite the gas. It is time to phase out lead acid batteries due to their weight, dangerous acid base and outdated efficiency for these reasons.

1, Limited Useable Capacity, 30 to 50% DOD only. 2, Limited Cycle Life, maybe just 200 to 500 cycles, replacement maybe every 2 years. 3, Slow & Inefficient Charging, the final 20% of lead acid battery capacity can not be fast charged. 4, Wasted Energy, as much as 15% of the energy put into them is wasted due to inherent charging inefficiency. So if you provide 100 amps of power, you're only storing 85 amp hours. 5, Lead acid batteries were very heavy. Depth of Discharge (DOD), 100% DOD will reduce cycle life as this tries to use every bit of power from the battery and makes it work at its hardest. 30% means using only 30% of the battery between each charge/ discharge cycle will give a very long cycle life for many years. As power is discharged from the battery, the battery voltage slowly drops which can be used to determine depth of discharge, (see our battery performance graphs in images).

Cycle Life, all batteries eventually degrade, it just depends on how hard they are worked. Cheap lead acid can degrade in just a few 100% discharges, over discharge, or not properly charging. This causes battery sulfation which significantly reduces the amount of charge the battery can hold. Typical lead acid batteries are usually around 200 to 500 cycles if they are well maintained with no more than 30 to 50% discharge.

Our EnergieStor Lithium batteries can be used for 2000 to 5000 cycles depending on the depth of discharge. One cycle is typical discharge to 30, 50 or 80% capacity followed by a full recharge then the next discharge cycle starts again.

Amp Hours (Ah) The maximum number of amps in the battery discharged over a moderate discharge rate. In simple terms, a 100 amp-hour battery can discharge 1 amp for 100 hours, or 10 amps for 10 hours (time to full discharge = battery Ah divided by discharge current). The number of watt hours in a battery is simply the battery voltage multiplied by the Battery Ah, i. 12.8 x 100Ah = 1280Wh.

Energiestor Lithium batteries have no minimum charge current. These batteries are fully compatible with solar charging systems so long as max charge current is not exceeded, see battery specifications sheet.

Max charge current and max discharge current does vary depending which battery model you are using 24, 36 or 48 battery systems are made using batteries in series. If you need a higher discharge current than specified, 2 or more lithium batteries can be parallel, ie. 2x100Ah in parallel have a 200A discharge rate, or surge 400A for a few seconds. If using more than one of Lithium batteries you MUST use a battery balancer.

Also, don't mix lithium batteries from different manufacturers as this will likely cause problems with the internal BMS. EnergieStor 6 Ah 12V Lithium LiFePO4 Battery. Watt Hours Capacity 76.8 (Wh).

Max Continuous Discharging Current 6A. Peak Discharging Current for only 3-5 Seconds 12A. Dimensions L x W x H1 x H2 (h2 with terminals) 153 x 67 x 95 x100mm. Charge Voltage - 14.6V.

BMS, internal Battery Management System - Over-Charge, Over-Discharge, Overcurrent and Short Circuit Protection. Temperatures - Storage & Charging 0 to +45 deg C; discharging - -20 to +60 deg C. Outer Package - Strong ABS Plastic Case. Design Lifespan - 15 to 20 Years. EnergieStor 12 Ah 12V Lithium LiFePO4 Battery. Watt Hours Capacity 153.6 (Wh). Max Continuous Discharging Current 12A. Peak Discharging Current for only 3-5 Seconds 24A. Dimensions L x W x H1 x H2 (h2 with terminals) 151 x 100 x 96 x102mm.

EnergieStor 20 Ah 12V Lithium LiFePO4 Battery. Watt Hours Capacity 256 (Wh). Max Continuous Discharging Current 20A.

Peak Discharging Current for only 3-5 Seconds 40A. Dimensions L x W x H1 x H2 (h2 with terminals) 173 x 167 x 122 x130mm. EnergieStor 30 Ah 12V Lithium LiFePO4 Battery.

Watt Hours Capacity 384 (Wh). Max Continuous Discharging Current 30A.

Peak Discharging Current for only 3-5 Seconds 60A. Dimensions L x W x H1 x H2 (h2 with terminals) 195 x 131 x 163 x 170mm. Power connection - M8 (threaded inserts and bolts).

EnergieStor 50 Ah 12V Lithium LiFePO4 Battery. Watt Hours Capacity 640 (Wh). Max Continuous Discharging Current 50A. Peak Discharging Current for only 3-5 Seconds 100A.

Dimensions L x W x H1 x H2 (h2 with terminals) 230 x 140 x 212 x 220mm. EnergieStor 60 Ah 12V Lithium LiFePO4 Battery. Watt Hours Capacity 768 (Wh).

Max Continuous Discharging Current 60A. Peak Discharging Current for only 3-5 Seconds 120A. Dimensions L x W x H1 x H2 (h2 with terminals) 260 x 170 x 210 x 220mm. EnergieStor 100 Ah 12V Lithium LiFePO4 Battery. Watt Hours Capacity 1280 (Wh).

Max Continuous Discharging Current 100A. Peak Discharging Current for only 3-5 Seconds 200A. Dimensions L x W x H1 x H2 (h2 with terminals) 340 x 185 x 217 x 225mm. EnergieStor 200 Ah 12V Lithium LiFePO4 Battery.

Watt Hours Capacity 2560 (Wh). Max Continuous Discharging Current 200A.

Peak Discharging Current for only 3-5 Seconds 400A. Dimensions L x W x H1 x H2 (h2 with terminals) 500 x 242 x 220 x 230mm. When charging your LiFePO4 battery, set charging voltage to 14.6V. Alternatively, use a specific Lifepo4 lithium Battery charger. This adjustment should also be possible using good quality PWM and MPPT solar charging controllers.

Lead acid battery chargers MUST not be used on a regular basis (only in emergency) as this will damage the battery. A lead acid battery charger maybe as low as 13.6V generally up to 14.4V. Lithium batteries must be charged at 14.6V. Please Note We try to dispatch the same day however sometimes this is not possible due to our collection times. Some items due to their size or weight may be unavailable to customers in the Highlands or Islands.

To comply with all UK building regulations any electrical work should be carried out by a UK certified electrician. All electricity should be switched off prior to ANY electrical work being carried out. Please do not book any qualified tradespersons until goods are in hand.

Low Energy Supermarket is a certified carbon neutral plus company and was founded in 2010. We are a family run business based in Cheshire, UK.

We offer various energy saving products which will help to reduce the ever rising energy bills. We only offer quality products and bring these to you at the most competitive prices we can. Low Energy Supermarket was founded in 2010, we offer various energy saving products which help to reduce the ever rising energy bills. We only offer quality products at a competitive price. 99% of customers would recommend us to a friend.