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ePOWER B-TEC LiFeP04 36v 100Ah Lithium Battery

Available in 12v 100Ah, 125Ah, 200Ah and 300Ah capacities and 24v 100Ah & 36v 100Ah, the ePOWER B-TEC lithium battery is designed and intended for use in deep cycle applications where a single battery is required that meets the amp hour capacity.

Smart Phone Monitoring System

The Enerdrive ePOWER B-TEC battery incorporates wireless Battery Monitoring Technology. By downloading the Android™ or Apple app to your smartphone or tablet device, you can monitor the following information;

Battery Capacity

Battery Voltage

Battery Current (Amps)

Battery State of Charge (SOC)

Battery State of Health (SOH)

Battery Status

Individual Cell Voltage

Battery Temperature

Battery Cycles

Battery Alarms

Battery Event Information

Battery Management System

The battery is also equipped with an internal Battery Management System that can monitor and optimise each Prismatic cell within the battery during normal operation. It will protect the battery pack from over charge, over discharge, over temperature & short circuit. The BMS helps to ensure safe and accurate operation of the battery.

Size & Weight Savings

Lithium v AGM Capacities

100Ah Lithium = 160Ah AGM

125Ah Lithium = 200Ah AGM

200Ah Lithium = 320Ah AGM

(Based on standard depth of discharge for both Lithium (80%) and AGM (50%).

The ePOWER B-TEC battery provides 60% more usable power than its equivalent lead acid cousin and being nearly 50% lighter and 30% smaller makes for a superior alternative.

The ePOWER B-TEC battery is perfect for camper trailers, 4WD's (AUX battery), caravans, small water craft, low power communication sites or any other application that requires the use of a single deep cycle battery that meets the amp hour capacity.

With over 7 years of researching, designing and testing lithium batteries and the associated charging systems, Enerdrive are at the forefront of lithium battery systems in Australia. Enerdrive are the only Australian company that can supply a fully integrated self-branded energy system to suit your setup.

With over 3000 complete systems in operation Australia wide, Enerdrive is regarded as the leader in the field of lithium batteries and energy systems for Mobile, Marine and Remote applications.

Please Note: The ePOWER B-TEC battery is capable to be paralleled to a second ePOWER B-TEC battery of the same size. For maximum performance and lifespan of your ePOWER B-TEC battery, no more than 2 batteries should be connected together to increase your overall capacity. Overall loads when paralleled should not exceed the current limits of a single batteries BMS.

The 100Ah battery is able to accept a maximum inverter capacity of 1000W only. Exceeding the maximum inverter capacity can damage the BMS Management within the battery.

If you are requiring a battery system larger than ePOWER B-TEC battery, please look at the Enerdrive Pro Series Power Pack Systems which can offer multiple parallel and series connections with Active Cell Balancing Protection across the entire pack.

Specifications

Normal Specification

EPL-100BT-36V

Nominal Voltage

38.4V

Nominal Capacity

100Ah

Cycle Life (DOD – 80% under controlled conditions)

≥ 2000 Cycles

Standard Charge Specification (Lithium profile charger required)

Battery Charge Temperature

0 ̴ 45°C

Normal Charge Voltage CV/CC*

43.20 ̴ 43.80V

Standby (Float) Voltage

40.5 ̴ 41.40V

Maximum Charge Current

50A @ 25°C for 30mins

Recommended Charge Current for Maximum Life

≤33A

Standard Discharge Specification

Battery Discharge Temperature

-20 ̴ 60°C

Battery Output Voltage Range

33.00 ̴ 43.80V

Maximum Discharge Current

100A @ 25°C ± 5°C for 30mins

Pulse Discharge Current

450A for 1.0s

Discharge Cut-off Voltage

≤33.60V

Circuit Protection

The battery is supplied with a LiFePO4 Battery Management System BMS that can monitor and optimize each single prismatic cell during charge & discharge, to protect the battery pack from overcharge, over discharge & short circuit. Overall, the BMS helps to ensure safe and accurate operation of the battery.

Over-Charge Protection

Over-charge Protection Per Cell

3.90V ± 0.03V

Over-charge Release Per Cell

3.60V ± 0.05V

Over-charge Release Method

Discharge below release voltage

Over-Discharge Protection

Over-discharge Protection Per Cell

2.80V ± 0.05V

Over-discharge Release Per Cell

3.20V ± 0.05V