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Product Description
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Technical Details
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FAQs
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Customer Reviews
PACKAGE CONTENTS:
1 x 12V 100Ah Trolling Motor LiFePO4 Battery
1 x Product Manual
2 x M8 Terminal Bolts
2 x Plastic Nut Caps
2 x Flat Washers
ATTENTION:
1. A charger is not included.
2. If a bolt is directly fastened or the thickness of the harness OT terminal piece used is less than 2 mm, add a flat washer for fastening.
NOTE:
This battery is not suitable for water pumps, electric jacks, electric stackers/lifts, pool vacuums, or similar loads. If you have any questions, please provide a specific product link, and we will check compatibility for you.
Technical Details
BATTERY
Cell Type：
LiFePO4 Prismatic
Warranty：
5 Years
Cycle Life：
4000 cycles at 100% DOD, 6000 cycles at 80% DOD, 15,000 cycles at 60% DOD
Nominal Voltage：
12.8V
Rated Capacity：
100Ah
Energy：
1280Wh
Max. Expansion (Parallel & Series)：
4P (12V 400Ah) / 4S (48V 100Ah) / 4P4S (48V 400Ah)
Internal Resistance：
≤40mΩ
Certifications：
FCC/UL1973/CE/RoHS
BMS
BMS：
100A
Max. Continuous Output Power：
1280W
Max. Continuous Charge Current：
100A
Max. Continuous Discharge Current：
100A
Surge Discharge Current (1 Second)：
500A
CHARGE
Charge Method：
CC/CV
Charge Voltage：
14.4V ± 0.2V
Recommend Charge Current：
20A
TEMPERATURE
Charge Temperature：
32℉ to 122℉ (0℃ to 50℃)
Discharge Temperature：
-4℉ to 140℉ (-20℃ to 60℃)
Storage Temperature：
14℉ to 122℉ (-10℃ to 50℃)
Low-Temperature Protection：
32℉ (0℃)
Low-Temperature Charging Protection Auto Recovery：
41℉ (5℃)
OTHERS
Terminals：
M8 bolts
Weight Approx.：
22.13 lbs
Size：
L13 x W6.77 x H8.5 in.
Housing Material：
ABS
Protection Class：
IP65
FAQs
Q: Can I use Timeusb LiFePO4 Lithium batteries as starting batteries?
A:
Timeusb LiFePO4 batteries are not meant to be used as starting batteries. They are specifically designed for energy storage and lack the Cold Cranking Amps (CCA) required for starting applications.For more information, please refer to the article "Deep Cycle VS Starting Battery."
Q: What are the ways to charge Timeusb LiFePO4 Lithium batteries? Can I charge with solar panels?
A:
There are 3 ways to charge Timeusb LiFePO4 lithium batteries:
1. Using Solar Panels
The battery can be fully charged in one day (with effective sunshine 4.5 hrs/day) by 400W solar panels. It may take more than one day to fully charge the battery by ≥400W solar panels since the duration and intensity of light would be a great factor for their charging efficiency.
2. Using Generator or Alternator
The Recommended Charging Voltage: 14.2V - 14.6V.
The Recommended Charging Current:
① 20A (0.2C): the battery will be fully charged in around 5 hrs to 100% capacity.
② 50A (0.5C): the battery will be fully charged in around 2 hrs to around 97% capacity.
3. Using LiFePO4 Smart Chargers (Recommended)
To charge 12V battery, it is recommended to use 14.6V battery charger.
The Recommended Charging Voltage: 14.2V - 14.6V.
The Recommended Charging Current:
① 20A (0.2C): the battery will be fully charged in around 5 hrs to 100% capacity.
② 50A (0.5C): the battery will be fully charged in around 2 hrs to around 97% capacity.
Of course you can charge with solar panels.
Q: What is the maximum number of Timeusb 12V 100Ah TM lithium batteries that can be connected?
A:
The Timeusb 12V battery supports a variety of connections, including series, parallel, and series-parallel configurations. You can connect up to 4 batteries in series (4S), 4 batteries in parallel (4P), or 16 batteries in a series-parallel configuration (4P4S).
Q: How long will a 12V lithium-ion battery 100Ah last?
A:
There are two main situations to consider: one for devices that use direct current (DC) and another for those that use alternating current (AC).
For DC devices, battery duration depends on how much power, in watts, these devices require.
For AC devices, you need to think about a few things:
①The Power of the AC device: The power demands of the connected devices or appliances determine the amount of power drawn from the battery, affecting the runtime.
②The efficiency of the inverter that converts DC power to AC power (make sure the inverter can handle the power requirements of the AC device): The efficiency of the inverter affects the overall power conversion and usage, impacting the runtime of the battery.
Keep in mind that actual battery run time may vary depending on the condition of both the battery and the inverter, as well as how the DC/AC device is operating.