



Yes, it’s available. Customized products are available.
Yes, we can supply samples, and buyer pay for sample cost and shipping cost.
1pc for sample verification is available. More quantity has better price.
We offer 12 months warranty for all our battery pack,we ensure at least 2000 cycle life for LiFePO4 battery pack.
Yes, our battery pack includes BMS, which was designed and produced by ourselves.
PACE
Marine
12.8V 100AH
The 12.8V100AH lithium battery pack is a versatile and reliable energy storage solution tailored for marine applications, offering efficient and sustainable power for various marine vessels. With a voltage rating of 12.8 volts and a capacity of 100 amp-hours, this battery pack provides ample energy reserves to meet the demands of marine navigation, propulsion, and auxiliary systems. Its moderate capacity strikes a balance between power output and space efficiency, making it suitable for integration into a wide range of marine vessels, from small boats to larger yachts and commercial ships. Built using advanced lithium-ion technology, this battery pack delivers fast charging, long cycle life, and stable performance, ensuring seamless operation and extended service life in marine environments.
Max charging Nominal voltage Dimensions (LxWxH) Charging voltage
100A
12.8V
450*300*300(mm)
14.6V
2. 12.8V
3.450*300*300(mm)
4. 14.6V

Made of lithium iron phosphate, work after charging, high power, no need for maintenance

Twice as fast charging for the best charging experience, saving you 100% of your time

Reduces energy loss by 50% and lasts longer, allowing you to have more fun.

PACE lithium batteries offer five times more power compared to lead-acid batteries

Original Factory Grade A Cell
Adopting the original grade A quality battery cell, different from the B product, dismantled and ladder cell in the market. With strong performance and quality assurance, making the battery pack more stable.

Equipped With Intelligent BMS
Our PACE lithium batteries are equipped with cutting-edge technology. Thanks to the BMS you’ll know the status of your battery in real time and all the guesswork will be gone. You’ll know how much power is left in the battery and how long it will take to return to full charge.

R&D and Production Strength
More than one hundred R&D personnel, supporting R&D center, reliability test room, product qualification test center. Testing center, reliability testing room. Product identification testing center. Own factory, product performance is stable and quality is trustworthy
PRODUCT
PRODUCT
SPECIFICATIONS
| Model | 4S100Ah-PACE2013 |
| Chemistry | Lithium Battery Pack |
| Nominal Voltage | 12V |
| Nominal Capacity | 100AH |
| Charging ways | constant current/constant voltage |
| Max continuous discharge current | 100A |
| Cycle Life @80% DOD | >2000cycles |
| Charge Temperature | 0 to 45ºC |
| Discharge Temperature | -20 to 60ºC |
| Storage Temperature | -20 to 35ºC (3 months) |
| Storage Relative Humidity | 60±25% |
| BMS | Integrated |
| Weight | 12Kg |
| Size W*H*L(mm) | L227mm*W106mm*H223mm |
| Communication Protocal | TTL or Customized |
| Number of parallel connections allowed | Up to 4P |
FAQs
Yes! The batteries are sealed and designed to handle being in a moist environment. All of our batteries have an IP65 water rating. Like any electronics, you should not submerge them in water, but they can handle it.
12 Volt
0.5C CC (constant current) charging to 14.6V, then(constant voltage 14.6V) charging
Charge until the charging current ≤ 0.05C
24 Volt
0.5C CC (constant current) charging to 29.2V, then CV (constant voltage 29.2V) charging
Charge until the charging current ≤ 0.05C
36 Volt
0.2C CC (constant current) charging to 43.8V, then CV (constant voltage 43.8V) charging
Charge until the charging current ≤ 0.05C
48 Volt
30A CC (constant current) charge to 54.75V, then CV (constant voltage 54.75V)
Charge until charge current ≤ 0.05C
72 Volt
0.2C CC (constant current) charging to 87.6V, then CV (constant voltage 87.6V) charging
Charge until the charging current ≤ 0.05C
Parallel connections involve connecting 2 or more batteries together to increase the capacity of the battery bank. In this case, the positive terminals are connected together and the negative terminals are connected together of all the batteries until you reach your desired capacity. Series connections involve connecting 2 or more batteries together to increase the voltage of the battery system. The positive of one battery is connected to the negative of another until the desired voltage is achieved. For example, if you connect 2 x 12V batteries in series, the battery system will be 24V.
The important factors are to match;




