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48V 50Ah Customized electric boat battery design scheme

48V 50Ah Customized electric boat battery design scheme

This is a French customer customized electric boat battery project. According to the customer's clear requirements for the limited space that can be placed on the battery and the weight of the lit...

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Product Details


This is a French customer customized electric boat battery project. According to the customer's clear requirements for the limited space that can be placed on the battery and the weight of the lithium battery, and in order to meet the electricity requirements of the electric boat, we designed a 48V50AH battery system. The system consists of 12 lithium battery packs in parallel, with a total charge of 30.72KWH. Such a design not only meets the customer's requirements for space, but also meets the customer's requirements for battery weight and power, providing a reliable power supply.

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TECHNICAL PARAMETER

 

MODEL

PTP4850

Cell Type - Chemistry

Prismatic- LiFePO4

Rated Capacity

50Ah

Rated Voltage

51.2V

Energy

2.56KWh

Resistance

30mΩ

Self Discharge

<3% per month

Dimensions (L x W x H)

L388*W265*H200mm

(Can make it smaller if you want)

Weight

2540Kg

Enclosure Protection

IP65 stainless steel case

Discharge Cut-off Voltage

32V

Max Continuous Discharging Current

50A

Recommended Discharge Current

50A

Charging Limited Voltage

58.4V

Max Charging Current

50A

Recommended Charge Current

25A

Charge Temperature Range

0~50℃

Discharge Temperature Range

-20~60℃

Recommended Operating Temperature

15~35℃

Available on request

Bluetooth, Communication protocol

 

PRODUCT ADVANTAGE

 

  • Increase total power: By connecting multiple lithium battery packs in parallel, the total power can be increased. This provides sufficient power reserves for electric boats and the like, extending the use time.

  • Provide higher power output: Parallel connected lithium battery packs can provide higher power output. Meet instantaneous high power requirements when electric boats need to accelerate quickly or cope with high load situations.

  • Balance battery charge and discharge: By connecting multiple lithium battery packs in parallel, the power balance between batteries can be achieved.

  • Improve system reliability: Even if one of the battery packs fails or fails, the other battery packs in parallel can still provide a continuous power supply, ensuring the normal operation of the electric boat. This redundant design helps reduce the impact of failures on the overall system.

  • Flexibility and scalability: Through the parallel connection of the lithium battery pack, the flexibility and scalability of the system are enhanced. The number of battery packs in parallel can be increased or decreased according to demand to accommodate different power requirements and space constraints.





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