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Long-Lasting 12v 200ah Forklift Battery with Innovative Storage Design

Name: Long-Lasting 12v 200ah Forklift Battery with Innovative Storage Design
Brand: Dongguan Everwin Tech Co., Limited
SKU: LFP 12V 200AH
Price: 55.00 USD
Availability: InStock

Product Details

Place of Origin: China

Brand Name: EWT

Certification: MSDS

Model Number: LFP 12V 200AH

Payment & Shipping Terms

Minimum Order Quantity: 10

Price: 385USD/pc for 10-100pcs

Packaging Details: carton box+paper box

Delivery Time: 7-12 delivery days

Payment Terms: T/T

Supply Ability: 100pcs for 25-30 days

Get Best Price

Product Details

Product Description

Product Details

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                                    12v 200ah Forklift Battery, Long-Lasting Forklift Battery
                      

Product Description

New Design Storage Rechargeable 12v 200ah For Forklift Batteries

species

Lithium Iron Phosphate

Voltage

32700-12V

capacity

200AH

Batteries

IFR32700 3.2V 6Ah

size

521*238*218mm

weight

24KG

Maximum charging current

100A

Maximum discharge current

150A

Display screen

Communication support

As the demand for EV batteries continues to grow, researchers at the University of Michigan have developed a method to predict how changes in manufacturing processes and materials will affect battery life.

Engineers at the University of Michigan have determined that the internal resistance, measured immediately after the battery is made, is a key measure of battery life. Measurements can be made in seconds at the end of the manufacturing process at little to no additional cost.

Previous studies have shown that lifetime prediction is possible, but it requires repeated cycles – charging, discharging, and recharging – to collect the data needed to train the algorithm. The aging tests required to determine lifespan can take weeks to months to complete. For this reason, the test was conducted only on a small number of cells, not all of the resulting cells.

But this new study, recently published in the journal Joule, shows that accurate battery life can be predicted with the help of a resistance measurement, or rather a measure of how well a battery resists the flow of current inside it. This resistance can come from the material of the internal components, or from electrochemical factors that affect the movement of ions between the battery electrodes. Measuring resistance at low charge levels is key.

Andrew Weng, the study's lead author and PhD student in mechanical engineering, said: "In principle, resistance measurements in the low-charge state can be obtained without any cycles, which makes the model training process faster. "

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