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Find Verified Batteries Chargers Suppliers, Manufacturers and Wholesalers

VERIFIED
Feb-15-24

Battery Jumper

MOQ: Not Specified
Supplier From Dubai, United Arab Emirates
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Battery Jumper
VERIFIED
Feb-15-24

Battery Charger

MOQ: Not Specified
Supplier From Dubai, United Arab Emirates
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Battery Charger
VERIFIED
Feb-04-25
Supplier From Brooklyn NY, United States
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They are used for about 4-5 years, and have capacity to be used for at least 7-8 years more that can be used for powering.

We are looking to get $2500 per battery EXW NJ USA
VERIFIED
Dec-03-25

Laptop Batteries, Scrap

$1.35 - $2 / Pound (FOB)
MOQ: 2000  Pounds
Sample Available
Supplier From Lakewood, New Jersey, United States
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These are scrap li-ion laptop batteries that have been pulled from laptops. Buyers are responsible for arranging the freight from our facility to theirs. Each Gaylord/pallet will weigh approximately 2,000lbs.

Our loading address is 1950 Rutgers University Blvd, Lakewood, NJ 08701, USA.
Feb-28-25
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Stock No - 2501100923BTBDB
Reg Year/Month - 2020/5
Mileage - 15,200km
Engine Size - 4,500cc
Transmission - MT
Drive Type - 4WD
Steering - Right Hand
Engine Model - 1VD
Model Code - 3888
Chassis No -
Fuel - Diesel
Color - Gray
Seats - 5
Maximum Carry -
Status - In-Stock

OPTIONS:
ABS
Airbag
AC Front
Power Steering
Power Windows
Alloy wheels
Spare Tire
9712 Batteries Chargers Suppliers
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Jan-09-18
Supplier From Suwon-si, Gyeonggi-do, South Korea (Republic Of Korea)
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Operating Battery Voltage (Vdc) = 72
Communication = CAN 2.0b
Installation Optimal to = Daysailer / Racing
Min. Regenerating Speed (kn) = 3
Max. Regenerating Output (kW) = 5
Jan-09-18
Supplier From Suwon-si, Gyeonggi-do, South Korea (Republic Of Korea)
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Continuous Power (hp) = 16
Operational Speed (rpm) = 2,200
Reduction Ratio = 1.93:1
Weight (kg) = 46.5
Operating Battery Voltage (Vdc) = 72
Jan-09-18
Supplier From Suwon-si, Gyeonggi-do, South Korea (Republic Of Korea)
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Continuous Power (hp) = 25
Operational Speed (rpm) = 2,200
Reduction Ratio = 1.93:1
Weight (kg) = 50.5
Operating Battery Voltage (Vdc) = 72
Jan-09-18
Supplier From Suwon-si, Gyeonggi-do, South Korea (Republic Of Korea)
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Continuous Power (hp) = 40
Operational Speed (rpm) = 2,530
Reduction Ratio = 4.05:1
Weight (kg) = 72
Operating Battery Voltage (Vdc) = 310
Jan-09-18
Supplier From Suwon-si, Gyeonggi-do, South Korea (Republic Of Korea)
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Continuous Power (hp) = 90
Operational Speed (rpm) = 2,530
Reduction Ratio = 4.05:1
Weight (kg) = 98
Operating Battery Voltage (Vdc) = 310
Jan-09-18
Supplier From Suwon-si, Gyeonggi-do, South Korea (Republic Of Korea)
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Continuous Power (hp) = 110
Operational Speed (rpm) = 2,469
Reduction Ratio = 4.05:1
Weight (kg) = 105
Operating Battery Voltage (Vdc) = 310
Feb-12-26
Supplier From Toronto, Ontario, Canada
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The working principle of battery: when charging, use the external electrical energy to regenerate the internal active substance, store the electrical energy as chemical energy, and convert the chemical energy into electrical energy output again when discharging, such as the mobile phone battery commonly used in life.
Feb-12-26

Pr-Dc019

MOQ: Not Specified
Supplier From Toronto, Ontario, Canada
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The working principle of battery: when charging, use the external electrical energy to regenerate the internal active substance, store the electrical energy as chemical energy, and convert the chemical energy into electrical energy output again when discharging, such as the mobile phone battery commonly used in life.
Feb-12-26

Pr-Dc018

MOQ: Not Specified
Supplier From Toronto, Ontario, Canada
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The working principle of battery: when charging, use the external electrical energy to regenerate the internal active substance, store the electrical energy as chemical energy, and convert the chemical energy into electrical energy output again when discharging, such as the mobile phone battery commonly used in life.
Feb-12-26

Pr-Dc013

MOQ: Not Specified
Supplier From Toronto, Ontario, Canada
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The working principle of battery: when charging, use the external electrical energy to regenerate the internal active substance, store the electrical energy as chemical energy, and convert the chemical energy into electrical energy output again when discharging, such as the mobile phone battery commonly used in life.
Feb-12-26

Pr-Dc012

MOQ: Not Specified
Supplier From Toronto, Ontario, Canada
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The working principle of battery: when charging, use the external electrical energy to regenerate the internal active substance, store the electrical energy as chemical energy, and convert the chemical energy into electrical energy output again when discharging, such as the mobile phone battery commonly used in life.
Feb-12-26

Pr-Dc016

MOQ: Not Specified
Supplier From Toronto, Ontario, Canada
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The working principle of battery: when charging, use the external electrical energy to regenerate the internal active substance, store the electrical energy as chemical energy, and convert the chemical energy into electrical energy output again when discharging, such as the mobile phone battery commonly used in life.
Feb-12-26

Pr-Dc011

MOQ: Not Specified
Supplier From Toronto, Ontario, Canada
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The working principle of battery: when charging, use the external electrical energy to regenerate the internal active substance, store the electrical energy as chemical energy, and convert the chemical energy into electrical energy output again when discharging, such as the mobile phone battery commonly used in life.
Feb-12-26

Pr-Dc010

MOQ: Not Specified
Supplier From Toronto, Ontario, Canada
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The working principle of battery: when charging, use the external electrical energy to regenerate the internal active substance, store the electrical energy as chemical energy, and convert the chemical energy into electrical energy output again when discharging, such as the mobile phone battery commonly used in life.
Feb-12-26

Pr-Dc015

MOQ: Not Specified
Supplier From Toronto, Ontario, Canada
 Inquire Now  
The working principle of battery: when charging, use the external electrical energy to regenerate the internal active substance, store the electrical energy as chemical energy, and convert the chemical energy into electrical energy output again when discharging, such as the mobile phone battery commonly used in life.
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