Feature:
1. Double Battery Parallel Module: This module allows for the connection of two battery packs in parallel, effectively increasing the capacity, providing lasting power for your electric scooter.
2. Double Battery Switch: Can manage two battery packs on your electric scooter, supporting two batteries to provide balanced power to your electric scooter at the same time.
3. Premium Material: Constructed from premium aluminum alloy, this module is both long lasting and lightweight, making it an ideal choice for long term use without additional burden.
4. Single Discharge Version: Single discharge means that after two sets of batteries of the same voltage are connected in parallel, the module applies the set with the highest voltage in priority until that battery is about to run out of power, and then it automatically switches to the second set of batteries and then continues to work.
5. Operating Temperature: The double battery discharge converter is designed to operate efficiently at temperatures below 65 celsius . It is important to guarantee proper heat dissipation during installation.
Specification:
Item Type: Double Battery Parallel Module
Material: Aluminum Alloy
Voltage Range: 10V100V
Recommended Maximum power: 40A
Maximum Working Current: 40A
Recommended Maximum Power: Less than 2000W
Operating Temperature: Less than 65 degrees C
Product Size: Approx. 45x19x50mm 1.77x0.75x1.97in
Module Function Introduction: This is a single discharge version. Double battery parallel module switch version.
Q: How do I choose a module that requires how much current?
A: Before you choose the module current requirement, you can find out what is the maximum power of your controller. For example, on the label of your controller there is a maximum current of 40A, then you can choose a 40A module. Typically the module current needs to be equal to or greater than the controller"s maximum protecting current.
Q: What is a single discharge version:
A: Single discharge means that after two sets of batteries of the same voltage (such as 2x36V or 2x48V) are connected in parallel, the module applies the set with the highest voltage in priority until that battery is about to run out of power, and then it automatically switches to the second set of batteries and then continues to work.
Q: What other features does the single discharge version have?
A: If your controller supports renewable charging and electronic braking functions, then this version can support the reverse charging of electrical energy into the battery, and continue to retain the control system for normal use of this function.
The main component of the module is the field effect tube MOSFET. It will generate heat when used for a long time, and the maximum temperature of 65 celsius is normal. Please pay attention to the heat dissipation when installing the module..
Package List:
1 x Double Battery Parallel Module
Note:
1. If you need to use different voltage battery packs, first of all, please make sure the controller supports it.2. The voltage range of two batteries can not be too different. If the controller does not support wide voltage range, it is easy to damage the device. The capacity of the batteries can be different.Double Battery Parallel Module: This module allows for the connection of two battery packs in parallel, effectively increasing the capacity, providing lasting power for your electric scooter.
Double Battery Switch: Can manage two battery packs on your electric scooter, supporting two batteries to provide balanced power to your electric scooter at the same time.
Premium Material: Constructed from premium aluminum alloy, this module is both long lasting and lightweight, making it an ideal choice for long term use without additional burden.
Single Discharge Version: Single discharge means that after two sets of batteries of the same voltage are connected in parallel, the module applies the set with the highest voltage in priority until that battery is about to run out of power, and then it
Operating Temperature: The double battery discharge converter is designed to operate efficiently at temperatures below 65 celsius . It is important to guarantee proper heat dissipation during installation.
