Lithium-Balance-BMS: Difference between revisions

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Let’s take an example. If you are building a 72V battery based on LFP cells @ 3V nominal/each cell, then you need 72V/3V = 24 cells. That is a 24C configuration.
Let’s take an example. If you are building a 72V battery based on LFP cells @ 3V nominal/each cell, then you need 72V/3V = 24 cells. That is a 24C configuration.
   
   
You need:
You need:<br>
•        1x (LIB-BMCU-001) BMCU<br />
•        1x (LIB-BMCU-001) BMCU<br />
•        3x (LIB-LMU-001) LMU – as each LMU covers 8 cells.<br />
•        3x (LIB-LMU-001) LMU – as each LMU covers 8 cells.<br />

Revision as of 21:14, 2 February 2023


Information Type

BMS Configuration Document

Click Here

Basic Configuration Example

Lithium Balance Basic Configuration example:

Let’s take an example. If you are building a 72V battery based on LFP cells @ 3V nominal/each cell, then you need 72V/3V = 24 cells. That is a 24C configuration.

You need:
• 1x (LIB-BMCU-001) BMCU
• 3x (LIB-LMU-001) LMU – as each LMU covers 8 cells.
• 1x (LIB-HARKIT-BMCU-01) Harness kit for BMCU v6 including IO wire 400mm
• 3x (LIB-HARNKIT-LMU-01) Harness kit for LMU v6 including 120mm Comm Wire + Temp Sensor
• 1x (LIB-MGT-SW-001) Diagnostic Software v6 / PRO + Inst. Manual including 5h support
• 1x (LIB-SRV-SW-001) Diagnostic Software v6 / SERVICE + Inst. Manual (N is the numbers the customer needs for their service technicians, if they have one service technician, they need one.)

User Manual

Please contact sales

BMS Housing Available

Please contact sales