63S Lithium Battery Management System Bms 208V 50A all in one

Lifepo4 Battery Pack Lifepo4 BMS 63S 208V 50A Lithium Battery Management System BMS

System Features

• Each 15 strings is a battery collection unit, and 75 series batteries have 5 acquisition units.
• 15 probes for every 15 strings, for a total of 15
• current collection uses Hall sensor, safe and reliable, no heat;
• SOC estimation error ≤ 5%;
• 3-digit address dialing to set the BMS address;
• 3-channel relay dry contact output;
• LED signal indicates working status (4-bit SOC indication, 1-bit operation indication, 1-bit fault indication)
• 3-digit address dialing to set the BMU address;
• 3-channel relay dry contact output;
• 4-channel contactor expansion and auxiliary contact detection;
• Provide PC software to facilitate the customer to debug the battery system, or modify the
  system parameters through the host computer;
• Support temperature module expansion;
• Support Bluetooth, GPRS, external serial port display expansion (extended function single machine three choice one);
• Support for parallel use (maximum 7 units)
• The default system overcurrent capability is 100A
• APPLICATION SCENARIO
  1. Home storage

  2. Island off-grid energy storage

  3. Micro-grid applications

  4. UPS power supply

  5. Power System 220V DC power supply

   

• 63S208V 50Amp

  
  
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Communication protocol:

CAN, RS485

* Design: Master & Slave all in one

* Efficient, stable and reliable * size:W410*H232*D128cm

1.It is high integrated with less installation space.

2.Long life cycle, >3000 times at 80% DOD.

3.It without heavy metals and environment friendly.

 

 

4.Maintenance free,there is no memory effect.

 

 

5.Internal BMS with full protection,battery has high voltage protection with higher reliability.

 

 

6. Master and Slave all in one.

 

GCE has R&D high voltage bms for nearly 10years, we have 3-level structure of BMS with perfect solution for basic battery modules in series and parallel to make 100kwh to 1Gwh or more. please refer to the picture, we install BMU(slave bms) into the basic battery modules, each module is connected in cascade by Isolated CAN bus wire harness till to RBMS(rack bms /master bms).BMU collecting voltage, and temperature from each cell of modules. The voltage balance between battery modules can be achieved by starting the fan or balancing the resistance. We can set the ID number of each RBMs through the dial switch, and make each RBMS in parallel by network cable. We use Stack BMS collecting all information from each RBMS. GCE has rich interface reservation and is very friendly to the access of external systems.The core technology of GCE is to ensure stable, efficient and reliable system communication.

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