Vinci-HV Li-ion Battery Management System

BMS for high voltage grid and off-grid batteries

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Outstanding versatility, feature rich Li-ion Battery Management System

  • 500 to 1500 V
  • Grid tied, micro-grid or off-grid Energy Storage Systems (ESS)
  • Arrays of up to 100 batteries in parallel
  • Power or energy batteries
  • Off the shelf, stocked

A member of the Vinci BMS family.

Vinci application module
Vinci HV application module
Connection:
  • Grid tied
  • Micro-grid
  • Off grid
Scope:
  • Residential
  • Business park
  • Industrial
  • Utility scale
Usage:
  • Power quality
  • Peak shaving
  • Energy arbitrage
  • Back-up

For applications other than high voltage batteries, see other Vinci BMS families

Standard specifications:

  • 500 to 1500 V
  • Up to 16 Li-ion cells in series, any chemistry,
  • Master slave: 1 master, 1 application module, N slaves
  • Wired (tap wires) with wireless to master;
    or distributed (one cell board / cell) with fiber optic to slave
  • Rugged, sealed, industrial grade packaging
  • Thermal management: 4 thermistors / slave (wired) or 1 thermistor / cell board (distributed)
  • Contactor driver, precharge
  • Ground fault isolation test
  • Hall Effect current sensing
  • Energy (100 % SoC) or power (50 % SoC)
  • SoC, SoH, fault detection, data logging
  • Isolated CAN communication link
  • USB port for troubleshooting
  • Field configurable through GUI
  • Off-the-shelf, stocked

Options:

  • 20 A to 1000 A sensors and protectors
  • Up to 16 strings permanently in parallel
  • Bullet-proof against tap mis-connection within a bank (wired)
  • XanBus™, RS485 / TCP-IP ModBus, isolated

Array:

  • Up to 100 batteries in parallel
  • Safe connection to bus (no inrush)
  • Managed as a single unit

XanBus is a trademark of Schneider Electric.

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Wired cell topology, wireless slaves

Components:

  • 240 cells in series
  • 3MM0000N master, VinciNet
  • 3MA0000H HV application module
  • 20 x 3MN1200D VinciNet slaves, 12-cell
  • Contactor set with precharge and current sensor
Block diagram
Block diagram

Distributed cell topology, fiber-optic slaves

Components:

  • 300 cells in series
  • 3MM0000G master
  • 3MA0000H HV application module
  • 3 x 3MB0004F VinciBus slaves, fiber-optic, 4-bank
  • 300 cell boards
  • 24 fiber optic cables
  • 5 x VinciBus cables
  • Contactor set with precharge and current sensor
Block diagram
Block diagram

Strings permanently in parallel

Components:

  • 600 cells: 2 strings each with 300 cells in series
  • 3MM0000G master
  • 3MA0000H HV application module
  • 6 x 3MB0004F VinciBus slaves, fiber-optic, 4-bank
  • 600 cell boards
  • 48 fiber optic cables
  • 10 x VinciBus cables
  • Contactor set with precharge and current sensor
Block diagram
Block diagram

Multiple batteries in parallel

Components:

  • 600 cells: 2 strings each with 300 cells in series
  • 3 x 3MM0000G master
  • 2 x 3MA0000H HV application module
  • 6 x 3MB0004F VinciBus slaves, fiber-optic, 4-bank
  • 600 cell boards
  • 48 fiber optic cables
  • 10 x VinciBus cables
  • 2 x Contactor set with precharge and current sensor
Block diagram
Block diagram

 

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