PowerShield battery monitoring system
PowerShield battery monitoring system

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Manufacturer: PowerShield

PowerShield battery monitoring system

PowerShield Battery Monitoring System

Battery monitoring allows you to predict failures in advance and ensures maximum battery life. To ensure continuous power and trouble-free battery operation, the weakest cells/blocks are located and replaced before the entire system fails.
The Powershield system is a comprehensive solution (software and hardware) for monitoring battery banks, tailored precisely to specific requirements.

  • Supported cell types: VRLA, VLA, Ni-Cd
  • Nominal voltages of monoblocks: 2V, 4V, 6V, 8V, 12V, and 16V
  • Connection of up to 8 strings
  • Data is available in real time
  • Remote access
  • Email alerts can be set
  • Event logging
  • User-friendly graphical interface
  • Historical data archiving
  • Creation of Reports

PowerShield collects the following data:

  • Monoblock voltage
  • Monoblock internal impedance
  • Monoblock temperature
  • Ambient temperature
  • String current
  • String current ripple
  • Entire battery voltage

System components include:

  • mSensor – measures voltages, internal resistances, and temperatures of two adjacent monoblocks
  • Hub – collects data from all mSensors
  • Controller – the heart of the system – processes data, archives it, and provides external communication
  • Link – software with a user-friendly interface, allows viewing data in real time, generates reports, etc.

PowerShield System Wiring Diagram

PowerShield Battery Monitoring System

Maximum number of monoblocks 512
Maximum number of strings 8
String current measurement ±2000A
mSensor
Number of monoblocks per 1 mSensor 2
Monoblock Nominal Voltages 1.2V, 2V, 4V, 6V, 8V, 12V, 16V
Cell Type VRLA, VLA, Ni-Cd
Communication Protocol Modbus TCP/IP
Temperature Measurement Inputs 2
Temperature Sensor Location Terminal -
Temperature Measurement Range -10oC…70oC
Insulation 750VDC
Hub
Number of Monoblocks per Hub 64 (via 32 mSensors)
Current Measurement Inputs 1 (string current and ripple measurement) (current)
Temperature measurement inputs 2
Controller
Communication Modbus TCP/IP, SNMP, RS232/485 (optional), USB
Configuration interface Via web browser
Memory 2GB RAM, 4GB Flash
Dimensions 1U 19" (430/265/45mm – W/D/H)
Power Supply
  • 90-260VAC
  • 24VDC (19…30V)
  • 48VDC (36…60V)
  • 110VDC (80…150V)
Operating Temperature 0°C…50°C
Software Link Minimum Requirements
Processor 1GHz or higher x86 or x64
Operating System Win7 or higher
RAM 4GB or higher
HDD 20GB or higher
Monitor 1024x768, 1366x768 or higher
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PowerShield Battery Monitoring System

Battery monitoring allows you to predict failures in advance and ensures maximum battery life. To ensure continuous power and trouble-free battery operation, the weakest cells/blocks are located and replaced before the entire system fails.
The Powershield system is a comprehensive solution (software and hardware) for monitoring battery banks, tailored precisely to specific requirements.

  • Supported cell types: VRLA, VLA, Ni-Cd
  • Nominal voltages of monoblocks: 2V, 4V, 6V, 8V, 12V, and 16V
  • Connection of up to 8 strings
  • Data is available in real time
  • Remote access
  • Email alerts can be set
  • Event logging
  • User-friendly graphical interface
  • Historical data archiving
  • Creation of Reports

PowerShield collects the following data:

  • Monoblock voltage
  • Monoblock internal impedance
  • Monoblock temperature
  • Ambient temperature
  • String current
  • String current ripple
  • Entire battery voltage

System components include:

  • mSensor – measures voltages, internal resistances, and temperatures of two adjacent monoblocks
  • Hub – collects data from all mSensors
  • Controller – the heart of the system – processes data, archives it, and provides external communication
  • Link – software with a user-friendly interface, allows viewing data in real time, generates reports, etc.

PowerShield System Wiring Diagram

PowerShield Battery Monitoring System

Maximum number of monoblocks 512
Maximum number of strings 8
String current measurement ±2000A
mSensor
Number of monoblocks per 1 mSensor 2
Monoblock Nominal Voltages 1.2V, 2V, 4V, 6V, 8V, 12V, 16V
Cell Type VRLA, VLA, Ni-Cd
Communication Protocol Modbus TCP/IP
Temperature Measurement Inputs 2
Temperature Sensor Location Terminal -
Temperature Measurement Range -10oC…70oC
Insulation 750VDC
Hub
Number of Monoblocks per Hub 64 (via 32 mSensors)
Current Measurement Inputs 1 (string current and ripple measurement) (current)
Temperature measurement inputs 2
Controller
Communication Modbus TCP/IP, SNMP, RS232/485 (optional), USB
Configuration interface Via web browser
Memory 2GB RAM, 4GB Flash
Dimensions 1U 19" (430/265/45mm – W/D/H)
Power Supply
  • 90-260VAC
  • 24VDC (19…30V)
  • 48VDC (36…60V)
  • 110VDC (80…150V)
Operating Temperature 0°C…50°C
Software Link Minimum Requirements
Processor 1GHz or higher x86 or x64
Operating System Win7 or higher
RAM 4GB or higher
HDD 20GB or higher
Monitor 1024x768, 1366x768 or higher
Less
Read more
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