THE BATTERY TESTER WITH TRIPLE OUTPUT

EA-BT 20000 TRIPLE
High-Current with 3 channels
High-Precision for measuring voltage and current
High-Speed with maximized throughput

EA-BT 20000 TRIPLE

Benefit from battery tests with triple output

High-Current

  • 3 channels at 600 A each, or parallel for 1800 A
  • Power capacity to 30 kW and voltage up to 920 V
  • For simultaneous testing of up to three battery packs with a power of 4 kW/channel, 6 kW/channel and 10 kW/channel

High-Precision

  • For measuring State of Health (SOH) and End of Life (EOL)
  • Measurement of voltage and current with the required accuracy and performance
  • Reproducibility and reliability of data

High-Speed

  • Maximized throughput and 1 ms communication speed
  • Cost savings due to less equipment for instrumentation of the tests

The power of three

  • Cell, module or pack tests up to 1.92 MW
  • As an integrated solution
    2-quadrant devices for charging and discharging high capacity battery packs
  • For a wide range of applications
    For battery testing, battery simulation and battery recycling

The triple high performance applications

Battery tests

  • Testing of the electrical characteristics of a battery
  • SOH (State-of-health) for Second-life-Classification and End-of-Life (EOL) testing
  • In an automated test system or in an integrated battery test

Battery simulation

  • Simulation of batteries as single cells, modules or packs
  • For optimal design of the energy storage system as well as the components to be tested
  • When reproducible data is required
  • With overcurrent protection (OCP) for safe function and protection of the connected loads

Battery recycling

  • For the complete discharge of the battery before final recycling
  • Maximum possible deep discharge at high charge current, even at voltages below 2 V

The added values

Regenerative:
Save energy costs

  • Energy recovery with an efficiency of up to more than 96%
  • Significant savings of kilowatt hours
  • No conversion of energy into heat / No cost-intensive air conditioning
  • Fast amortization of the EA-BT 20000 units

Interface and control flexibility:
For automated testing

  • Software EA-Power Control and EA-Battery Simulator
  • For configuration and test procedure without programming language
  • Via connection with PC or programmable logic controller (PLC)
  • Two operative modes: SCPI commands for program control from a PC/ModBus commands for program control from a PLC
  • Standard interfaces

Safety Sense:
Test safely

  • Galvanically isolated share bus for parallel operation
  • Master-auxiliary bus for parallel operation

Autoranging:
Flexible output levels

  • Wide voltage, current and power range
  • For a wider field of operation than conventional battery testers

The features at a glance:

  • Wide range input: 208 V – 480 V, +10%, 3ph AC
  • Active power factor correction, typical 0.99
  • Battery tester, 2-quadrant for charging and discharging
  • In discharge mode regenerative with energy recovery into the grid
  • Very high efficiency of up to more than 96%
  • Voltage from 0 – 10 V up to 0 – 920 V
  • High power with up to 10 kW per channel
  • Currents from 0 – 40 A up to 0 – 600 A per channel
  • Flexible power regulated DC output/input stages (autoranging)
  • Control modes CV, CC, CP, CR with fast transition digital control, high resolution with 16 bit ADCs and DACs, control speed selection: Normal, Fast, Slow
  • Galvanically isolated share bus for parallel operation
  • Master-auxiliary bus for parallel operation
  • Built-in interfaces with 1 ms communication speed
  • Typical battery tester functionality integrated
  • Integrated battery test mode, battery simulation
  • Command languages and drivers: SCPI and ModBus, LabVIEW, IVI

EA-BT 20000 with 3U Power

Series Model Voltage Current Power Datasheet
EA-BT 20000 3U BT 20010-600 0 – 10 V 0 – 600 A 0 – 6000 W
BT 20060-500 0 – 60 V 0 – 500 A 0 – 15000 W
BT 20080-500 0 – 80 V 0 – 500 A 0 – 15000 W
BT 20200-210 0 – 200 V 0 – 210 A 0 – 15000 W
BT 20360-120 0 – 360 V 0 – 120 A 0 – 15000 W
BT 20500-90 0 – 500 V 0 – 90 A 0 – 15000 W
BT 20920-60 0 – 920 V 0 – 60 A 0 – 15000 W
BT 21000-40 0 – 1000 V 0 – 40 A 0 – 15000 W
BT 21500-30 0 – 1500 V 0 – 30 A 0 – 15000 W
BT 22000-20 0 – 2000 V 0 – 20 A 0 – 15000 W

EA-BT 20000 with 4U Power

Series Model Voltage Current Power Datasheet
EA-BT 20000 4U BT 20010-1000 0 – 10 V 1000 A 10000 W
BT 20060-1000 0 – 60 V 1000 A 30000 W
BT 20080-1000 0 – 80 V 1000 A 30000 W
BT 20200-420 0 – 200 V 420 A 30000 W
BT 20360-240 0 – 360 V 240 A 30000 W
BT 20500-180 0 – 500 V 180 A 30000 W
BT 20920-120 0 – 920 V 120 A 30000 W
BT 21000-80 0 – 1000 V 80 A 30000 W
BT 21500-60 0 – 1500 V 60 A 30000 W
BT 22000-40 0 – 2000 V 40 A 30000 W

EA-BT 20000 TRIPLE 4U

Series Model Voltage Current Power Datasheet
EA-BT 20000 Triple 4U BT 20010-400 Triple 0 – 10 V 400 A per channel 4000 W per channel
BT 20010-600 Triple 0 – 10 V 600 A per channel 6000 W per channel
BT 20060-340 Triple 0 – 60 V 340 A per channel 10000 W per channel
BT 20080-340 Triple 0 – 80 V 340 A per channel 10000 W per channel
BT 20200-140 Triple 0 – 200 V 140 A per channel 10000 W per channel
BT 20360-80 Triple 0 – 360 V 80 A per channel 10000 W per channel
BT 20500-60 Triple 0 – 500 V 60 A per channel 10000 W per channel
BT 20920-40 Triple 0 – 920 V 40 A per channel 10000 W per channel