Available with triple or single output
High current and high voltage
High precision for measuring voltage and current
High-Speed with maximized throughput
The power of three
Cell, module or pack tests with max. power of
1.92 MW (64 devices in parallel)
As an integrated solution 2-quadrant devices for
charging and discharging of battery cells, modules or
packs
For a wide range of applications for battery
formation, battery testing, battery simulation and battery
recycling
Highlight: EA-BT 20000 Triple
Benefit from
battery tests with triple output
High-Current
3 channels with up to 600 A or 1800 A in
parallel
Max. power 30 kW
For simultaneous testing of up to three battery
packs with 4 kW / 6 kW or 10 kW per channel
Description
Available with triple or single output
High current and high voltage
High precision for measuring voltage and current
High-Speed with maximized throughput
The power of three
Cell, module or pack tests with max. power of
1.92 MW (64 devices in parallel)
As an integrated solution 2-quadrant devices for
charging and discharging of battery cells, modules or
packs
For a wide range of applications for battery
formation, battery testing, battery simulation and battery
recycling
Highlight: EA-BT 20000 Triple
Benefit from
battery tests with triple output
High-Current
3 channels with up to 600 A or 1800 A in
parallel
Max. power 30 kW
For simultaneous testing of up to three battery
packs with 4 kW / 6 kW or 10 kW per channel
High-Precision
For battery characterization and capacity
measurements in production or R&D
Measurement of voltage and current with high
accuracy
High control accuracy
High-Speed
1 ms communication speed for maximized data
throughput
Connection to control PC via GBit Ethernet,
ProfiNet, CAN-FD, or EtherCAT™
High-Precision
For battery characterization and capacity
measurements in production or R&D
Measurement of voltage and current with high
accuracy
High control accuracy
High-Speed
1 ms communication speed for maximized data
throughput
Connection to control PC via GBit Ethernet,
ProfiNet, CAN-FD, or EtherCAT™
The Triple High Performance Applications :
Battery tests
Testing of the electrical characteristics of a
battery
SOH (State-of-Health) for Second Life
Classification
End-of-Line (EOL) Testing
Can be run in an automated test system or
stand-alone
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 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 over
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 operating modes: SCPI commands for program
control from a PC/ModBus commands for program control from a
PLC
Flexible communication interfaces: Gbit Ethernet,
ProfiNet, CAN-FD, or EtherCAT™
Safety Sense: Test safely
2nd sense input for
detection of wrong battery
polarity
or detection of accidently swapped cell
fixtures
Galvanically isolated share bus for parallel
operation
Master-slave 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 back to the grid
Very high efficiency of up to more than 96
%
Voltages 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 16bit ADCs and DACs,
control speed selection: Normal, Fast, Slow
Galvanically isolated share bus for parallel
operation
Share-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
