Battery Cycler
EV Battery cyclers for charge, discharge and lifecycle testing of EV battery packs and modules.
Test your high voltage EV battery packs and modules with a Unico EV Battery Cycler.
This remarkable EV battery cycler is designed for high voltage electric vehicle testing procedures that include real-time simulation of battery charging, discharging, periods of high current draw and recharge, energy regeneration and battery degradation, simulated load resistance, and your custom testing profiles.
Testing of battery charging, discharging, periods of high current draw and recharge, energy regeneration and battery degradation, simulated load resistance, and your custom testing profiles.
Unico inverters with Silicon IGBTs produce high slew rates, so there is no overshoot and zero crossing delay. The digital control loops can accurately track all command targets, including constant, ramping, and varying levels. Seamless Mode Switching makes on-the-fly toggling between control modes simple and safe. Configure with an optimized output filter based on the application.
Common DC bus architecture allows for add-on dynamometer controls sections, high efficiency, fully regenerative current source and sink capability. Higher voltage and current possible by connecting units in series and parallel. The optional ripple generator (inject AC wave on top of DC output) is available for specialized testing. Full bridge models have 0-volt operation for applications like fuel cell testing.
Rather than program your own test profiles, you can select existing test programs developed by UNICO engineers. EV Battery cycler test programs that simulate real-world scenarios include:
A highly configurable inverter with embedded controls comes standard, so you have several options for programming test cycles and load profiles that suit your unique application requirements.
Supports most industry standard communication protocol, making it versatile to work with any available automation system platform. A high-speed communications interface is optionally available to accept commands from existing customer controllers that are used to generate test profiles. Wired and fiber-optic options are available. Supported protocols include:
Built-in safety and control interlocks are hardwired, opto-isolated, and software configurable, so you can be confident pushing it to the edge.
AC Input | 480VAC, 3Ph, 50/60Hz (other voltages available on request) |
---|---|
Ambient | Up to 40°C, max l000m above sea level, 95%RH non-condensing enclosure |
Enclosure | NEMA 1 (other options available upon request)Cabinet Paint |
Cooling | Air cooled (water cooled or airconditioned cabinets upon request) |
Cabinet Paint | RAL 7035 rough semi-gloss poly powder finish |
Certification Compliance | UL (other certifications available) |
Control Modes | Constant current, constant voltage, constant power |
Control | Local and remote e |
Built in remote interface | Analog as well as RS-422, RS-485, two ports (other interface and protocol, see options below) |
Safety and control interlocks | Hardwired, opto-isolated, software configurable |
Measurement Accuracy | 0.05% (system calibration required) |
Voltage Ripple | 0.10% |
Current Ripple | 0.10% |
Isolation transformer | Various sizes as required |
---|---|
Insulation monitoring | Available |
Remote voltage sensing | Available |
Additional analog and digital input, output | Technical discussion required |
Cabinet paint finish | Customer specific |
Protection class | NEMA 12 |
External communication interface | CANopen, CC-Link, ControlNet, DeviceNet, Ethernet, EtherCAT (async), Interbus, LonWorks, Modbus Plus, Profibus DPV1, Profibus Master, EtherCat (sync) |
Testing of battery charging, discharging, periods of high current draw and recharge, energy regeneration and battery degradation, simulated load resistance, and your custom testing profiles.
Unico inverters with Silicon IGBTs produce high slew rates, so there is no overshoot and zero crossing delay. The digital control loops can accurately track all command targets, including constant, ramping, and varying levels. Seamless Mode Switching makes on-the-fly toggling between control modes simple and safe. Configure with an optimized output filter based on the application.
Common DC bus architecture allows for add-on dynamometer controls sections, high efficiency, fully regenerative current source and sink capability. Higher voltage and current possible by connecting units in series and parallel. The optional ripple generator (inject AC wave on top of DC output) is available for specialized testing. Full bridge models have 0-volt operation for applications like fuel cell testing.
Rather than program your own test profiles, you can select existing test programs developed by UNICO engineers. EV Battery cycler test programs that simulate real-world scenarios include:
A highly configurable inverter with embedded controls comes standard, so you have several options for programming test cycles and load profiles that suit your unique application requirements.
Supports most industry standard communication protocol, making it versatile to work with any available automation system platform. A high-speed communications interface is optionally available to accept commands from existing customer controllers that are used to generate test profiles. Wired and fiber-optic options are available. Supported protocols include:
Built-in safety and control interlocks are hardwired, opto-isolated, and software configurable, so you can be confident pushing it to the edge.
AC Input | 480VAC, 3Ph, 50/60Hz (other voltages available on request) |
---|---|
Ambient | Up to 40°C, max l000m above sea level, 95%RH non-condensing enclosure |
Enclosure | NEMA 1 (other options available upon request)Cabinet Paint |
Cooling | Air cooled (water cooled or airconditioned cabinets upon request) |
Cabinet Paint | RAL 7035 rough semi-gloss poly powder finish |
Certification Compliance | UL (other certifications available) |
Control Modes | Constant current, constant voltage, constant power |
Control | Local and remote e |
Built in remote interface | Analog as well as RS-422, RS-485, two ports (other interface and protocol, see options below) |
Safety and control interlocks | Hardwired, opto-isolated, software configurable |
Measurement Accuracy | 0.05% (system calibration required) |
Voltage Ripple | 0.10% |
Current Ripple | 0.10% |
Isolation transformer | Various sizes as required |
---|---|
Insulation monitoring | Available |
Remote voltage sensing | Available |
Additional analog and digital input, output | Technical discussion required |
Cabinet paint finish | Customer specific |
Protection class | NEMA 12 |
External communication interface | CANopen, CC-Link, ControlNet, DeviceNet, Ethernet, EtherCAT (async), Interbus, LonWorks, Modbus Plus, Profibus DPV1, Profibus Master, EtherCat (sync) |
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