EV charging technology is the dominant factor in the market success of e-mobility. In addition to fast and smooth battery charging algorithms, today's EV chargers also feature options for special functions such as superimposed load management.
REGATRON's G5.CT test systems for electric vehicle chargers enable targeted development and testing of all types of chargers from simple wallboxes to on-board chargers (OBC) up to complex charging infrastructures: Fully programmable, highly dynamic, equipped with various safety functions to protect operators and hardware.
The modular G5.CT charger tester series is designed specifically for the development and testing of EV battery chargers. It perfectly simulates the electrical charging characteristics of battery packs. This includes active voltage output and Ri real-time simulation. The G5.CT series offers full digital CV, CC, CP, CR and Ri-Sim control modes and is suitable for use in laboratories as well as on test benches and production lines. The modular and finely graded G5.CT series is characterized by highly dynamic response times and a wide current-voltage range with an auto-ranging factor of 3.
The optional CAN multi-protocol (CANmp) interface has a 1 kHz data rate, a 16-bit resolution and is adaptable to any proprietary CAN bus. Further options are safety circuits up to level PL e according to EN-ISO-13849 and active electronic insulation monitoring. Individually customized turn-key cabinet solutions are also available. The integrated powerful 8-channel digital scope and adjustable controller settings assist the user to easily achieve optimal system behavior. Different system or device configurations can be stored, edited, and recalled on board the power supply.
With the grid simulators of the TC.ACS series REGATRON also offers the suitable test equipment for the mains side of the charger. Starting with a power of 30 kVA, complete testing solutions can be offered. Click here for more information about the well established TC.ACS series.
G5.CT battery-charger test systems range from 0...18 kW to 0...2000+ kW, up to 1500 VDC. Higher voltages are available on request. REGATRON's modular concept allows the system to be easily adapted to ever changing test requirements. Not only is it possible to reconfigure between parallel, series, and mixed operation, but also to expand the system with additional power supply units or to split it into smaller units. Therefore, the purchase of a REGATRON battery-charger tester is a solid investment for the future.
If the charger-under-test is a unidirectional device, the G5.CT series is suitable in its basic version: unidirectional regenerative DC sinks with active voltage output. For bidirectional chargers that can feed energy back to the grid, fully bidirectional test devices are available from REGATRON. A subsequent upgrade of the G5.CT devices from 1-quadrant to 2-quadrant capability is also possible.
Do you have any questions or need any further information? Are you interested in a quote? REGATRON's inside sales and application engineers will be happy to help you.
Electric vehicle on-board charger (OBC) ∙ Grid-managed charger based on utility, battery, and additional conditions ∙ Power flow from the vehicle to grid (V2G) ∙ Battery management system (BMS) ∙ Charger with recognition of battery conditions ∙ V2G charging stations ∙ Charger with battery testing functions ∙ EV charging stations ∙ High power DC charging (HPC) ∙ Charge profile ∙ Health of battery ∙ Self-calibration of the charger ∙ In-vehicle chargers ∙ Wireless power transfer systems ∙ Inductive charging systems ∙ E-buses ∙ E-trucks ∙ Battery chemistry ∙ Lithium-ion battery technology ∙ Performance testing ∙ Operational validation ∙ Safety and functional testing ∙ Smart energy profile (SEP) ∙ Utility managed charging ∙ TFE function generator for time-dependent voltage or current programming (sine, triangle, square, and user-defined data points) ∙ Ripple modulation ∙ Performance level PL c / PL e according to EN ISO 13849 ∙ Discharge of electrical grid input filter (recommended for mobile use of the power supply), EN 50178 ∙ 'G5.Control' operating and maintenance software ∙ Analog interface for set and actual values, operating states (I/O port) ∙ API offering .NET programming, e.g., by LabView, Python, Matlab, or REST interface ∙ Ethernet ∙ USB ∙ Front panel mounted air filter for dusty environment ∙ Wide-band AC input ∙ Test system efficiency 95…96% ∙ Power factor 0.99
The newly developed G5 family includes both universal, programmable DC power supplies as well as power supply solutions for specific applications.
|Universal Power Supplies
|Application-Specific Power Supplies
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