350 KW DC EV CHARGING ANALYZER / SIMULATOR

Product catalog summary

Overview: The document introduces the 350 KW DC EV Charging Analyzer/Simulator by comemso, which is designed to set the technical standard for analyzing e-mobility charging processes. It addresses the challenges faced by vehicle and charging-system manufacturers due to the widespread adoption of conductive charging systems for electric vehicles.

Specifications and Standards: The analyzer/simulator adheres to standards such as IEC 61851-1, DIN 70121, ISO 15118, and SAE J1772, which outline requirements for AC and DC charging systems in Europe and the US. These standards cover electrical waveforms and pilot signals necessary for controlling the charging process.

Functionality: The device measures and verifies communication and load circuits for standard conformity throughout the charging duration, recording any deviations. It offers user-friendly visualizations, fault injections, and test libraries to enhance conformity and robustness testing.

Applications: The document details two main applications: EVSE Test (DC EV-Simulation) and EV Test (DC EVSE-Simulation). Both applications involve the use of an analyzer/simulator, connector box, DC power measurement, communication simulation, and fault injection capabilities.

Example Systems: Example systems for EVSE-Test and EV-Test are provided, including specifications for CHAdeMO and DC-CCS systems with varying voltage and current capacities.

Objective: The primary goal is to simplify the analysis and testing of complex charging processes, ensuring compatibility and reliability across different systems and manufacturers.

Contact Information: For further inquiries, contact comemso GmbH at Karlsbader Str. 13, D - 73760 Ostfildern, via email at [email protected], or phone at +49 711 500 900 40.

Catalog excerpts

350 KW DC EV CHARGING ANALYZER / SIMULATOR-1

your partner for complex embedded solutions

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The EV Charging Analyzer is the technical standard in the analysis of the e-mobility charging process. Developments in e-mobility present new challenges for vehicle and charging-system manufacturers. Due to high availability of the 230 V AC main power supply, conductive charging systems for electric vehicles are now widespread. The relatively new standard IEC 61851-1, DIN 70121, ISO 15118 and SAE J1772 describe the requirements for European and US AC and DC-charging-systems, electrical waveforms and the pilot signal to control the charging process. By combining electric vehicles and charging...

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350 KW DC EV CHARGING ANALYZER / SIMULATOR-3

350 KW DV EC CHARGING ANALYZER/SIMULATOR Example system for EVSE-Test, 350 kW DC-CCS: Example system for EV-Test, 350 kW DC-CCS: Example for 400 kW of a battery emulator: DC application: EV Test (DC EVSE-Simulation). Fault injection Different charging cables

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Our objective: To make complex charging processes easy to analyse and test! comemso GmbH Karlsbader Str. 13 D - 73760 Ostfildern Mail: [email protected] Phone: +49 711 500 900 40 www.comemso.com comemso your partner for complex embedded solutions

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