EVCA ComOnly Flex: The Complete Solution for Your EVCC & SECC Challenges

comemso electronics GmbH proudly unveils the EVCA ComOnly Flex, setting new standards for developers and testers in electromobility. This compact, easily connectable device delivers the proven performance of our renowned EV Charging Analyzer/Simulator (EVCA) in a "Communication Only" version for Charge Controller test applications at the protocol level.

Key Features

• Signal Quality Measurement: Continuously monitor communication signal standards.
• Protocol Analysis: Detailed insights into AC, CCS, and NACS protocols with automatic conformity checks.
• Comprehensive Simulation: Supports IEC 61851-1, DIN 70121, ISO 15118-2/3/20, and NACS protocols.
• Standards Compliance: CharIN-validated test system for DIN 70122 and ISO 15118-4/5.
• ChargePlayback: Replay recorded communication protocols for in-lab simulation.

The EVCA ComOnly is flexible and future-proof, easily upgradeable to a full-power EVCA Flex system, ensuring precision and compliance for charging protocols.

Application Examples

• Developers and Testers of EVCC: Analyze and simulate communication protocols for electric vehicle communication controllers, ensuring standards compliance and system reliability.
• Developers and Testers of SECC: Test and validate communication protocols for supply equipment communication controllers, enhancing interoperability and meeting industry standards.
• Service Providers / Engineering Companies: Offer advanced testing and simulation services to ensure client systems are compliant and reliable.
• Universities and Research Institutions: Conduct research and development on communication protocols in electromobility, contributing to advancements in EV and EVSE technologies.

Glossary

• EVCA: Electric Vehicle Charging Analyzer/Simulator
• EVCC: Electric Vehicle Communication Controller
• SECC: Supply Equipment Communication Controller
• CCS: Combined Charging System
• NACS: North American Charging Standard
• IEC 61851-1: Standard for electric vehicle conductive charging systems (CCS low-level communication and AC)
• DIN 70121: German standard for DC charging with electric vehicles (CCS high-level communication for DC)
• ISO 15118: Standard for vehicle-to-grid communication interface (CCS high-level communication for AC and DC)
• CharIN: Charging Interface Initiative promoting CCS standard
• CCTS: CharIN CCS Test System

Technical Specifications

Feature /Description
Model Number : 116-2-015 (CCS Core for ComOnly)
                        116-2-016 (CCS Core for ComOnly, with PLC-Sniffer)
                        116-1-011 (CCS ComOnly Case)
Dimensions: 18.6 x 15.8 x 32.6 (Width x Height x Depth in cm)
Weight: ca. 3kg
Connections: Insulated Banana Sockets, CAN SUB-D9, 24V DC power In
Protocol Support: AC, CCS, NACS
Simulation Capabilities: IEC 61851-1, DIN 70121, ISO 15118-2/3/20
Compliance Testing: CharIN-validated, DIN 70122, ISO 15118-4/5
Functions: Signal Quality Measurement, Protocol Analysis, ChargePlayback of recorded/modified protocol behavior

Acknowledgements

"We extend our gratitude to CharIN and the companies involved in the validation team for the CCTS, as well as all the pioneers in the e-mobility sector. Their contributions drive innovation in electromobility, establishing a future founded on quality, safety, and reliability." – Anita Athanasas, co-founder and CCO of comemso electronics GmbH.
comemso EVCA is “CharIN conformance approved” as CCTS.