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New Study: EcoG® CRI 2025
Launching the 2025 edition of our Charging Reliability Index
EcoG published the second edition of the EcoG Charging Reliability Index (CRI), a benchmark study that evaluates how reliable electric vehicles (EV) charging interfaces are implemented and interact with CCS fast-charging infrastructure globally. The 2025 edition expands the scope by testing the 10 global EV platforms, focusing on 4 categories: Reliable Charging Initialization, Robust Charging Process, Error Recovery and User Information.
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New Study: EcoG® CRI 2025
Launching the 2025 edition of our Charging Reliability Index
EcoG published the second edition of the EcoG Charging Reliability Index (CRI), a benchmark study that evaluates how reliable electric vehicles (EV) charging interfaces are implemented and interact with CCS fast-charging infrastructure globally. The 2025 edition expands the scope by testing the 10 global EV platforms, focusing on 4 categories: Reliable Charging Initialization, Robust Charging Process, Error Recovery and User Information.
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New Study: EcoG® CRI 2025
Launching the 2025 edition of our Charging Reliability Index
EcoG published the second edition of the EcoG Charging Reliability Index (CRI), a benchmark study that evaluates how reliable electric vehicles (EV) charging interfaces are implemented and interact with CCS fast-charging infrastructure globally. The 2025 edition expands the scope by testing the 10 global EV platforms, focusing on 4 categories: Reliable Charging Initialization, Robust Charging Process, Error Recovery and User Information.
New Study: EcoG® CRI 2025
Launching the 2025 edition of our Charging Reliability Index
EcoG published the second edition of the EcoG Charging Reliability Index (CRI), a benchmark study that evaluates how reliable electric vehicles (EV) charging interfaces are implemented and interact with CCS fast-charging infrastructure globally. The 2025 edition expands the scope by testing the 10 global EV platforms, focusing on 4 categories: Reliable Charging Initialization, Robust Charging Process, Error Recovery and User Information.
Ideal for applications in DC wallboxes where space is limited, yet high performance is essential. This is the first fully integrated i.MX93 design, offering advanced security, real-time processing, and application capabilities - all at minimal cost and maximum efficiency. With EcoG OS, it supports ISO 15118-20 and bidirectional charging, making it an ideal choice for the next generation of integrated charging infrastructure.
Explore all the key features included in the EcoG SEIC 3500
Developed with the latest i.MX93 controller, designed for compact DC wallbox applications. This powerful and cost-efficient processor delivers exceptional computing performance, meeting the high demands of modern charging systems with minimal footprint.
Incorporating the advanced security features of the i.MX93, SEIC 3500 provides a comprehensive security framework. It supports secure boot with full root filesystem encryption, protecting against unauthorized modifications and ensuring reliable over-the-air updates. This framework also maintains system integrity and safeguards cryptographic keys, guaranteeing a trusted and secure startup process every time..
Designed as a fail-safe device with real-time hardware signal monitoring. It can detect anomalies and trigger an emergency stop by opening a specific tripline relay, ensuring the safety and reliability of the charging process.
Future-proof charging solutions with SEIC3500's Plug & Charge and ISO 15118-20 compliant Bi-directional charging capabilities. This system has undergone rigorous validation testing in near-series production models across various OEMs, ensuring interoperability and alignment with current and future industry requirements.
With surplus I/O capabilities and flexible system integration, SEIC3500 simplifies the process of debugging and external system interfacing. This versatility makes it an invaluable tool for a wide range of applications, from development to deployment.
Efficient management of charge communication and control over automation peripherals. This integration supports smooth operation within advanced charging systems, ensuring reliable and consistent performance.
SEIC3500 is meticulously engineered to comply with global charging standards, ensuring interoperability and long-term viability for your infrastructure:
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