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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.
Products Overview
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.
Resources
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.
The industry's most advanced bidirectional / V2X implementation, embedded directly into EcoG OS. Delivering unparalleled control and efficiency for the next generation of energy infrastructure.
Flawless execution of ISO 15118-2 and ISO 15118-20 protocol, ensuring robust, secure, and standardized communication between EV and EVSE.
Deep, native integration capabilities with leading automotive OEMS, bypassing standard limitations for advanced, high performance V2G features.
Built in compliance with complex international grid codes, guaranteeing stable power injection and grid support services out of the box.
Proven Interopability with all available V2X - enabled EVs. Actively advancing industry standards through continuous participation and leadership at CharIN Testivals worldwide.
We don't just follow standards, we help you write them. Our embedded core ensures your infrastructure is ready for any vehicle, today and tomorrow.
100% Interoperability Rate
Continuous Protocol Updates
Enterprise-Grade Security
Powered by NXP & EcoG
The Supply Equipment Integrated Controller (SEIC) 3500 is the ideal engine for space constrained DC wallboxes requiring high-performance V2G capabilities. As the industry's first fully integrated i.MX93 design, it delivers advanced security, real-time processing, and application intelligence at maximum efficiency. Powered by EcoG OS with full ISO 151-20 support, the SEIC 3500 sets the standard for the next generation of bidirectional infrastructure.