Charge Control Y


The Charge Control Y (CCY) is a modern MCS controller for Megawatt-Chagers based on EVerest.

It combines a MCS port with a safety co-processor and native SIL 1 certification.
For communication between EVSE and PEV it supports Charge Enable, Insertion Detection
as well as 10-Base T1S Ethernet communication. 

The charging controller can be used for new designs as well as a drop-in replacement for outdated
control solutions.

For further technical documents, please use the following link:
Charge Control Y User Guide

Powerful hardware for a streamlined charger architecture

The CCY comes with a powerful iMX93 processor with universal compatibility, advanced safety to empower virtually any MCS charging application.

Open firmware for uncompromised interoperability

The CCY represents the worlds first off-the-shelf MCS controller based on Open Source Software (OSS), with unlimited potential to integrate any hardware peripheral.

Latest standards

The EVerest-based BSP provides full support for ISO 15118-20 (including the required application/network-layer for amendment 1:2026) and OCPP 2.1 or lower. The open firmware architecture allows to retain full control over the software including modifications and extensions to the firmware stack.

SIL 1 certified safety concept

The CCY hosts a co-processor that monitors and controls safety-critical components like CE and ID signals, temperature sensors, E-Stops, HV-Ready outputs and other vital components in real-time, according to functional safety standard IEC 61508.

Features

Works with MCS according to IEC 61851-23 and ISO 15118, including the latest amendement ISO 15118-20:2022/Amd 1:2026, published in 13 July 2026
A co-processor monitors and controls vital safety-critical signals according to IEC 61508 and IEC 61851 – which dramatically reduces qualification effort for your charger design
Generic IO and software flexibility allows complex (battery-backed) power stacks
Continually maintained Yocto BSP with full hardware support in EVerest
TPM for secure hardware-based key storage
RTC for precise timekeeping
Secure enclave provided by NXPs i.mx9 architecture
Comes with a brand-new user interface for installation and maintenance purposes

Applications

For future-proof MCS charging stations in any power class
Supports any modern MCS application on top of ISO15118-20, including Plug-n-Charge

Specifications

Outline dimension of PCB 147 x 112.2 x 19.5 mm
Outline dimension of Housing 156 x 127 x 65 mm
Outline dimension of Housing with connectors 156 x 139 x 65 mm
Operational Details Check Data Sheet

Inquiry

0/2000