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Communication modules

Supply Equipment Communication Controller.

 

Our Supply Equipment Communication Controller (SECC) acts as the main controller for the charging process. Unlike comparable SECC on the market, our SECC directly integrates an insulation monitoring device (IMD), making it a compact and reliable choice for customers seeking an efficient architecture.

A made in France technology for fast charging and bidirectional charging (V2G)

Featuring OCPP 1.6 and 2.0.1, our state-of-the-art SECC boasts a simple architecture that facilitates quick and easy integration. Additionally, it’s fully compatible with the latest and future CPO management systems and supports secure identification means, such as AutoCharge and Plug&Charge, enabling contactless payment and user authentication. It is widely interoperable with EVs thanks to all the required signals for CCS (DIN70121, ISO15118-2 and ISO15118- 20) and CHAdeMO (via extension board). 

Furthermore, our SECC includes a security element for cybersecurity. It seamlessly integrates with existing customer code.

A powerful processor runs the EV communication stack, the IMD, voltage measurement, plus other demanding applications (OCPP, EVSE master, etc.).

An optional extension board (EVIX) is available if you want to implement additional functions, such as:

  • Addressing >6 Power Units (up to 14 MPU-R3 or 16 BMPU-R2) ;
  • CHAdeMO interface ;
  • IOs and additional peripherals: analog inputs, 4G access, PWM outputs, LEDs, extra CAN bus.

Designed for smart grid applications, its modular conception makes it capable of controlling multiple independent charge points (CHAdeMO & CCS), and up to 14 MPU-R3 Power Units in a high-power system of 350 kW.

SEE THE DATASHEETEU DECLARATION OF CONFORMITY
graphical user interface user manualgetting started manual

 

  • Features
    • CCS controller:  DIN 70121, ISO 15118-2, ISO 15118-20 including BPT
    • CHAdeMO compatible (via extension board): Version 0.9 & 1.2, including BPT
    • Insulation Measurement Device (IMD) according IEC61557-8
    • High Voltage charging up to 920V
    • Chipset (microcontroller based) for safety and IEC 61851 functions
    • CryptoReady with integrated secure crypto processor. Compatible with PnC and AutoCharge
    • Cable temperature measurement
    • CANopen, ModBus TCP with advanced control, monitoring and logging capabilities
    Dimensions 170 x 120 x 30mm
    Operating temperature -5°C to 50°C
    Supply 9 – 29V
    CSS protocols DIN70121, ISO15118-2 and ISO15118-20 including BPT
    CHAdeMO protocols 0.9 to 1.2
    Including BPT
    OCPP protocols 1.6, 2.0.1 (soon)
    Insulation Monitoring Device (IMD) Integrated, and compliant to IEC61557-8
    Cable temperature CCS – PT1000 compatible
    CHAdeMO – NTC 50k compatible
    Battery voltage measurement Yes – Up to 920V
    Available communication port CAN, Ethernet, RS485, USB

Electric Vehicle Communication Controller.

 

Our EVCC is an embedded system within the vehicle that implements the communication between the Supply Equipment Communication Controller and the vehicle. 

State-of-the-art, our EVCC is one of the top technologies available, with all required signals for CCS/Combo (DIN70121 and ISO15118) protocol.

 

It embeds a powerful processor which runs communications stack and other demanding customer applications (customer master, etc).

The EVCC supports specific functions and is designed to be integrated in systems that need to be charged according to CCS protocol (EVs, Energy Storage Systems, electric trucks, boats etc). and could be used to recharge a mobile battery unit at a DC charging point. 

 

  • Features
    • CCS controller:  DIN 70121, ISO 15118-2, ISO 15118-20 including BPT
    • Insulation Measurement Device according IEC61557-8
    • High Voltage charging up to 920V
    • Compatible with several inlet reference with lock motor driver and temperature sensor
    Dimensions 170 x 120 x 30mm
    Operating temperature -5°C to 50°C
    Supply 9 – 29V
    Combo protocol DIN70121 & ISO15118
    Cable temperature CCS – PT1000 compatible
    Battery voltage measurement Yes – Up to 920V
    Insulation Monitoring Device (IMD) Integrated, and compliant to IEC61557-8
    Available communication port CAN, Ethernet, RS485, USB