China SECC Supply Equipment Communication Controller for PLC EV Charger Stations Manufacturer, Factory

The SECC of MIDA and RNL is a PLC communication converter for full-function power supply equipment at charger side, which conforms to ISO15118 (TLS, Pnc, AC), DIN70121, SAE, CHAdeMO PLC communication protocol standards, and has the PD detection function on the circuit board to support the two-way communication (V2G protocol) application of electric vehicles to the power grid. GQSE8819 and GQSE3.2-CHA SECC Supply Equipment Charging Communication Converter

Product Description

Product Features
SECC Controller

Full Function Supply Equipment Communication Controller (SECC) for EV Charger

Key Features
  • Supply Equipment Communication Controller (SECC) for EV Charger of DIN70121 and ISO15118. The board integrates PWM generator circuit on board and supports Bi-direction Vehicle to Grid communication (V2G Protocol) of DIN70121/ISO15118/CHAdeMO.
  • Support CCS (DIN70121, ISO/IEC15118), SAE2847-2, IEC61851-1/23.
  • Compliant with PD detection requirement of SAEJ1772-2017
  • Error handling for all exceptions.
  • Easy Control & Monitoring using RS232
  • Compliant test with global Electric Vehicle companies
Specification: Supply Equipment Communication Controller (SECC)
SECC is a full-featured charging communication converter for charger, which can convert the CAN communication signal of the GB/T standard charger into a PLC signal that conforms to the ISO15118 (EIM) and DIN70121 communication protocol standards.
It supports real-time output of diagnostic information from the serial port for easy troubleshooting, and can automatically select AC EIM and BC mode. Customized private communication protocols that support charger main control can be developed according to requirements. SECC provide a simple and feasible standard charging communication conversion solution and a more scalable private protocol solution for charger manufacturers and related companies. The GB/T EV charger with the SECC can quickly get to overseas markets such as the EU, the Americas, Asia and so on by simply matching and installing.
SECC Communication Bridge
EV Charging Solution
To enable DC charging, a supply equipment communication controller (SECC) must be implemented in the DC charger. The SECC acts as a bridge between the DC charger power electronics and the electric vehicle’s battery management system implementing high level communication via the power line communication (PLC) standard. The SECC module can be configured as the main controller of an AC or DC charger.
It is the earliest developed charging equipment communication converter for charger, and the series of products have been verified by the market and time. The SECC and solution is trusted by partners, and has passed the certification test of well-known companies such as TUV Rheinland and DEKRA, etc. With technology patents, we provide solid quality assurance for overseas projects.
Frequently Asked Questions (FAQ)
What communication protocols does the SECC support?
The SECC supports global standards including DIN70121, ISO/IEC15118 (EIM), SAE2847-2, and IEC61851-1/23. It also supports CHAdeMO and GB/T conversion.
Does this controller support Vehicle-to-Grid (V2G)?
Yes, the SECC supports bi-directional Vehicle-to-Grid (V2G) communication based on DIN70121 and ISO15118 protocols.
How can I monitor the status of the SECC?
The controller allows for easy control and monitoring using an RS232 interface, providing real-time output of diagnostic information for troubleshooting.
Is the SECC compliant with safety and testing standards?
Absolutely. The SECC has passed certification tests by recognized international bodies such as TUV Rheinland and DEKRA, and is compliant with SAEJ1772-2017 PD detection requirements.
Can the SECC be used for both AC and DC charging stations?
Yes, the SECC acts as a bridge between the charger's power electronics and the EV's battery management system and can be configured as the main controller for either AC or DC chargers.
Can it handle error exceptions during the charging process?
Yes, the controller includes built-in error handling for all exceptions to ensure safe and stable charging communication.

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