Sistema de prueba fácil de usar
La HMI se puede instalar en tantos ordenadores como sea necesario sin coste o licencia adicional
- Gráficos y medidas en tiempo real
- Test cases predefinidos
- Concatenación de test cases en una lista
Informes automáticos
Informes automáticos que se pueden exportar a Excel o pdf
- Gráficos de voltaje y corriente DC, gráficos de comunicación, etc.
- Análisis automático del contenido y tiempos de los mensajes
- Comprobaciones de valores de CP y potencia
Integración continua
Nuevas normativas, versiones o correcciones
- Mejoras y nuevas funcionalidades de usuario
- Incorporación de nuevos test cases
- Funciones/optimizaciones relacionadas con el sistema
- Las nuevas versiones son compartidas remotamente y pueden ser instaladas por el usuario
Modularidad
Sistema de alimentación independiente o configuración con equipo de alimentación de DC existente
- Modo de emulación de vehículo y cargador conmutable
- Capacidad de comunicación PLC, CAN y WLAN
- Modo Break-out box para adquisición de datos entre EV/EVSE reales
- Integración de potencia de 0kW a 500kW DC
-
Capacidad de emulación de vehículo
y cargador para todos los estándares
-
Test cases según normativa
pre-definidos para facilitar validación
-
Sistema modular y personalizable
para cumplir con las necesidades de los ingenieros
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Electric Vehicle Charging CoordinatorMulti-standard Charging Test System (MCTS) - Preguntas frecuentes
What is the MCTS (Multi Charging Test System) offered by Applus IDIADA?
The MCTS (Multi Charging Test System) provided by Applus IDIADA is an advanced testing solution designed for evaluating the performance and compatibility of electric vehicle (EV) charging systems and charging stations. It is a comprehensive tool that enables manufacturers, testing laboratories, and regulatory bodies to conduct rigorous tests and validations of charging infrastructure components, ensuring their reliability and adherence to industry standards.
What are the key features of the MCTS?
The MCTS offers several key features to support comprehensive testing of charging systems. It provides a flexible and modular setup that allows users to simulate various AC and DC charging scenarios, including different charging protocols, communication standards, power levels, and vehicle/charger types. The system enables the measurement and analysis of important parameters such as voltage, current, power, and communication signals. Additionally, the MCTS offers user-friendly software interfaces for test control, data visualization, and result analysis.
Who can benefit from using the MCTS?
The MCTS is beneficial for a range of stakeholders involved in the development, manufacturing, and certification of EVSEs. EV and EVSE manufacturers can utilize the MCTS to validate the conformance and performance of their products before market release. Testing laboratories can use the system to perform comprehensive evaluations and certifications of charging infrastructure components, ensuring their compliance with international standards. Regulatory bodies and certification authorities can rely on the MCTS to assess the safety and reliability of charging systems and establish industry guidelines. Overall, the MCTS serves as a valuable tool for enhancing the quality and compatibility of EV charging systems, ultimately benefiting EV manufacturers, charging infrastructure providers, and end-users.