基于TTCN-3的V2G通信接口互操作性测试

Sven Gröning, C. Lewandowski, J. Schmutzler, C. Wietfeld
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引用次数: 11

摘要

未来电动汽车的广泛使用需要部署可靠和全面的电池充电基础设施。为了控制电池充电过程或实现充电操作的灵活计费,所有系统之间的通信成为接受电动交通的重要因素。它将是多供应商、多网络和多服务环境中的高度分布式基础设施,具有空间分离和部分移动组件。挑战在于通过标准化的数据结构和可靠的通信协议,确保这些由不同的充电点运营商、电网组件和众多电动汽车组成的系统的互操作性。本文描述了一种基于TTCN-3测试基础设施的标准化车辆到电网(V2G)通信接口的协议感知互操作性测试方法。这种方法允许用适当的测试方法评估这种通信系统的互操作性,并建立一个实验性的自动测试设备。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Interoperability Testing Based on TTCN-3 for V2G Communication Interfaces
A future widespread use of electric vehicles requires the deployment of reliable and comprehensive battery charging infrastructures. The communication between all systems, which are involved in order to control the battery charging processes or enable flexible billing of charging operations, becomes an important factor in acceptance of electric mobility. It will be a highly distributed infrastructure in a multi-vendor, multi-network and multi-service environment with spatially separated and partially mobile components. The challenge is to ensure interoperability of such systems, consisting of different charge point operators, electrical grid components and multitude electric vehicles, through standardized data structures and reliable communication protocols. This paper describes an approach for protocol-aware interoperability testing of standardized Vehicle to Grid (V2G) communication interfaces based on a TTCN-3 testing infrastructure. This approach allows to evaluate the interoperability of such communication systems with appropriate testing methods and to build an experimental Automatic Test Equipment.
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