摘要
为提高继电保护研发过程测试效率,提出了一种基于测试数据深度解耦共享的继电保护研发过程测试系统设计与实现方案。针对继电保护研发过程测试所关注的高效快捷测试和装置级功能连续测试两个需求,基于商用云服务解决了传统网络文件共享无法实现的海量测试数据文件高效检索与高效共享等问题;系统软件设计采用按间隔操作模式设计,并对模拟量、开关量、装置定值数据采用映射技术进行数据解耦,从而形成弱耦合的装置配置和装置测试两个相对独立的数据文件;系统通过在上位机软件建立云端与本地装置配置数据文件、装置测试数据文件或装置测试工程文件全局共享机制,实现了继电保护研发过程测试用例高效复用与高效协同开发。实际应用表明,该方案有效提高了继电保护研发过程测试效率和产品研发质量。
To improve test efficiency of relay protection development process, this paper proposes a kind of design and realization scheme for the test system based on deep decoupling and sharing of test data. Aiming at two concerned requirements of high-efficient and shortcut testing and continuous testing for device-level functions for relay protection development process test, the paper uses commercial cloud service to solve problems of high-efficient retrieval and high-efficient sharing of massive test data files that cannot be realized by traditional network file sharing. It adopts interval operation to design the system software and mapping technology for decoupling analog quantity, switch quantity and fixed value data of the device, thus forming two relatively independent data files including weakly coupled device configuration and device testing. By establishing a global sharing mechanism for the cloud and local device configuration data files, device test data files or device test project files in the host computer software, it has realized high-efficient reuse and high-efficient collaborative development of test cases for relay protection development process. Actual application indicates that this scheme can effectively improve test efficiency of relay protection development process and product development quality.
作者
王治国
于哲
笃峻
黄辉
李兴建
舒海莲
WANG Zhiguo;YU Zhe;DU Jun;HUANG Hui;LI Xingjian;SHU Hailian(NR Electric Co., Ltd., Nanjing, Jiangsu 211102, China)
出处
《广东电力》
2019年第2期100-106,共7页
Guangdong Electric Power
关键词
云共享
继电保护
测试系统
协同测试
cloud sharing
relay protection
test system
collaborative testing
