| With the fast development of our country’s electric power business, the currenttransformer, as one of the most widely used equipment in power system, becomes moreand more important. However, the current transformer’s performance indicators includingerror, angular, insulation and compression have a great influence on the safety andreliability of the power system. Since the current power system transformers are manuallytested now and a lot of manpower and material resources have been wasted on duplicatedoperating, the State Grid EPRI cooperated with the North China Power Grid, intends todevelop a fully automated testing system. The low-voltage current transformer automaticverification system can implement intelligent storage, automatic storage, automatic test,which will greatly improve test efficiency and test accuracy.Based on this background, in the process of developing this system, the interactionbetween the integration platform and the transformer automatic test system interface hasbeen studied in depth and the design and implementation has been introduced. This thesisanalyzes and summarizes the previous transformer test methods, especially the work ofdomestic scholars on the realization of the transformer automatic verification system,followed by the details of the objectives of the verification system in accordance with therequirements of the actual project. The interface system is designed to be a Web Serviceproject with an inner database; Key technologies used in the project are: XML parsing,data manipulation, Web Service. The entire process to build an interface function, whichwill show the other interface implementation process and methods, is introduced. Finally,a test program to test the business process of the system is developed. |
