摘要： 针对风电场原有组件因受自身硬件与软件资源的局限而不能与下一代风电机组实现无缝通信的问题，提出在风电场各组件中遵循风电场监控通信标准IEC61400-25的嵌入式通信服务模块的解决方案，设计ARM+Linux+J2ME平台并采用MMS技术与Web服务的方法提供统一的通信方式与通信接口，结果证明该方案能有效解决工程中监控系统难以兼容、风电场统一操作和维护困难的问题。
关键词:
风电场无缝通信,
IEC61400-25标准,
MMS技术,
Web服务
Abstract: According to international communication standard IEC61400-25, this paper proposes a scheme of designing embedded communication service module in wind turbine components to address the issue that existing wind farm components restricted with the resources of hardware and software can not achieve seamless communication with the next generation of wind turbines. MMS technology and Web services are adopted based on ARM + Linux + J2ME platform to provide unified communication methods and interfaces. Results prove that the method can effectively solve the issues of compatible difficulty in monitoring systems, unified operation and maintenance difficultly in wind farm.
Key words:
seamless communication of wind farm,
IEC61400-25 standard,
MMS technology,
Web service
中图分类号:
邓清勇;段 斌;颜 娜. 风电场中嵌入式通信服务模块设计[J]. 计算机工程, 2009, 35(12): 220-222.
DENG Qing-yong; DUAN Bin; YAN Na. Design of Embedded Communication Service Module in Wind Farm[J]. Computer Engineering, 2009, 35(12): 220-222.