基于BS模式架构的风电场监控系统设计与实现

Design and implementation of wind farm monitoring system based on BS mode architecture

为了自动化监控风力机状态,提高风场风机的安全性和稳定性,保证风资源分布的均衡性,现以“BS模式架构”应用为例,设计一款功能完善、实用性强的风电场监控系统。首先,根据系统需求分析结果,完成系统架构设计和系统数据库设计。其次,从用户登录功能设计、风机实时监控功能设计、风电场实时监控功能设计、性能评估与预警功能设计、风能性能分析功能设计等方面入手,完成系统功能模块的科学设计和实现。结果表明:在BS模式架构的应用背景下文章所设计的风电场监控系统运行正常、可靠、稳定,各个功能模块实现满足设计相关要求。希望通过这次研究,为相关人员提供有效的借鉴和参考。

In order to automatically monitor the state of wind turbines,improve the safety and stability of wind turbines and ensure the balance of wind resources distribution,a wind farm monitoring system with perfect functions and strong practicability is designed by taking the application of BS model architecture as an example.Firstly,according to the results of system requirements analysis,the system architecture design and system database design are completed.Secondly,the scientific design and implementation of system function modules are completed from the aspects of user login function design,real-time monitoring function design of wind turbines,real-time monitoring function design of wind farms,performance evaluation and early warning function design,and wind energy performance analysis function design.The results show that,under the application background of BS mode architecture,the wind farm monitoring system designed in this paper runs normally,reliably and stably,and all functional modules meet the design requirements.It is hoped that this research will provide effectivereferenceforrelevant personnel.