何航,汪少勇,周家慷,等. 高空风能电站运维辅助系统研究与设计[J]. 南方能源建设,2025,12(1):22-30.. DOI: 10.16516/j.ceec.2024-370
引用本文: 何航,汪少勇,周家慷,等. 高空风能电站运维辅助系统研究与设计[J]. 南方能源建设,2025,12(1):22-30.. DOI: 10.16516/j.ceec.2024-370
HE Hang, WANG Shaoyong, ZHOU Jiakang, et al. Research and design of high altitude wind power station operation and maintenance auxiliary system [J]. Southern energy construction, 2025, 12(1): 22-30. DOI: 10.16516/j.ceec.2024-370
Citation: HE Hang, WANG Shaoyong, ZHOU Jiakang, et al. Research and design of high altitude wind power station operation and maintenance auxiliary system [J]. Southern energy construction, 2025, 12(1): 22-30. DOI: 10.16516/j.ceec.2024-370

高空风能电站运维辅助系统研究与设计

Research and Design of High Altitude Wind Power Station Operation and Maintenance Auxiliary System

  • 摘要:
    目的 目前,国内及国际都已开展对高空风力发电技术的研究,主要集中在运行控制、机理分析和系统设计领域,尚未出现针对高空风能电站运维领域的研究成果。
    方法 文章提出1种高空风能电站智能运维辅助系统设计方案,为将来在高空风能电站推广应用智能运维技术、推进运维数字化建设工作提供思路。通过对我国首个示范性伞梯组合型高空风能电站进行调研,分析现阶段的运维痛点,设计1套高空风能电站智能运维辅助系统,以解决站内监视后台分散、运行数据表单多样、设备台账不成体系、故障维修历史不便追溯等问题。
    结果 基于微服务开发了1套高空风能电站智能运维可视化平台,实现集中监视发电系统设备状态,标准化设备台账,规范设备维修工单流程,监测运行环境安全,主动识别危险事件并输出报警。
    结论 高空风能电站是出现不久的新事物,其智能运维平台的设计应首先侧重于提高电站运行数据的集中可视化程度、推进设备数字化管理模式及保障电站运行环境安全,以匹配起步阶段的电站运维需求。随着以后高空风能发电系统的核心控制技术攻关和设备选型制造技术攻关的完成,高空风能电站智能运维技术可与之适配进步,进一步推进高空风能电站的兴起。

     

    Abstract:
    Objective At present, domestic and international research on high-altitude wind power generation technology has been carried out, mainly in the fields of operation control, mechanism analysis and system design, but no research results have been found in the field of high-altitude wind power station operation and maintenance.
    Method This paper proposed a design scheme of intelligent operation and maintenance assistance system for high-altitude wind power stations, which provided ideas for the future popularization and application of intelligent operation and maintenance technology in high-altitude wind power stations and the promotion of digital operation and maintenance construction. Based on the investigation of China's first demonstrative high-altitude wind power station with an umbrella-ladder combination system, the pain points of operation and maintenance at the present stage were analyzed, and a set of intelligent operation and maintenance assistance system was designed to solve the problems such as scattered monitoring and background in the station, various operating data forms, unsystematic equipment records and inconvenient tracing of fault maintenance history.
    Result Based on microservices, an intelligent operation and maintenance visualization platform for high-altitude wind power station is developed to realize centralized monitoring of power generation system equipment status, standardization of equipment records and maintenance ticket process, monitoring of operating environment safety, active identification of dangerous events and output alarm.
    Conclusion High-altitude wind power station is an emerging concept in energy sector. The design of its intelligent operation and maintenance platform should first focus on improving the centralized visualization degree of power station operation data, promoting the digital management mode of equipment and ensuring the safety of power station operation environment, so as to match the operation and maintenance requirements of power station in the initial stage. With the advance in the core control technology, equipment selection and manufacturing technology of high-altitude wind power generation system in the future, the intelligent operation and maintenance technology of high-altitude wind power station can be adapted to the progress, and further promote the rise of high-altitude wind power station.

     

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