潮流能发电装置运行控制研究
Research on operation control for tidal stream turbines
海洋能发电系统在过去十年中得到了广泛的关注,潮流能相比于其他海洋可再生能源的最大优点是对天气的依赖性较低。潮流能发电系统一般由获能装置、增速箱、发电机、功率变换系统、海底电缆、陆地配电和并网系统组成,因此系统监控对于装置的运行至关重要。通过上传数据分析海流流向、流速、桨距角及机组获能之间的关系,提出了针对潮流能发电装置的控制系统和运行控制方案设计,如启动、停止、功率控制和保护等功能。系统装置和运行控制策略也为研究利用潮流能提供了宝贵的数据和经验。
Marine energy generation systems have gained extensive attention in the past decade. The greatest advantage of tidal current energy over other marine energy sources is its lower dependence on the weather. Tidal stream generation system consists of an energy capturer, a shaft, a gearbox to reach a high rotational speed, a generator, a power converter and submarine power cables for transmission of the generated energy to shore. In such a system, the monitoring and control is very important for the system operation. In this paper, the control system for tidal stream turbines is introduced and the operation control scheme is proposed, the operation control procedure includes system start up, stop, power control, protection etc. The system provides valuable data and experience to further investigate and utilize tidal current energy.
陈震、刘兆航、黎明、李美征
水能利用、水电站工程能源动力工业经济特殊热能、特殊热能机械
自动化装置与设备潮流能发电装置集控系统变桨运行控制
automatic device and equipmenttidal stream turbine centralized-control system pitch control operation control
陈震,刘兆航,黎明,李美征.潮流能发电装置运行控制研究[EB/OL].(2016-05-03)[2025-08-16].http://www.paper.edu.cn/releasepaper/content/201605-62.点此复制
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