摘要
共振式波力能发电装置通过控制摆锤刚度,使其与波浪频率一致引发共振,从而高效提取能量的新型发电装置。其液压系统全程参与工作,对装置能否可靠运行起决定作用。针对波力发电的环境和工作特点,建立该发电装置的可靠性数学模型,通过分析可靠性曲线进行可靠性预测;通过定性、定量分析故障树模型找出系统的薄弱环节;通过求解故障搜索策略,找到最优故障搜索次序。为提高该发电装置可靠性,达到在近海稳定、可靠运行的目的,提供了理论基础和实践措施。
Resonant wave power generation device by controlling the pendulum stiffness,cause resonance is consistent with wave frequency,which can extract energy efficiently through resonance with wave. The hydraulic system participates in the whole operation process,playing a crucial role in the reliable operation of power generation devices. According to the environment and working characteristics of the wave power generation,the reliable mathematical model of the power generation device is established. Meanwhile,the reliable predictions could be made by analyzing the reliable curve; the weak link of the system could be found through the qualitative and quantitative analysis of the fault tree model; and the optimal fault search order could be found according to the strategy of solving malfunction searching. Accordingly,theoretical basis and practical measures can be provided to achieve the goals of improving the reliability of the power generation device and making the device operate stably and reliably in the offshore.
作者
陈东
高文磊
王峣
CHEN Dong;GAO Wenlei;WANG Yao(College of Power and Mechanical Engineering, Wuhan University, Wuhan Hubei 430072, Chin)
出处
《机床与液压》
北大核心
2018年第7期140-145,共6页
Machine Tool & Hydraulics
基金
国家自然科学基金资助项目(51679171)
关键词
波力能
共振
可靠性
故障树分析
搜索策略
Wave power
Resonance
Reliability
Fault tree analysis
Search strategy
