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A Robust Reserve Scheduling Method Considering Asymmetrical wind power.Distribution

IEEE/CAA Journal of Automatica Sinica 2018年第5期5卷 961-967页

作者： Guanzhong Wang Qiaoyan Bian Member IEEEHuanhai XinMemberIEEEand Zhen WangMemberIEE

Nowadays, limited predictability and controllability of wind power.are regarded as some bottlenecks to wind generation integration with the power.system. This paper introduces a robust reserve scheduling method, where the spinning reserve allocation among conventional units is considered as *** method applies to asymmetrical wind power.distribution,and offers control on the degree of solution's conservatism by changing the robustness budget. Meanwhile, distributional information of wind power.is represented by mean value and asymmetrical bounds. Furthermore, the model is converted into a deterministic programming problem with dual theory. Case studies for asymmetrically distributed wind power.illustrate its effectiveness.

关键词： power.system reserve scheduling robust wind power.

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Academic fluid power.research in the USA

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International Journal of Hydromechatronics 2018年第1期1卷 126-152页

作者： Kim A. Stelson Department of Mechanical Engineering Center for Compact and Efficient Fluid Power University of Minnesota 111 Church Street SE Minneapolis MN 55455 USA

With the formation of the Center for Compact and Efficient Fluid power.（CCEFP） in 2006, there has been a resurgence of academic fluid power.research in the USA. The centre’s vision is to make fluid power.the technology of choice for power.generation, transmission, storage, and motion control. To address fluid power.s key technical barriers, the CCEFP research strategy supports and coordinates pre-competitive research in three thrust areas： efficiency, compactness and effectiveness, where effectiveness means making fluid power.safer, easier to use, leak free and quiet. This paper reviews some of the most important results from the first decade of CCEFP research.

关键词： fluid power hydraulics efficiency compactness rheology tribology seals Stirling engine free piston engine hydraulic pumps hydraulic motors valves digital hydraulics energy harvester acoustic silencer accumulator displacement control hydraulic hybrid excavator orthosis hydrostatic transmission wind power.

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Assessment on Development of wind Energy in Offshore Regions of Estonia

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Journal of Energy and power.Engineering 2011年第9期5卷 794-801页

作者： T. Tomson A. Kallis Department of Materials Science Tallinn University of Technology Tallinn 19086 Estonia Department of Marine Systems Tallinn University of Technology Tallinn 19086 Estonia

Up to now legislation of economical usage of Estonian sea shelf is lacking, what breaks development of wind farms. Therefore it is expedient to look the potential of wind resources and prablems to use it. In this paper the potential resource of four characteristic offshore regions in Estonia are assessed. Two different approaches have been used to assess the dynamic quality of the wind power. both of which lead to the same result. The dynamic quality of the load of the grid is also assessed since any consumer will be affected by the total influence of both these dynamic processes. These processes do limit the usage of wind power.due to peculiarities of the Estonian electrical grid.

关键词： Offshore regions dynamic quality wind power.

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