The Research On The Architecture With A Kind Of Vertical Axis Wind Turbines

The central city is energy consumption, while most of the wind farms are located in remote areas, and thus develop urban wind energy, wind turbine will be applied to the urban environment and architectural organically, in developing green architecture and low carbon economy today, it has positive significance. The application that wind turbine combined with architectural, not only reduce the conventional energy consumption,but also can reduce building projects that including transmission projects, power distribution engineering and piping engineering to the construction of wind turbine restriction and can reduce the loss of energy in transportation.This article discuss the research and practical situation about the application of wind turbine, it elaborate the trend that the application of wind turbine in large-scale public buildings and domestic social policy environment. Lay the foundation for research purpose and orientation, and determine the research content and direction. Summarize the development that the utilization of wind energy in research. Methods including reading literature and ordering data, interdisciplinary reference, case studies, design practice, the qualitative analysis combine with quantitative calculation etc.In first, the horizontal axis wind turbine and vertical axis wind turbine on structure and operation characteristics are introduced briefly, and then describe the history of new wind turbines. The next compare horizontal axis wind turbine with vertical axis wind turbine from different aspects and briefly discusses the relation that wind turbine with combination of architectural structure. Finally, propose the advantages and disadvantage of horizontal axis wind turbine.The next chapter, mainly research the application aimed at a self-developed SAIL-OAR vertical axis wind turbines (SAIL-OAR) and introduce the design principle of SAIL-OAR, composition and structure characteristics and operating principle. There into, the characteristics of SAIL-OAR are discussed in aspects of structure, performance, cost, application prospect and theoretical calculation, etc. Based on the existing data deduce the formula that startup speed and operation power of SAIL-OAR. Through compare the power of the same radius wind turbine with the horizontal axis wind turbine, draw the conclusion that the power of SAIL-OAR is superior to the horizontal axis wind turbine. Give advice on improvement of SAIL-OAR in structural improvement aspect, special propose further researches on key link that cloth, Plummer block,dumpling and noise reduction.Then, Building-integrated Wind Power integrated research are discussed, list the characteristics that its will be applied to environment, list the disciplinary approach and experiment that architectural affect the form of wind field in international, such as wind tunnel test and the visualization technology experiment, computational fluid dynamics, etc. List the problem that wind power building integrated design need consider. Summarize the basic way that wind power building integrated, the form that wind turbine combine with architectural are classified and defined, including home outfit, overall design, rotating buildings. And give an example to illustrate the relation that these characteristic and structure in architectural design.Finally, the method that wind turbine combine with architectural are applied to conceptual design that small rotating platform and Sailing Tower, search for solution combine with the actual conditions. through architectural technique, force analysis and conceptual design to discuss wind turbine and architectural organically. Summarize the use of scheme and method.