D204 A Study on Flow analysis and Performance of Straight Wing Vertical Axis Wind turbine(3)
Kenji Horiuchi, Keita Sagara, Kazuichi Seki
Abstract
Open-access reader
Kenji Horiuchi, Keita Sagara, Kazuichi Seki
Abstract
Open-access reader
We have started the research of application for comprehensive wind energy since 1976. The research has continued for more than thirty years. The topics of the research include the design of best suitable turbines, wind characteristics, wind energy density and reserve, the efficiency of the wind power system, etc. Both the Straight Win Fixed Pitch Vertical Axis and the Horizontal Axis wind power systems have done the wind tunnel experiments and field tests. The research results also cover the relevant running tests, determination of the boundaries, stress tests in limits, etc. This report is the summarized statement for the most up-to-date experimental results of the Straight Wing Vertical Axis Wind Turbine power system.
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We have started the research of application for comprehensive wind energy since 1976. The research has continued for more than thirty years. The topics of the research include the design of best suitable turbines, wind characteristics, wind energy density and reserve, the efficiency of the wind power system, etc. Both the Straight Win Fixed Pitch Vertical Axis and the Horizontal Axis wind power systems have done the wind tunnel experiments and field tests. The research results also cover the relevant running tests, determination of the boundaries, stress tests in limits, etc. This report is the summarized statement for the most up-to-date experimental results of the Straight Wing Vertical Axis Wind Turbine power system.
Key concepts: Vertical axis wind turbine, Horizontal axis, Wind power, Vertical axis, Turbine, Marine engineering, Wind gradient, Hypersonic wind tunnel