Profile Design of Loop-Type Blade for Small Wind Turbine

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11
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13

초록

The importance of renewable energy-based wind turbine for generating electricity has been significantly issued due to their advantages in environment-friendly, low noise, good appearance and infinite energy source characteristics. Unfortunately, the turbine with a loop-type blade has not been widely researched on the optimal design and performance test. This paper has targeted to propose the optimal profile of loop-type blade for 3kW wind turbine based on basic design formulas in terms of tip speed ratio (TSR), twist angle and chord length for loop-type blade, which was produced with 3D printing. Finally, by virtue of the wind tunnel tests, simplified Model A-2 is selected as the optimal blade model in terms of performance and efficiency in energy harvesting for the wind turbine.

키워드

Loop-type wind turbine; Horizontal axis wind turbine; Wind energy; Wind turbine; Turbine blade; 3D printing; FED INDUCTION GENERATOR; SPEED; ENERGY; ANGLE; OPTIMIZATION
제목
Profile Design of Loop-Type Blade for Small Wind Turbine
저자
Kim, Youngwon; Park, Jeanho; Lee, Nak-Kyu; Yoon, Jonghun
DOI
10.1007/s40684-017-0043-9
발행일
2017-10
유형
Article
저널명
International Journal of Precision Engineering and Manufacturing-Green Technology
권
4
호
4
페이지
387 ~ 392