In this paper an efficient design for enhancing the
performance of the ducted wind turbine (DWT)
mounted in the tall buildings is presented. The DWT
generates differential pressures and also causes
mass flow through a building integrated turbine. By the
help of Catia V5 software a successful design
was completed for building mounted duct wind turbine
and also computational fluid dynamics (CFD)
modeling of optimum design with an octahedral casing
was chosen. A comparative study is done with
the results of CFD analysis and actual wind turbine. By
this innovative design cost of the tower is
completely reduced and also omnidirectional intake
helps in capturing wind with the seasonal
direction. During the wind pressure the flow within
augmented openings which subsequently
accelerates, expands and releases into the environment.
The process involves capture, acceleration
and concentration of wind into the turbine. The
increased kinetic energy will drive the permanent
magnet generator.
Author(s) Details
Prof. G. Ragul
Department of Mechanical
Engineering, Budge Budge Institute of Technology, Kolkata, India and Saveetha
School of Engineering, SIMATS, Chennai, India.
C. Venkataramana Reddy
School of Engineering and Technology, GIET University, Odisha,
India.
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