%D 2023
%R 10.1080/15325008.2023.2242850
%N 17
%O cited By 0
%L scholars19172
%J Electric Power Components and Systems
%X This research article discusses the active pitching technique for the H-Type Darrieus turbine and its importance for the turbine�s self-starting and enhanced power coefficient. The pitch of the turbine blades is changed at various points while the turbine is whirling using the servomotor pitching control system. The performance of the turbine is enhanced by the present blade pitching method. The current analytical analysis made use of the DMST (Double Multiple Stream Tube) model. Parametric study is done to create a turbine design suitable for pre-fabrication. Currently, a turbine with a servomotor is being employed in the research. The paper�s conclusion is that the current pitching schedule can increase initial torque to initiate starting of the turbine and improve efficiency of turbine in terms of power coefficient up to 45 for operating tip speed ratio, 0 = 2.5 at wind velocity of 10 m/s. © 2023 Taylor & Francis Group, LLC.
%K Servomotors; Turbine components; Turbomachine blades, Control mechanism; Darrieus turbine; Double multiple stream tube model; Efficiency of turbine; Multiple streams; Power coefficients; Servomotor pitching control mechanism; Speed range; Speed range of turbine; Stream tube models, Efficiency
%P 2043-2057
%T Servomotor Pitching Control Method for H-Type Darrieus Turbine
%I Taylor and Francis Ltd.
%A R.K. Kavade
%A P.M. Ghanegaonkar
%A P.D. Malwe
%A C. Kothare
%A P. Darade
%A G.M. Chendke
%A H. Panchal
%A R.S. Meena
%A I. Veza
%V 51