Performance optimization for a wind turbine is realized by using a shrouded diffuser to produce up to twice the power of unshrouded turbines of the same diameter. The diffuser converts the kinetic energy of the flow downstream of the rotor into a pressure rise and thus makes it possible for the rotor to capture airflow from a free stream tube area that is greater than that from the rotor itself. The flow velocity through the shrouded rotor is 20 to 60 percent greater than the free wind velocity as opposed to 67 percent less for the unshrouded case. The diffuser also makes it possible to accommodate very high wind speeds without the need of variable pitch in the rotor blades
Wind Energy is turning into a big supply of renewable energy throughout the globe. This ever increa...
Wind energy technology represented in wind turbines is one of the fastest growing alternative energy...
The study investigates the soundness of a popular uncoupled design strategy for diffuser-augmented w...
A method to design a diffuser augmented wind turbine (DAWT) is proposed, using as a guiding point th...
In this work was studied the effect of a shrouded structure around a small wind turbine. The object...
This thesis aims to explore the performance limits of diffuser augmented wind turbines. Many studie...
AbstractShrouding (diffuser augmented) horizontal axis micro-wind turbine has been shown to be an ef...
An increase in the efficiency of Small Wind Turbines (SWTs) by aerodynamic optimisation of the blade...
We developed a new wind turbine system that consists of a diffuser shroud with a broad-ring brim at ...
The Diffuser Augmented Wind Turbine (DAWT) combines a diffuser and a Horizontal Axis Wind Turbine (H...
Enclosing a wind turbine within a Flanged diffuser is an innovative mean to increase the power harve...
A plain conical diffuser is optimized to augment the wind speed at the throat of the diffuser. The d...
Numerical simulations were carried out for the flow field around various diffuser type structures to...
History of the development of DAWT's stretches a period of more than 50 years. So far without any co...
Wind energy technology is one of the fastest growing alternative energy technologies. However, conve...
Wind Energy is turning into a big supply of renewable energy throughout the globe. This ever increa...
Wind energy technology represented in wind turbines is one of the fastest growing alternative energy...
The study investigates the soundness of a popular uncoupled design strategy for diffuser-augmented w...
A method to design a diffuser augmented wind turbine (DAWT) is proposed, using as a guiding point th...
In this work was studied the effect of a shrouded structure around a small wind turbine. The object...
This thesis aims to explore the performance limits of diffuser augmented wind turbines. Many studie...
AbstractShrouding (diffuser augmented) horizontal axis micro-wind turbine has been shown to be an ef...
An increase in the efficiency of Small Wind Turbines (SWTs) by aerodynamic optimisation of the blade...
We developed a new wind turbine system that consists of a diffuser shroud with a broad-ring brim at ...
The Diffuser Augmented Wind Turbine (DAWT) combines a diffuser and a Horizontal Axis Wind Turbine (H...
Enclosing a wind turbine within a Flanged diffuser is an innovative mean to increase the power harve...
A plain conical diffuser is optimized to augment the wind speed at the throat of the diffuser. The d...
Numerical simulations were carried out for the flow field around various diffuser type structures to...
History of the development of DAWT's stretches a period of more than 50 years. So far without any co...
Wind energy technology is one of the fastest growing alternative energy technologies. However, conve...
Wind Energy is turning into a big supply of renewable energy throughout the globe. This ever increa...
Wind energy technology represented in wind turbines is one of the fastest growing alternative energy...
The study investigates the soundness of a popular uncoupled design strategy for diffuser-augmented w...