This paper presents a control method that reduces the losses in wind turbine converters adaptively controlling the grid converter. The dc-link voltage adapts its reference based on the system state and therefore reduces the stored energy, and is therefore kept at the minimum necessary for the grid and generator side. Operating in this way, the electrical and thermal stress factors are decreased on the power electronic devices, increasing their lifetime. The simulation results using this method show efficiency increase and devices temperature cycles slightly decreased. Experimental results on a wind turbine power stack shows efficiency increase in the high power region
International audienceThe typical control strategy for wind energy conversion systems (WECS) is the ...
The electrical energy consumption continues to grow and more applications will be based on electrici...
With the increasing penetration of the wind power, reliable operation and cost-effective wind energy...
This paper investigates a controller that ensures minimum operating dc-link voltage of a back-to-bac...
The standard wind turbine (WT) control law modifies the torque applied to the generator as a quadrat...
The main aim of the present project is to obtain a better understanding of the dynamic control of a ...
This paper presents an improved coordinated fault ridethrough (FRT) control strategy for a doubly fe...
Udgivelsesdato: JAN-FEBEmphasis in this article is on the design of a co-ordinated voltage control s...
In this paper, various types of wind generator configurations, including power electronic grid inter...
In the United Kingdom (UK), homeowners who install grid connected renewable energy sources receive a...
Research Doctorate - Doctor of Philosophy (PhD)Owing to the global concerns on climate change and wo...
In this paper the reactive power influence on the thermal cycling of power devices in grid-connected...
The paper presents to develop a new control strategy of limiting the dc-link voltage fluctuation for...
The paper deals with control techniques for minimizing the operating loss of doubly fed induction ge...
In this paper, various control strategies around the synchronous operating point with the aim to red...
International audienceThe typical control strategy for wind energy conversion systems (WECS) is the ...
The electrical energy consumption continues to grow and more applications will be based on electrici...
With the increasing penetration of the wind power, reliable operation and cost-effective wind energy...
This paper investigates a controller that ensures minimum operating dc-link voltage of a back-to-bac...
The standard wind turbine (WT) control law modifies the torque applied to the generator as a quadrat...
The main aim of the present project is to obtain a better understanding of the dynamic control of a ...
This paper presents an improved coordinated fault ridethrough (FRT) control strategy for a doubly fe...
Udgivelsesdato: JAN-FEBEmphasis in this article is on the design of a co-ordinated voltage control s...
In this paper, various types of wind generator configurations, including power electronic grid inter...
In the United Kingdom (UK), homeowners who install grid connected renewable energy sources receive a...
Research Doctorate - Doctor of Philosophy (PhD)Owing to the global concerns on climate change and wo...
In this paper the reactive power influence on the thermal cycling of power devices in grid-connected...
The paper presents to develop a new control strategy of limiting the dc-link voltage fluctuation for...
The paper deals with control techniques for minimizing the operating loss of doubly fed induction ge...
In this paper, various control strategies around the synchronous operating point with the aim to red...
International audienceThe typical control strategy for wind energy conversion systems (WECS) is the ...
The electrical energy consumption continues to grow and more applications will be based on electrici...
With the increasing penetration of the wind power, reliable operation and cost-effective wind energy...