AbstractIn the future, large offshore wind turbines are expected to reach a rating of 10 MW. To reduce the corresponding weight increase of the nacelle, research has started to focus on solutions to omit the step-up transformer in each turbine. Therefore this paper investigates a modular converter suitable for a special high power, transformer-less generator drive with 36 kV output DC-voltage. The drive consists of nine converter modules connected in series on the DC-side to obtain a high output voltage. Due to the series connection, extra care has to be taken to achieve equal voltage division between the converter modules. Therefore, a DC-voltage balancing scheme based on a droop control is proposed. The performance of the system will be d...
Offshore wind turbines are distributed in a wide area where the power is generated usually at low vo...
Large wind farms, especially large offshore wind farms, present a challenge for the electrical netwo...
A DC-DC converter suitable for the grid integration of windfarms through a DC grid is presented. The...
AbstractIn the future, large offshore wind turbines are expected to reach a rating of 10 MW. To redu...
In the future, large offshore wind turbines are expected to reach a rating of 10 MW. To reduce the c...
AbstractIn this paper, an experimental verification of the control of a modular series connected vol...
In an onshore horizontal axis wind turbine, generator and converter are usually in the nacelle on th...
A modular series connected converter consisting of N number of converter units, suitable for a high ...
In an onshore horizontal axis wind turbine, generator and converter are usually in the nacelle on th...
This paper describes the characteristics of a series parallel wind farm (SPWF) topology and investig...
The size of offshore wind generators is increasing, and the trend is moving towards full converter g...
This paper presents an improved cascaded DC-DC resonant converter for offshore windfarms. The improv...
There is a lot of potential in offshore wind parks due to the amount of available area. The parks ge...
High power and high voltage gain DC-DC converters are key to high-voltage DC (HVDC) power transmissi...
For grid integration, a low-frequency (i.e. 50 or 60 Hz) transformer is placed inside the nacelle of...
Offshore wind turbines are distributed in a wide area where the power is generated usually at low vo...
Large wind farms, especially large offshore wind farms, present a challenge for the electrical netwo...
A DC-DC converter suitable for the grid integration of windfarms through a DC grid is presented. The...
AbstractIn the future, large offshore wind turbines are expected to reach a rating of 10 MW. To redu...
In the future, large offshore wind turbines are expected to reach a rating of 10 MW. To reduce the c...
AbstractIn this paper, an experimental verification of the control of a modular series connected vol...
In an onshore horizontal axis wind turbine, generator and converter are usually in the nacelle on th...
A modular series connected converter consisting of N number of converter units, suitable for a high ...
In an onshore horizontal axis wind turbine, generator and converter are usually in the nacelle on th...
This paper describes the characteristics of a series parallel wind farm (SPWF) topology and investig...
The size of offshore wind generators is increasing, and the trend is moving towards full converter g...
This paper presents an improved cascaded DC-DC resonant converter for offshore windfarms. The improv...
There is a lot of potential in offshore wind parks due to the amount of available area. The parks ge...
High power and high voltage gain DC-DC converters are key to high-voltage DC (HVDC) power transmissi...
For grid integration, a low-frequency (i.e. 50 or 60 Hz) transformer is placed inside the nacelle of...
Offshore wind turbines are distributed in a wide area where the power is generated usually at low vo...
Large wind farms, especially large offshore wind farms, present a challenge for the electrical netwo...
A DC-DC converter suitable for the grid integration of windfarms through a DC grid is presented. The...