In this study, a new claw-pole type transverse flux superconducting generator topology is presented. The machine has a stationary superconducting field winding, which eliminates electrical brushes and cryocouplers. The machine is specifically designed for low-speed high torque applications such as large offshore wind turbines. The proposed machine is robust and has a modular structure
A superconducting direct drive generator based on field windings of MgB2 superconducting tape is pro...
AbstractFor offshore large multi-megawatt direct drive wind generators, because of its ability to ge...
Superconducting synchronous generators (SCSGs) are being proposed for 10-MW direct-drive wind turbin...
Superconducting generators have the potential to reduce the tower head mass for large (similar to 10...
The cost and mass of an offshore wind turbine power-train can be reduced by using high-temperature s...
AbstractThe cost and mass of an offshore wind turbine power-train can be reduced by using high-tempe...
This thesis describes four novel superconducting machine concepts, in the pursuit of finding a suit...
Abstract High temperature superconductors (HTS) enable very compact electric machines with high powe...
Offshore wind is considered a vital component of the future large scale renewable generation portfol...
This paper details the design and testing of a novel transverse flux claw pole linear machine suitab...
Special Issue in Focus on Superconducting Rotating MachinesThe offshore wind market demands a higher...
In this project we shall investigate the feasibility of using type II high temperature superconducto...
To realize large (>10 MW) direct-driven off-shore wind turbines, a number of steps are needed to red...
International audienceSuperconducting machines are promising candidates for direct-drive multi-megaw...
In recent years, superconducting synchronous generators (SCSGs) have been proposed as an alternative...
A superconducting direct drive generator based on field windings of MgB2 superconducting tape is pro...
AbstractFor offshore large multi-megawatt direct drive wind generators, because of its ability to ge...
Superconducting synchronous generators (SCSGs) are being proposed for 10-MW direct-drive wind turbin...
Superconducting generators have the potential to reduce the tower head mass for large (similar to 10...
The cost and mass of an offshore wind turbine power-train can be reduced by using high-temperature s...
AbstractThe cost and mass of an offshore wind turbine power-train can be reduced by using high-tempe...
This thesis describes four novel superconducting machine concepts, in the pursuit of finding a suit...
Abstract High temperature superconductors (HTS) enable very compact electric machines with high powe...
Offshore wind is considered a vital component of the future large scale renewable generation portfol...
This paper details the design and testing of a novel transverse flux claw pole linear machine suitab...
Special Issue in Focus on Superconducting Rotating MachinesThe offshore wind market demands a higher...
In this project we shall investigate the feasibility of using type II high temperature superconducto...
To realize large (>10 MW) direct-driven off-shore wind turbines, a number of steps are needed to red...
International audienceSuperconducting machines are promising candidates for direct-drive multi-megaw...
In recent years, superconducting synchronous generators (SCSGs) have been proposed as an alternative...
A superconducting direct drive generator based on field windings of MgB2 superconducting tape is pro...
AbstractFor offshore large multi-megawatt direct drive wind generators, because of its ability to ge...
Superconducting synchronous generators (SCSGs) are being proposed for 10-MW direct-drive wind turbin...