This article presents the efficiency analysis of a 5 MW wind turbine generating system in an all-DC wind park comprising of a permanent magnet assisted synchronous reluctance generator (PMaSynRG) system as well as an IGBT equipped forced-commutated inverter. In this article, the focus is on the NPC converter and DC-DC converter with an optimized high-frequency transformer. The total efficiency through the AD-DC converter to DC-DC converter was found to be 96.72 % as safed operation
In this paper, a fairly high voltage generating system for a 5 MW generating system is investigated....
Wind turbine driven Permanent Magnet Synchronous Generators (PMSG) find increasing applications due ...
The article presents control strategy for the operation of a variable-speed wind energy conversion s...
This article presents the efficiency analysis of a 5 MW wind turbine generating system in an all-DC ...
This article presents an efficiency evaluation of a 5 MW wind turbine generating system comprising o...
This article presents the losses of a 5 MW wind turbine generating system comprising of a permanent ...
In this work a robust generating system for a 5 MW PMSM wind turbine system with diode rectifier and...
This paper focuses on efficiency analysis and comparative study of hard-and soft-switching dc-dc boo...
In this paper, the concept of an all-dc wind park with series-connected turbines is investigated as ...
This article presents a performance comparison of a 5MW interior permanent magnet synchronous genera...
Wind turbine power efficiency and output parameters are mainly decided by wind turbine type and inve...
In this Master Thesis, the design of a DC/DC converter for a series connected DC wind park was inves...
In this work, design and assessment of a 5 MW wind energy generator with a gearbox is performed to f...
In this report, layouts of various large-scale wind parks, both AC as well as DC, are investigated. ...
This thesis investigates the design of energy efficient generating systems for off-shore wind turbin...
In this paper, a fairly high voltage generating system for a 5 MW generating system is investigated....
Wind turbine driven Permanent Magnet Synchronous Generators (PMSG) find increasing applications due ...
The article presents control strategy for the operation of a variable-speed wind energy conversion s...
This article presents the efficiency analysis of a 5 MW wind turbine generating system in an all-DC ...
This article presents an efficiency evaluation of a 5 MW wind turbine generating system comprising o...
This article presents the losses of a 5 MW wind turbine generating system comprising of a permanent ...
In this work a robust generating system for a 5 MW PMSM wind turbine system with diode rectifier and...
This paper focuses on efficiency analysis and comparative study of hard-and soft-switching dc-dc boo...
In this paper, the concept of an all-dc wind park with series-connected turbines is investigated as ...
This article presents a performance comparison of a 5MW interior permanent magnet synchronous genera...
Wind turbine power efficiency and output parameters are mainly decided by wind turbine type and inve...
In this Master Thesis, the design of a DC/DC converter for a series connected DC wind park was inves...
In this work, design and assessment of a 5 MW wind energy generator with a gearbox is performed to f...
In this report, layouts of various large-scale wind parks, both AC as well as DC, are investigated. ...
This thesis investigates the design of energy efficient generating systems for off-shore wind turbin...
In this paper, a fairly high voltage generating system for a 5 MW generating system is investigated....
Wind turbine driven Permanent Magnet Synchronous Generators (PMSG) find increasing applications due ...
The article presents control strategy for the operation of a variable-speed wind energy conversion s...