Availability is an important factor to be considered when designing wind turbine generator systems. The quest for increasing availability is based on the following five design approaches - design for component reliability, active control for reliability, design for fault tolerance, prognostics, and design for maintainability. This paper reviews methods focussing on the first three, i.e. component reliability, active control, and fault tolerance. The paper further identifies some promising directions for further research
Against the background of steadily increasing wind power generation worldwide, wind turbine manufact...
The success of a cogeneration system depends upon the system being available, i.e. operating and mee...
Since the early 90s, wind energy industry has stepped offshore due to a number of interesting charac...
Availability is an important factor to be considered when designing wind turbine generator systems. ...
Wind energy is becoming an important contributor in the world’s energy needs. An important trend in ...
Wind energy promises to become an important source of energy in the near future. Penetrating large-s...
Reliability performance and maintenance – a survey of failures in wind power systems ii Reliability ...
The US wind Industry has experienced remarkable growth since the turn of the century. At the same ti...
This paper proposes for wind turbines (WTs) an analytical reliability method, used on other engineer...
This paper proposes a reliability model for the electrical subassemblies of geared wind turbine syst...
Wind turbines are leading the way in helping to reduce the dependency on fossil fuel energy sources....
Wind turbines are leading the way in helping to reduce the dependency on fossil fuel energy sources....
The key objectives of wind turbine manufactures and buyers are to reduce the Total Cost of Ownership...
Worldwide electrical energy production generated by wind turbines grows at a rate of 30 percent. Thi...
High availability is one of the major goals of smart grid systems. This paper examines the availabil...
Against the background of steadily increasing wind power generation worldwide, wind turbine manufact...
The success of a cogeneration system depends upon the system being available, i.e. operating and mee...
Since the early 90s, wind energy industry has stepped offshore due to a number of interesting charac...
Availability is an important factor to be considered when designing wind turbine generator systems. ...
Wind energy is becoming an important contributor in the world’s energy needs. An important trend in ...
Wind energy promises to become an important source of energy in the near future. Penetrating large-s...
Reliability performance and maintenance – a survey of failures in wind power systems ii Reliability ...
The US wind Industry has experienced remarkable growth since the turn of the century. At the same ti...
This paper proposes for wind turbines (WTs) an analytical reliability method, used on other engineer...
This paper proposes a reliability model for the electrical subassemblies of geared wind turbine syst...
Wind turbines are leading the way in helping to reduce the dependency on fossil fuel energy sources....
Wind turbines are leading the way in helping to reduce the dependency on fossil fuel energy sources....
The key objectives of wind turbine manufactures and buyers are to reduce the Total Cost of Ownership...
Worldwide electrical energy production generated by wind turbines grows at a rate of 30 percent. Thi...
High availability is one of the major goals of smart grid systems. This paper examines the availabil...
Against the background of steadily increasing wind power generation worldwide, wind turbine manufact...
The success of a cogeneration system depends upon the system being available, i.e. operating and mee...
Since the early 90s, wind energy industry has stepped offshore due to a number of interesting charac...