Add to ORKGThe growth of the number and size of turbines installed worldwide has been large in recent years. The capital costs involved in the development and installation of wind farms have also increased. To ensure the maximum return on investment, operators are looking to maximize turbine availability and minimize Operation and Maintenance (O&M) costs. Condition Monitoring (CM) systems and Supervisory Control and Data Acquisition (SCADA) systems allow Condition Based Maintenance plans (CbM) to be used which offer possible O&M savings over both Failure based Maintenance (FbM) and Preventive Maintenance (PM) strategies
As the demand for wind energy continues to grow at exponential rates, reducing operation and mainten...
The reduction of operation and maintenance costs as well as the improvement of reliability of wind e...
This study explores how condition monitoring (CM) can help operate offshore wind turbines (OWTs) eff...
The growth of the number and size of turbines installed worldwide has been large in recent years. Th...
The use of condition monitoring systems on offshore wind turbines has increased dramatically in rece...
The large growth in the wind power industry in the past years mainly focuses on a growing market and...
The economic case for condition monitoring (CM) applied to wind turbines is currently not well quant...
Condition monitoring systems and performance based maintenance contracts have the potential to signi...
The renewable energy industry is in a constant improvement in order to cover the current demands. Co...
The objective of every wind energy producer is to reduce operational costs associated to the produc...
Nowadays, there is a growing interest in the development of offshore wind farms due to the increasin...
Condition Monitoring (CM) of wind turbines can greatly reduce the maintenance costs for wind farms, ...
To compete more successfully with other sources of energy, a decrease in the costs of offshore wind ...
This paper proposes an optimal Condition Based Maintenance (CBM) policy for a multi-component system...
As the demand for wind energy continues to grow at exponential rates, reducing operation and mainten...
The reduction of operation and maintenance costs as well as the improvement of reliability of wind e...
This study explores how condition monitoring (CM) can help operate offshore wind turbines (OWTs) eff...
The growth of the number and size of turbines installed worldwide has been large in recent years. Th...
The use of condition monitoring systems on offshore wind turbines has increased dramatically in rece...
The large growth in the wind power industry in the past years mainly focuses on a growing market and...
The economic case for condition monitoring (CM) applied to wind turbines is currently not well quant...
Condition monitoring systems and performance based maintenance contracts have the potential to signi...
The renewable energy industry is in a constant improvement in order to cover the current demands. Co...
The objective of every wind energy producer is to reduce operational costs associated to the produc...
Nowadays, there is a growing interest in the development of offshore wind farms due to the increasin...
Condition Monitoring (CM) of wind turbines can greatly reduce the maintenance costs for wind farms, ...
To compete more successfully with other sources of energy, a decrease in the costs of offshore wind ...
This paper proposes an optimal Condition Based Maintenance (CBM) policy for a multi-component system...
As the demand for wind energy continues to grow at exponential rates, reducing operation and mainten...
The reduction of operation and maintenance costs as well as the improvement of reliability of wind e...
This study explores how condition monitoring (CM) can help operate offshore wind turbines (OWTs) eff...