This paper aims to develop an opportunistic maintenance (OM) policy for the generator of a hypothetical wind turbine using methods developed recently by the authors. The OM policy considers external opportunities caused by low wind speeds which produce little-to-no electric power. The results show that some cost savings are achievable by taking maximal advantage of these low-speed wind events, particularly when electricity prices are at their peak cycle
Reliability and availability are key issues for the implementation of future sustainable power syste...
The authors develop a stochastic model for assessing the life-cycle cost and availability of wind tu...
Wind turbine technologies are evolving rapidly in terms of complexity and size and there is an urgen...
Currently corrective maintenance and time-based preventive maintenance strategies are widely used in...
Operation & maintenance (O&M) costs account for a large portion of total life cycle cost for...
In future, offshore wind turbines may be consider a crucial part in the supply of energy. Maintenanc...
Operation and maintenance (O&M) costs account for a large proportion of the total costs for offs...
A sound maintenance planning is of crucial importance for wind power farms, and especially for offsh...
This thesis proposed a novel Opportunistic Maintenance policy where uncertain and uncontrollable mai...
The maintenance cost is known to be an important part of the levelized cost of energy generated by w...
Offshore wind energy is rapidly advancing as one of the cutting-edge renewable energy sources towar...
International audienceOffshore wind turbine blades are subject to multiple types of internal and ext...
Offshore wind turbine blades are subject to multiple types of internal and external damages. Interna...
Design for maintenance has the potential to significantly reduce the cost of offshore wind energy. T...
Motivated by rising energy prices, global climate change, escalating demand for electricity and glob...
Reliability and availability are key issues for the implementation of future sustainable power syste...
The authors develop a stochastic model for assessing the life-cycle cost and availability of wind tu...
Wind turbine technologies are evolving rapidly in terms of complexity and size and there is an urgen...
Currently corrective maintenance and time-based preventive maintenance strategies are widely used in...
Operation & maintenance (O&M) costs account for a large portion of total life cycle cost for...
In future, offshore wind turbines may be consider a crucial part in the supply of energy. Maintenanc...
Operation and maintenance (O&M) costs account for a large proportion of the total costs for offs...
A sound maintenance planning is of crucial importance for wind power farms, and especially for offsh...
This thesis proposed a novel Opportunistic Maintenance policy where uncertain and uncontrollable mai...
The maintenance cost is known to be an important part of the levelized cost of energy generated by w...
Offshore wind energy is rapidly advancing as one of the cutting-edge renewable energy sources towar...
International audienceOffshore wind turbine blades are subject to multiple types of internal and ext...
Offshore wind turbine blades are subject to multiple types of internal and external damages. Interna...
Design for maintenance has the potential to significantly reduce the cost of offshore wind energy. T...
Motivated by rising energy prices, global climate change, escalating demand for electricity and glob...
Reliability and availability are key issues for the implementation of future sustainable power syste...
The authors develop a stochastic model for assessing the life-cycle cost and availability of wind tu...
Wind turbine technologies are evolving rapidly in terms of complexity and size and there is an urgen...