Risk‐based derivation of target reliability levels for life extension of wind turbine structural components

JS Nielsen, JD Sørensen - Wind Energy, 2021 - Wiley Online Library
The main wind turbine design standard IEC61400‐1 ed. 4 includes an annual target
reliability index for structural components of 3.3. Presently, no standards specify specific …

Probabilistic and risk-informed life extension assessment of wind turbine structural components

JS Nielsen, L Miller-Branovacki, R Carriveau - Energies, 2021 - mdpi.com
Reassessment of the fatigue life for wind turbine structural components is typically
performed using deterministic methods with the same partial safety factors as used for the …

Monitoring and Assessment of Wind Turbine Foundation Degradation

NL Diltz - 2021 - search.proquest.com
Wind turbine foundations account for only 1.5% of the total turbine failures, however they
often result in catastrophic damage and total loss of the turbine. There are multiple types of …

[PDF][PDF] Wind farm life extension: A review of economic, social, technical and safety factors

A Chandran, R Dettmer, N Gilmour, D Harper - researchgate.net
Many onshore wind turbines in the UK are approaching their end-of-life phase and therefore
life extension is one solution that is considered. This report critically evaluates the economic …

Economics of Hydrogen: Scenario-based Evaluation of the Power-to-Gas Technology

U Bauer - Junior Management Science, 2020 - jums.ub.uni-muenchen.de
Power-to-gas (PtG) facilities apply the chemical process of water electrolysis to produce
hydrogen and represent a low-carbon alternative to conventional hydrogen production …

[PDF][PDF] Risk-based derivation of target reliability levels for life extension of wind turbines–preprint 2020

JS Nielsen, JD Sørensen - core.ac.uk
The main wind turbine design standard IEC61400-1 ed. 4 includes an annual target
reliability level for structural components of 3.3. Presently, no standards specify specific …