There are limitations with the current portfolio of developed
models. None of the previously mentioned models consider
additional climate parameters such as wave period or visibility
within their climate modelling. In addition, these models are not
able to demonstrate the influence of different operating strategies
for the entire O&M fleet. Subsequently, offshore access related
operations are generally overly simplified or modelled in a crude
way. Different transportation systems such as CTVs, helicopters,
and jack-up vessel are highly utilised within an offshore project
lifecycle, the influence of these transportation systems on the
O&M lifecycle cost cannot be thoroughly considered from the
previously mentioned models. Given the contribution of O&M to
LCOE, a better understanding about the usage of different transportation
systems is required. From this, a favourable operating
strategy for the entire O&M fleet can be developed.
There are limitations with the current portfolio of developedmodels. None of the previously mentioned models consideradditional climate parameters such as wave period or visibilitywithin their climate modelling. In addition, these models are notable to demonstrate the influence of different operating strategiesfor the entire O&M fleet. Subsequently, offshore access relatedoperations are generally overly simplified or modelled in a crudeway. Different transportation systems such as CTVs, helicopters,and jack-up vessel are highly utilised within an offshore projectlifecycle, the influence of these transportation systems on theO&M lifecycle cost cannot be thoroughly considered from thepreviously mentioned models. Given the contribution of O&M toLCOE, a better understanding about the usage of different transportationsystems is required. From this, a favourable operatingstrategy for the entire O&M fleet can be developed.
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