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Our bespoke marine operations analysis software simulates whole system, whole lifecycle, operation and maintenance for offshore renewable energy farms. This software simulates the installation, O&M, and decommissioning marine operations in the context of device reliability, vessel capabilities, marine environment (weather windows) and calculates the impact on cost, availability, and energy productivity.

De-risking Floating Wind

  • Holistic approach to FOW project modelling​
  • Improve farm &  technology design through low-cost simulation​
  • Full farm lifecycle analysis & farm optimisation​
  • Discrete event Marine Operations analysis​
  • Technical design decisions with financial outputs​
Target commission window optimisation
Target commission window optimisation
O&M downtime analysis
O&M downtime analysis
Is this project bankable?
Is this project bankable?

Project Example: Distance to Port

The following shows how TEMPEST can be used to study project design variables in order to optimise a farms LCOE and other performance indicators.

This example compares the results from two port distances on a 20 year full lifecycle simulation.

TEMPEST is capable of performing this analysis on a large number other design variables and can be studied individually or simultaneously.

Analyse:

  • Long stop date
  • O&M risk
  • Installation risk
  • Technology selection
  • Downtime
  • Productivity
  • Port requirements
  • Vessel requirements
  • Costs
  • Impact on LCoE/IRR/NPV
Turbine installation time
Farm availability
Farm annual productivity
Levelised Cost of Energy​