Shoreham Offshore Wind Farm Analysis
5 Questions
0 Views

Choose a study mode

Play Quiz
Study Flashcards
Spaced Repetition
Chat to lesson

Podcast

Play an AI-generated podcast conversation about this lesson

Questions and Answers

Match the following features of the Shoreham Offshore Wind Farm to their relevant information:

Operational lifespan = Initially projected to be 70 years, but now revised to potentially 10 years or less due to instability Efficiency = Considered one of the most efficient offshore wind farms ever built Cost of operation = Remarkably cheap compared to other offshore wind farms Stability = Compromised by inaccurate boundary layer equations, leading to scouring and swaying of turbines

Match the following factors impacting the Shoreham Offshore Wind Farm's lifespan to their descriptions:

Seabed stability = Compromised by inaccuracies in initial boundary layer equations, causing scouring and turbine swaying Projected lifespan = Revised downwards due to stability concerns, from 70 years to potentially 10 years or less Climate change = Potential to significantly affect the lifespan, with higher sea levels posing a threat Efficiency = Not directly related to the lifespan, but a notable positive aspect of the wind farm

Match the following terms related to the Shoreham Offshore Wind Farm to their definitions in the context of the passage:

Boundary layer equations = Mathematical calculations that were initially inaccurate, compromising the seabed stability Scouring = Erosion of the seabed, potentially caused by the inaccurate boundary layer equations Swaying = Unstable movement of the wind turbines, a consequence of the compromised seabed stability Lifespan = The expected duration of the wind farm's operation, currently estimated to be significantly shorter than initially planned

Match the following aspects of the Shoreham Offshore Wind Farm to their corresponding characteristics:

<p>Initial construction = Replaced an older wind farm at the same location, indicating a move towards more modern technology Age = Only been in operation for 5 years, relatively new compared to its projected lifespan Efficiency = High efficiency, making it a cost-effective energy source Stability = Experiencing instability issues due to inaccurate initial calculations, potentially impacting its longevity</p> Signup and view all the answers

Match the following issues affecting the Shoreham Offshore Wind Farm to their possible causes:

<p>Compromised seabed stability = Erroneous boundary layer equations Swaying of wind turbines = Scouring of the seabed due to stability issues Reduced lifespan = Compromised stability and potential impact of climate change High operating costs = Not mentioned in the passage, indicating the wind farm is relatively inexpensive to operate</p> Signup and view all the answers

Study Notes

Shoreham Offshore Wind Farm

  • The wind farm is only 5 years old, replacing a previous one at Shoreham.
  • Initial design calculations for the foundation boundary layer were inaccurate.
  • Seabed stability is compromised, causing scouring and turbine swaying.
  • While turbines are currently relatively stable, structural integrity for the projected 70-year lifespan is not guaranteed.
  • Revised lifespan estimates are now 10 years or less, depending on sea level and climate change.
  • Despite design flaws, the system boasts high efficiency and low operating costs.

Studying That Suits You

Use AI to generate personalized quizzes and flashcards to suit your learning preferences.

Quiz Team

Description

This quiz examines the challenges and efficiencies of the Shoreham Offshore Wind Farm, which has been operational for 5 years. Participants will learn about foundation design issues, seabed stability, and the impact of climate change on projected lifespan. Explore the complexities of maintaining structural integrity in renewable energy systems.

More Like This

Use Quizgecko on...
Browser
Browser