The diagrams below show a structure that is used to generate electricity from wave power.

The diagrams below show a structure that is used to generate electricity from wave power.
✨ Do you want to improve your IELTS writing?
The diagrams illustrate how wave power is used to produce electrical power.
Overall
, it can be seen that electricity is generated using two different techniques through the movement of
waves
.
To begin
with, a pair of
columns
and the chamber are mounted to the cliff or the sea wall in order to balance
air
movement which comes from a rise of
waves
. The bottoms of both
columns
are connected to the chamber which makes the
columns
stand parallel. When the level of a wave is increased, the turbine located in between
columns
begins to spin in a clockwise direction through rising
air
. After that, electricity is generated inside of the block which is mounted to the land and column system. In the second process, the structure is the same as the first one.
However
,
this
process commences when
waves
begin to move in the opposite direction, after which
air
also
moves downward
in contrast
to that of the first diagram.
Although
in the second procedure, the movements of
waves
and
air
are opposite to the first one, the direction of the turbine remains the same and continues to generate electricity.
Submitted by writingbhos on

Unauthorized use and/or duplication of this material without express and written permission from this site’s author and/or owner is strictly prohibited. Excerpts and links may be used, provided that full and clear credit is given to Writing9 with appropriate and specific direction to the original content.

Vocabulary: Replace the words waves, columns, air with synonyms.
Vocabulary: Rephrase the word "undefined" in your introduction.
Vocabulary: The word "diagrams" was used 2 times.
Vocabulary: The word "move" was used 2 times.
Vocabulary: The word "wave" was used 6 times.
Topic Vocabulary:
  • Wave power
  • Offshore
  • Kinetic energy
  • Renewable energy
  • Buoy
  • Turbine
  • Generator
  • Carbon footprint
  • Ecosystems
  • Sustainability
  • Energy portfolio
  • Scalability
  • Power grid
  • Marine environment
  • Economic viability
What to do next:
Look at other essays: