Diagrams Below Show the Design for a Wave-energy Machine IELTS Writing Task 1 is an academic topic that has 3 sample answers. The topic of the IELTS Writing Task 1 discusses Charts Below shows the Design for a Wave-energy Machine. The candidate has to talk about both views. So, to support the point, proper sentence structure, a grammatically correct approach, and reasonable explanations are necessary. IELTS Writing Task 1 includes an introduction, body, & conclusion to assist applicants in achieving a good score in the writing section. Candidates must go through IELTS Writing practice papers to become familiar with a wide range of themes like Diagrams Below Show the Design for a Wave-energy Machine IELTS Writing Task 1 because the topics are broad.
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Topic: The diagrams below show the design for a wave-energy machine and its location.
Summarise the information by selecting and reporting the main features and make comparisons where relevant.
Band 8 IELTS Essay
The process diagram shows how the wave energy machine works and indicates the proper position of the mechanic. It turns out that the Wave Energy Machine represents his two chambers: a turbine and a generator. Additionally, the first chamber of the channels water into the interior of the machine, and another chamber exhausts air from the mechanism of his . The process uses turbines that pump air from water to generate energy. If you look at the rest of the diagram, the machine is conveniently located where the energy is produced. And further on, there is a device that can generate high energy at the tip of a huge wave. At the same time, installing the second machine in the small axis position ensures low performance and low installation costs.
Overall, wave energy machines convert energy into electricity. All steps are required, but missing any step will halt the entire process.
Band 7.5 IELTS Essay
The diagrams illustrate: on one hand, the wave energy machine's internal structure; on the other--potential installation locations for said apparatus.
First, the shaft initiates its movement towards the lower chamber of the machine; as it does so, rising water levels generate an upward air flow--this rotationally propels a turbine situated above said chamber.Simultaneously, the entering air from outside rotates the other turbine in the upper chamber.Different airflows induce the turbine's speed in this process, thereby generating energy.The mechanics of each machine, while similar, correlate its location to the energy production amount and related costs. As the machine approaches the mainland, its power output decreases; moreover, superior energy generators situate themselves farther from land.
Coincidentally, the lower the performance of the machine, the lower the installation cost. Overall, wave energy machines use wave energy to generate electricity. However, management costs and performance levels vary depending on location.
Band 7 IELTS Essay
The diagram below illustrates the construction and placement process of a wave energy machine.Wave energy machines, which generate electricity, utilize overall installation location options that vary according to cost and performance. As you can see from the photo, this machine has two main chambers.First, the waves traverse to the machine's lower chamber; they elevate the water level and subsequently generate an airflow. This airflow enters the upper chamber and rotates the turbine.Simultaneously, the chamber draws in air from its surroundings: this atmospheric force then exerts pressure on the water--a dynamic that propels yet another turbine into rotation.
This process generates electricity for people in rural areas. The location of the machine depends on cost and performance.Machines situated nearer to land reside in low power areas; consequently, their installation costs are lower. Conversely, machines positioned in high-power locations near higher installation expenses.
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