IELTS writing task 1 is a section of the IELTS exam where a diagram describes how a solar-powered water pump works. The test will display the writing skills of the candidates it must be analyzed and written about by the candidate. The candidate must choose and describe the key aspects of a solar-powered water pump, involving contrasts where necessary.
Candidates can practice using IELTS Writing Practice papers to gain knowledge of how to answer topics such as how a solar-powered water pump works. IELTS Writing Task 1. The main objective of this kind of question is to examine the diagram and elaborate it using the correct vocabulary. In this manner, candidates could potentially improve how they perform in the writing section of the IELTS.
Topic:
The diagram below shows how a solar-powered water pump works. Summarise the information by selecting and reporting the main features, and make comparisons where relevant.
Band 7 IELTS Answer
The graphic shown shows a solar-powered water delivery system that is both economical and environmentally friendly.
In total, this system consists of three primary parts: a water tank, an underground well or bore, and photovoltaic cells from solar panels. In order to pump water from the bore to the tank, the solar panel harnesses the energy from the sun into direct current power.
Initially, the solar panel's photovoltaic cells absorb the sun's massive thermal energy and transform it into electrical power. The panel is raised above the ground and firmly fixed atop a pole with its face toward the sun. The bore pump, which is situated inside the well beneath the water level, receives the direct current that is produced by the panel.
The bore pump then uses a pipeline to obtain water from the well before delivering it to the ground-level water tank. Until the water is delivered to the settlement, it remains in the tank. Thus, the power generated by the solar panel controls the pump's functioning, which guarantees the best feasible utilization of the solar energy that is currently obtainable.
Band 6.5 IELTS Answer
The image demonstrates the use of solar energy to power a water pump.
In general, the procedure consists of several phases. For the intended result to be achieved, each stage is extremely important.
Sunlight is first captured by the solar panel's photovoltaic cells, producing direct current power. The solar panel is elevated above ground level. The well, also known as an underground bore, is a tube-shaped device drilled down into the earth to draw water from below using a pump.
The energy from the panel then jumpstarts the bore pump, which is positioned below ground level within the bore or well. Thus, the water level begins to rise. Further on, the water travels through the pipes before being gathered in a massive water tank. Finally, the water gathered in the tank is distributed across the hamlet for various household purposes.
Band 6 IELTS Answer
The provided diagram demonstrates how a solar-powered water pump works.
Photovoltaic cells in the solar panel yield the sun energy used by the solar power water pumps. Their cells make use of solar energy, which is obtained from sunlight.
The solar panels produce direct current power, which is used to operate the bore pump beneath. The underground boring, sometimes referred to as a bore well, is where the bore pump is installed and submerged in water. Water from subterranean resources is pumped up by the bore pump when it is powered by solar-powered electricity.
Water pumps from natural subsurface water reservoirs can be stored in the water tank. Until it is not required to be used for any purpose by the nearby community or settlement.
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