Electricity Generation in a Hydroelectric Power Station

The diagram describes how electricity is produced in a hydroelectric power station.

A high-level reservoir situated just beneath the flowing river is used for reserving¹ the water from the flowing river. A dam is right after the reservoir, which has a tunnel beneath it responsible for the passage of the reserved water . This tunnel² opens in the daytime and closes at night, and it allows water to be transferred to the power station for the generation of electricity.

The flow of water towards the powerhouse has two main features whereby the water moves forward at daytime⁴ to generate electricity whiles⁵ it moves backwards at night for the pumping of water.

In the first stage of the manufacturing process⁷, two reversible turbines⁸ are situated within the power station, which operates the generator at daytime and pumps water⁹ from the low-level reservoir back into the high-level reservoir. The generator has the power lines which supplies¹⁰ the final manufactured electricity¹¹ to the national grid.

Overall, the process consists of seven (7) stages starting from the high-level reservoir to the supply of electricity to the national grids¹³.

The given process figure illustrates the generation of electricity in a hydroelectric power station.

Overall, it can be seen that electricity is generated mostly in day hours¹. However, at night time, water is sent to the reservoir². The generation of current involves around seven stages.

To begin with, firstly⁴, water was transferred⁵ from the river to a high-level reservoir. It was regulated by a dam, which is constructed behind a reservoir. Secondly, in the daytime, water had flown⁶ from pipes⁷ to reversible turbines to generate power . Then, some water is sent into the generator in the power station. After that, the generator produces the power lines then it forms the national grid. Next, the liquid is directed to the low-level reservoir in light time⁸.

In the nighttime, the process is reversed, pumping water from the low-level reservoirs¹³ to reversible turbines and through the pipes to the main pool¹⁴. In the nocturnal time¹⁵, intake¹⁶ is closed. The same water which is pumped from a low-level reservoir is used for daylight production of energy.

The diagram outlines the process of electricity production in a hydroelectric power station. The process begins when the water flows from the river into a high-level reservoir and ends with the transmission of electricity to the national grid. In general, the process is broadly distributed into¹ day and night stages with the daylight stages² involving electricity production from a river and storage of water in a reservoir. At night, the water flows back in the opposite direction towards an initial reservoir and the river. The day stage of the process involves channelling the river water into a high-level reservoir backed up by a dam³. There is an intake area leading to the power station that opens during the day and closes at night. Water flows during the day to generate electricity through the power station turbines. The generated electricity is then sent to a national grid⁴ through power lines while the excess water⁵ runs to a low-level reservoir. During the night stage, the water stored in the low-level reservoir is reverted to⁶ the power station and the turbines of the generator⁷ pump it back into the high-level reservoir which is closed during the night⁸. The river water is stored at the upper level and later it flows down, starting the cycle again.

The given diagram depicts the process of producing electricity in a hydropower plant.

Overall, there are various stages in the process of generating electricity, commencing with collecting river water and finalizing with¹ the transmission of electricity to the national grid.

During the daytime, the river current³ is held back by a dam in order to accumulate water in a high-level reservoir. After that, the water flows downward through an intake pipe into the lower part of the power station. During this stage, under the pressure of water, the reversible turbines are rotated to power the connected generator. Electricity generated by this generator is then transmitted via power lines to the national grid system. After rotating the turbines, the water is released into a low-level reservoir for storage.

At nighttime, the water is directed back into the power station, which makes the reversible turbines start to rotate backward. As a result, the water will be⁶ pumped up back into the high-level reservoir again⁷ to get ready for the next cycle.

The process shows¹ how electricity is generated in a hydroelectric power station. In general, the diagram can be broadly separated into day and night stages with the daylight stages involving the generation of electricity from a river and storage of water in a reservoir. At night the water flows back in the other direction towards an initial reservoir and the river. The first stage of the process involves channelling the river² into a high-level reservoir backed up by a dam³. There is an intake area leading to the power station that is open during the day and closes at night. Water flows during the day to generate electricity through the power station turbines and the resulting electricity is sent to a national grid through power lines while the water then continues to a low-level reservoir. The reversible turbines that operate the generator during the day allow the station to pump the water in the low-level reservoir back into the high-level reservoir for use the next day.

The diagram depicts a hydroelectric power station, and¹ shows how electricity is generated by the flow of water through a dam and other component parts. Ultimately, water flows from one reservoir to another, producing electricity that is sent to the national grid. Firstly, water enters a reservoir² from a river. The water is held back from its natural course by a dam, underneath which there is an intake pipe that is open during the day and closed at night. During the daytime, water flows down, via gravity³, to the power station, which is housed below the dam⁴. In the power station, the flowing water spins a generator⁵, which produces an electrical current that is then distributed via power lines to the national grid. Once the water has generated this electricity, it flows into a lower reservoir, but at night it is pumped back up through the system to the upper reservoir, ready to begin the process again the following day.