nuclear power plant
Capetown is considered to be the largest city in South Africa, having a population of over 2,727,000 inhabits. The energy form used in Capetown at the moment, is Gas Turbine, wich provides most of the city´s electricity. The use of electricity in Capetown is very low compared to western countries, for example there is only one TV for almost ten people, the energy consumption per inhabit a year is about 4000 kWh, wich is 2550 kWh less than the energy consumption per inhabit a year in Paris, France. Our plan is to built the most effective, cheap also inviromentaly friendliest way to produce energy for the 1 575 000 inhabits of Capetown, we came to the solution: BUILT A NUCLEAR POWER PLANT. Picture of Loviisa, Nuclear power plant We explain our solution by the following facts: If we built other forms of plants we would need: but we only need one nuclear power plant to provide enough electricity for 1 575 000 people.
Studdying Nuclear power plant process The reason we didnt choose solar power is because of the hard storing of the energy, and it cannot store energy for darker times, the efficiency rate of the plant is quite low also. The problm with wind power is also the efficiency rate, and the amount of turbins that we need is far too many, the wind is not all that well in Capetown because it is surrounded by mountains. Nuclear energy is released in the reactor, when nuclei used as fuel in the reactor splits.Nuclear energy tranfers into heat energy, wich heats up the water. thw hot water turnes into steam, wich, will flow to the turbines. The turbine spins the gnerator, wich will produce electricity. The electricity is then sent to be formed in a sellable form. Then the steam is sent to cool, and then it comes back into the reactor. Fuel used in this process is riched Uranium wich is bought from France.
Some common words found in the essay are:
Loviisa Nuclear, Studdying Nuclear, Gas Turbine, South Africa, Paris France, power plant, nuclear power plant, nuclear power, Capetown Capetown, power plants, wind power, carbon dioxide, solar power, , carbon dioxide wich, coal power, dioxide wich, energy consumption inhabit, air carbon, energy consumption, air carbon dioxide, dioxide wich released,
Approximate Word count = 765
Approximate Pages = 3 (250 words per page double spaced)
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