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In a coal-fired power station, a boiler burns coal to produce steam. The steam makes a turbine spin. The turbine drives an electricity generator. The electricity from the generator is converted to a higher voltage by a transformer. This higher voltage is to enable transmission over long power lines without losing too much energy. When it comes to reach our homes, it is then converted back into lower voltage by other transformers. Nuclear power stations are similar - instead of a coal-fired boiler, a nuclear reactor creates the steam. Wind turbines use the blades to turn the generator.
Depends on the type and size of the wind turbine and in which area they are set up. Am modern Wind turbine with a + 100 m Rotor and a base over 140 meters high will produce 3+ Megawatts easily
Nuclear power plants have been build in several sizes. The nuclear reactor to generate electricity was EBR-1, the Experimental Breeder Reactor number 1 in Idaho. On December 20th 1952 it generated enough electricity to power four light bulbs! On June 27 1954 the Obninisk Nuclear Power Station in the USSR became the first nuclear reactor to provide electricity to an electricity grid. It was a 5MW (electric) reactor. In general the larger a reactor the cheaper the electricity it produces, although larger reactors are arguably less safe than smaller ones. The largest nuclear power plant in the world currently is the Kashiwazaki-Kariwa Nuclear Power Plant. It has seven reactors in the gigawatt range, KK-1 to KK-5, which are boiling water reactors with an rated output of 1.067GW(e) each, and KK-6 and KK-7, advanced boiling water reactors each with rated outputs of 1.315GW(e). However these reactors and their associated fuel fabrication facilities have been plagued with problems including management malfeasance, falsification of data and earthquakes. All reactors are currently offline for inspection. a reactor is the cheaper it can produce electricity though, and recent designs have be in the multi-gigawatt range.
Total world power as of 2008 was 474 exajoules of energy annually. Currently man creates 80 to 90% of this power through fossil fuels. The remaining 10% comes from nuclear(10 to 18%), wind(<1%), solar(<.2%), geothermal(<.2%) and hydro (3 to 7%). This level of power is the would be the total output of 7500 nuclear reactors (based on average build 1999). This power could also be produced by 800,000 hydro electric plants. Putting wind into scale, they would require 1.8 million towers (and associated fossil fuel backup).
The average efficiency of a nuclear power station is about 33%, measured as the ratio of power electric over power thermal.
billions of dollars
s the question
loads and loads and loads and loads
See the link below for a review of the situation
its actually fifty million moolah
one NRs 6000000000000000 billion dollars
Effectively zero outside the plant boundary
The latest design PWR's produce about 1500 MWe per unit.
Darlington, South Carolina, had a population of 6,289 in 2010. The city is located in Darlington County and is 1,565.9 square miles in area.
2,000,000,000(2 trillion) watts
Koeberg Nuclear Power Station in South Africa has a capacity of around 1,860 megawatts, which can provide electricity to approximately two million households. It generates a significant portion of South Africa's electricity supply.