Tidal energy is a form of gathering energy from the tidal currents. Depending of the size of the system it could cost billions. A system planned for Britain would cost 15 billion pounds to build.
Nine mile point consists of two BWR's, operated by Constellation Energy Group. I think you will have to ask them for such commercial information. See link below
I can give you a link to a paper which discusses recent analysis of this, but I don't think it will be as good as getting the facts direct from a company which is going to build a new plant, though there are often cost overruns in actual building. See link below
The fuel cost is lower than for fossil fuel, so once the plant is built it tends to be run continuously on base load at full power, to take advantage of this. Taking the high building cost into account, there is probably not much difference overall between nuclear and fossil.
Hi, Power cost is calculated in this manner. Net Power Generated divided by the quantity of input of [raw materials+men+energy losses] i.e in other words specific consumption of rawmaterials, specific consumption of man power resources, + energy losses per unit of power generated. All these when converted into cost will give raise to cost of power generated. Then, losses in the transmission is also taken into consideration. Thus Cost of power distributed is calculated.
The cost to build an atomic bomb today is difficult to estimate accurately, but it is likely in the billions of dollars due to the complexity and security measures involved. The costs include research and development, construction of facilities, obtaining necessary materials, and testing. Additionally, the cost could vary among countries.
Depending on the size it could cost millions of dollars, millions of pounds, millions of euros. There's no way of answering this question accurately. One of the suggested tidal stations for the Severn Estuary in England/Wales is costed at 23 billion pounds. That depends on how wide an estuary it has to span, on the geological conditions for its foundations, on the tidal range, and other factors. But for any serious tidal barrage you are looking at hundreds of millions of pounds, probably billions of pounds. Basically what we are saying is that Tidal power is not developed as of yet. We do not know the cost per watt of this technology as of yet.
YES
billions of dollars
100 million , get the people the land, training.
it approximately costs 2500 USD/KW of electricity
The amount of energy a tidal power plant can produce in a day depends on factors such as the size of the plant, the strength of the tidal currents, and the efficiency of the technology. On average, a tidal power plant can generate enough electricity to power thousands of homes for a day.
it cost 1p to build this building
Depends upon what you build it out of? And how the building is outfitted (Fixtures, power, air conditioning, etc)
Tidal power has the potential to generate significant amounts of electricity, but the exact amount produced varies depending on factors such as the location of the tidal power system and the size of the installation. On average, a tidal power plant can produce enough electricity to power thousands of homes.
It cost about 300 million dollars to build your welcome
It cost about 9,000 pounds to build a Spitfire.
A lot!!!! Remember Energy is mass multiplied to velocity squared. Algebraically,. E = kg (m/s)^(2). and it is given the units name of Joules(J). So estuarine water flow of say 10 million kgs. flowing at say 10 knots., which is approximately, ( 10 nautical miles per hours) translates to 0.5 m/s Hence energy(E) = 10,000,000 X 0.5 X 0.5 = 2500000 J = 2500 kJ. This is a lot of energy. The difference between estuarine water flow and wind farms is that estuarine water is predictable, because it is part of the normal tidal flow, and driven by the Moon. When will the wind blow???? The figures above are purely fictitious, but given to show that a lot of energy is going to 'waste'. However, building a tidal barrage to capture this energy is a very expensive business. You would need to consider , a concrete dam(barrage), impellers, sluices for water flow and shipping, and a causeway for traffic to cross, and environmental factors. The Dutch have done it in at least two places, viz. The Afsluitdijk, and the North Sea Canal (Noord Zee Kanaal) at Ijmuiden.