It depends on size and regulatory "red tape". One wind power proposal in the Eastern US has been stalled for more than 15 years due to regulatory blocks and court battles. No doubt solar projects in the Western US face similar problems.
The load-following capability, or dispatchability, of the bubbling fluidized bed units
depends on the startup, ramp, and shutdown period requirements as shown below. The
best load-following scenario for these facilities is operating the units at maximum load
during peak/partial peak periods, then reducing to minimum load during off-peak periods.
The generating units may be taken completely offline on weekends and holidays and
started up for normal weekdays.
Chow
II
El Nido Madera
From cold shutdown to maximum load, h 12 12 12
From hot shutdown to maximum load, h 5 5 5
From min. load to maximum load or vice versa, h 1 1 1
From maximum or minimum load to zero, h 0.5 0.5 0.5
From synchronization to maximum load, h 2 2 2
From hot shutdown condition to cold shutdown
(unforced), h 60 60 60
Sustained maximum load, MW 10.8 10.8 24.6
Sustained minimum load, MW 6 6 14
Years! At least five, and maybe twenty.
First they have to find a suitable site, the mouth of a river or a bay with a very small outlet to the sea, where the tides flow fast and a large body of water can build up behind the barrage at high tide.
Then they decide what kind of power station. A barrage is very like a dam. It blocks the whole way across but allows the water to move through both ways turning turbines when the tide is moving. Barrages are expensive and have disadvantages like blocking shipping and the movements of fish. Barrages also allow silt to build up behind them, cutting down on the amount of water available.
Other methods are various kinds of turbines on the bed of the river that will turn in the water flow. They don't capture as much water movement as the barrages but they are cheaper and don't block up the entrance as much as barrages.
They will need a supply of money, either from the government, an electricity company or from investors. A lot of money will be spent before a single watt of electricity is produced.
They may need to build power lines to connect to the electricity grid, which might be far away.
You could do it in five years. The power station on the ground is almost the same as any fuel-burning power station. The difficulty is drilling several kilometres underground to the hot rocks below, and then drilling a similar shaft a little distance away for water to go down and then up again.
Im asking you that's how i got here! so you answer it!
Approximately 10 years
31 seconds
It used to use coal. I don't think it has been converted to gas powered but not sure on that.
1. Heat energy is produced by burning fossil fuel in a furnace or from the fission of uranium in nuclear or by hot gas in a gas-fired power station
Hydro electricity (Water power) Diesel generator Coal fired power station Nuclear power station Gas fired power station Wind turbine generators.
carbon dioxide is the main gas that comes out
Coal, oil, gas, gravity (hydro) and nuclear
A gas-fired power station takes the least time to start up.
A gas-fired power station has the shortest start up time out of all three fossil fuels
Gas stations start up the quickest because they use gas turbines and do not require water to be boiled up to produce steam.
This list shows the type of fuel in order of start of time going from short to long.gas-fired station (shortest start-up time)oil-fired stationcoal-fired stationnuclear power station (longest start-up time)However I do not know the exact time.S. T. Wilson
A secure pipeline or secure storage tanks to hold the gas.
It used to use coal. I don't think it has been converted to gas powered but not sure on that.
walk to the gas station and buy a gas can
The first gas station ever to start selling gas for 50 cents a gallon was called gargoyle gas station located in folks philledelphia. (GG) and it was very popular in the 1880's.The second gas station was called Rivers Gas station in kentucky.
gas
the power station works in different processes of electricity
The gas used for burning contains both carbon and hydrogen; coal does not (it consists mainly of carbon).
1. Heat energy is produced by burning fossil fuel in a furnace or from the fission of uranium in nuclear or by hot gas in a gas-fired power station