The last two steps are:
For production of electricity, the last steps would be as follows:
Steam, under pressure and typically at a high temperature, enters into a turbine, which converts the energy of the steam into rotational energy.
The rotating turbine turns a generator, which turns rotational energy into electricity.
The electricity is run through Transformers to step up the voltage to the level of the grid. For instance, the generator might produce electricity at 13.8 kV (13.8 thousand volts), which might need to be stepped up to 230 kV, which is what the main line running into the plant is at.
Note that not all power plants will work this way. For instance, plants using photovoltaic cells (solar panels) would not use steam. Hydropower stations would also not use steam, but use water falling from a dam. The water would fall through a turbine, which would turn a generator. Most power plants, though, have large boilers that give steam for use in the turbine. Where plants differ is how they get the heat to make steam.
The last two steps in an electrical power plant include steam entering the turbine. Lastly, energy of the steam is converted into a rotational energy.
Power = Voltage*Current. Multiply the current and the voltage. Keep your units in mind. If your voltage is Volts, and your current is in Amps, your power will be in Watts. If you are using milliamps, your power will be in milliwatts. You can also use P=I2*R. The current squared, mulitplied by the resistance of the circuit. Or P=V2/R, the voltage squared divided by the resistance of the circuit. The last two of these can be derived from the basic equation V=I*R and P=V*I. Here's a little helper for you too. "Twinkle twinkle little star, power equals I squared R".
It depends on the size and power that the generator provides; some are only good for a couple of hours, some last for twenty four hours and still others are designed to last for up to four days.
A measurement of electricity. Discovered by George Ohm. Ohm being his last name. Not an abbreviation. A measurement of electrical current resistance based per 1 amp of current flow.
Sure. No transformer is built to last forever. Aging and operations will weaken the insulation with time.
Take your pick:P = V x I (Power = Voltage x Current)or:P = V2 / R (Power = Voltage2 / Resistance)or:P = I2 *R (Power = Current2 x Resistance)(the last two equations come from combining the ohms law equation R=V/I with the power equation P=VxI)In the question above you have resistance and current therefore:P = I2 *R = 0.0052 x 8.2k = 0.0052 x 8200 = 0.205W = 205mW
Electrical
Electrical
Electrical
i dont understand i need the aswer
Do you mean the steps are the same, or the power plants? The last step in a power plant is to transform the generator output voltage up to the main transmission line voltage. However I'm not sure if that is what you have in mind. If not, reformulate the question and re-submit, preferably in 'Electrical Engineering'
Typically about 30 - 50 years, though this can vary depending on the type of plant.
The solar photovoltaic power plant of the Cagayan Electric Power and Light Company, Inc. (CEPALCO), is not only the largest solar power plant in the Philippines, but in the entire Southeast Asia. CEPALCO started operating the plant last July 2004.
Energy is actually not created. Hydel power plant converts the stored water's potential into Kinetic energy energy in the runneer & at last to electrical energy through Generator
Fukushima Daiichi, on March 11, 2011.
The last plant built in the US began construction in 1977. That's the "River Bend" plant in Lousiana.
As far as I know the last failure requiring a write off of the reactor was at Chernobyl in 1986.
Radioactive wastes that can last thousands of years