Yes, you can.
You may recall that by running electricity through a coiled wire (solenoid) with an iron bar in the center, we can create an electromagnet.
If we reverse this process and put a strong magnet through a solenoid, we can generate electricity. All you will have to do is move the magnet up and down in order to generate electricity.
In a power station the large generators have magnets inside them which are turned by a shaft inside a coil. The magnet that spins inside the coil is itself, another coil of wire with DC current flowing through it, thus turning it into an electromagnet. (They do not use permanent magnets).
The DC current in the spinning electromagnet, is called the 'excitation' current. It is produced separately via a control circuit, the voltage and power produced by the generator can be controlled by varying the excitation current. This is mostly done automatically these days.
Magnets are used to generate electricity by rotating them around a metal wire. Alternatively, rotate magnets within a coiled metal wire.
Coal fired
Different magnets have different powers some may be small and have a strong power and some may be big and have a weak force. So the answer to that question is no.
geothermal
when magnets are kept loose their magnetic power becomes weak. therefore a non magnetic substance should be kept in between of two magnets while storing them. so that there is no continuous attraction or repulsion between them.
Magnets are used to generate electricity by rotating them around a metal wire. Alternatively, rotate magnets within a coiled metal wire.
yes
The maximum station output is governed by the rating of the generating equipment installed in the power station.
No
ISS generating the power through it's solar arrays.
A power plant or generating station.
A gas fired power station burns gas to heat water to generate steam to turn turbines to turn coils of wire in magnetic fields to generate electricity. (That should be a record number of verbs used in one sentence ;-) A coal fired power station burns coal to heat water to generate steam to turn turbines to turn coils of wire in magnetic fields to generate electricity. A nuclear power station uses the heat of nuclear reactions to heat water ... A hydro power station uses falling water to turn turbines to turn coils of wire in magnetic fields to generate electricity. A wind turbine uses the wind to turn coils of wire in magnetic fields to generate electricity.
The difference is in the name; nuclear power plants produce electricity via a nuclear reaction producing head to turn a turbine, whereas coal fired power plants burn coal to produce the same efffect.
Turbines that are driven by falling water.
A gas fired power station burns gas to heat water to generate steam to turn turbines to turn coils of wire in magnetic fields to generate electricity. (That should be a record number of verbs used in one sentence ;-) A coal fired power station burns coal to heat water to generate steam to turn turbines to turn coils of wire in magnetic fields to generate electricity. A nuclear power station uses the heat of nuclear reactions to heat water ... A hydro power station uses falling water to turn turbines to turn coils of wire in magnetic fields to generate electricity. A wind turbine uses the wind to turn coils of wire in magnetic fields to generate electricity.
Stupid question as each power station has a power rating - so a 1000Mega Watt power station will produce 1000 Mega Watt hours in 1 hour if running at full power.
The difference is only the material that is being used to generate electricity.