100 kW per hour (kWh) refers to the energy consumption of a system that operates at a power level of 100 kilowatts for one hour. This means that if a device uses 100 kW continuously for one hour, it consumes 100 kWh of energy. To put it in context, this amount of energy could power a typical home for several hours, depending on the household's energy usage.
They can range from 30$ to 60$ a hour. Most power engineers salaries are between 80,000 and 140,000. Its not uncomman for a guy working in Ft Mac to make a legit 250,000 Source: Im a power engineer
Some more information is needed. 100% power factor for one hour and 220 volts = 22 kva. At 0.85 power factor = 22/0.85 = 25.88 kva
A kilowatt hour is the use of 1000 watts of power in 1 hour. The deicers should have a rating of a voltage such as 110 volts or 220 volts and a current of "X" amps. Multiply the voltage (in volts) times the current (in amps) and you will then know how much "power" in watts the deicer uses. My guess is you will see numbers such as 120 volts at 5 amps. Therefore 120 x 5 = 600 watts per hour or .6 kilowatts per hour.
A 12W downlight uses 12 watts of power per hour when it's running. To convert this to kilowatt-hours (kWh), which is how electricity is typically billed, you divide by 1,000, resulting in 0.012 kWh per hour. Therefore, if you run the downlight for one hour, it will consume 0.012 kWh of electricity.
Powers the starter motor and all the other electrics in the car when the engine is not running. When the engine is running, the battery is not needed because the alternator of which works very much like a bicycle dynamo runs all of the electrics in the car. It also keeps the battery charged. If fitted to a bicycle a dynamo will generate electricity to the bike lights when you peddle. An alternator does the same thing but with engine power instead of peddle power. the only difference between a dynamo and an alternator is that an alternator alternates the current from AC to DC a dynamo does not.
On average, a person generates about 100 watts of heat per hour.
I imagine that there is much wind in Florida to generate electricity through wind power apparatus.
The amount of power generated by a power plant depends on its size, type of fuel used, and operating conditions. In general, a typical power plant can generate enough electricity to power thousands to millions of households.
4 Watt-hours
about 1 watt
Battery operated ones are just like flashlights in another shape. Dynamo operated ones are also very much like flashlights, but w/o the battery compartment. Instead they have a dynamo(AKA generator) stuck somewhere on the bike which draws power from the bicycle's motion to power the lamp.
probably $250
quite a lot because they last about 10 years
The maximum station output is governed by the rating of the generating equipment installed in the power station.
An electric eel can generate up to 600 volts of electricity, with a maximum power output of around 1 kilowatt.
"Dynamo" is an old term. So if you have an old dynamo, it probably generates DC, not to say that it isn't good to work, but if you want power on the go, you can get 1500 watts on some of the big inverters: enough to run normal kitchen appliances, or of course base amps. This power comes from your alternator. Now I haven't seen your dynamo, so I'm going to assume that it is an alternator, and if you knew about these options; and are wanting to double the power you have. Lets say that you can get 3000 watts out of two alternators, it's enough to run 300, 100 watt light bulbs.