Anything that uses at least 1 watt every sec. (there's nothing that uses 1 watt per sec.)
No, where should the missing energy come? Cheers ebs
About 298,400 watts.
500 and 27 watts
it has 400 watts
Fukushima Generates around 13,000 Mega watts of electricity. You need 434 Solar Panels for 1 Mega Watts. Calculation 434 Multiplied by 13,000 Equals to 5,642,000 Solar Panels. Cost of 1 solar panel 3,500 $ So 3,500 Multiplied by 5,642,000 = 14,747,000,000 USD. A single Nuclear Powerplant costs 400 Million USD.
About 400 watts when cycled on
A digital clock doesn't have watts it consumes watts. The wattage consumed by the clock is in the neighborhood of W = A x V, W = 400 ma (.400) x 9 = 3.6 watts.
Any renewable energy can provided it had enough of such renewable energy and the need of energy for such building. For a building require 200 kWh of electricity per day then if you could install 400 m2 of solar cell to support the building. It is more the matter of sizing to support but limitation would be in term of economic. How much 400 m2 of solar panel would cost over 400 m2 of land.
400
The sun is the most important energy source of all. Without the sun's energy heating the Earth's surface, there would be no potential for life. The sun is continuously radiating energy totaling 400 trillion trillion watts. Earth is ideally positioned in its distance from the sun so that the heat energy from the sun is not overbearingly hot, as on closer planets (Mercury, for example), and not too small to sustain temperatures that are suitable for life. The sun's energy can also be harnessed through the technology of solar cells, which convert the sun's energy (in photons) to usable electricity. Solar energy can power anything from a calculator to cars to entire buildings.
400 W HPS bulb: actual wattage pull would be around 440-480 watts when it is on
IBC SOLAR's population is 400.