Solar energy was radiant light and heat from a star, or sunlight. Solar energy could be used to generate electricity; this was termed solar power. In the 21st century, the Moon had a store of solar energy. (TV: The Seeds of Death)
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| - Solar energy
- Solar Energy
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| - Solar energy was radiant light and heat from a star, or sunlight. Solar energy could be used to generate electricity; this was termed solar power. In the 21st century, the Moon had a store of solar energy. (TV: The Seeds of Death)
- Solar Energy is the power that allows to user to use energy from the sun in battle. It is a very rare power since few Matoran of Solar Energy become Toa.
- Solar energy is energy from the Sun in the form of radiated heat and light.
- One megawatt solar power can save 88,932/5 tons of CO2 a year, 24,678,630,000,000/17 btus of energy, 6,855,175/1,122 tons of Al , 296,440,000 gallons of H2O , (equal to 741,100 trees)
- Solar power (also known as solar energy) is the technology of obtaining usable energy from the light of the sun. Solar energy has been used in many traditional technologies for centuries, and has come into widespread use where other power supplies are absent, such as in remote locations and in space. Solar energy is currently used in a number of applications:
* Heat (hot water, building heat, cooking)
* Electricity generation (photovoltaics, heat engines)
* Desalination of seawater.
- Both Amaterasu and Chibiterasu can increase their overall Solar energy through a variety of means. Primarily, the two increase their health through the collection and use of Praise. The secondary means of increasing overall Solar energy is through the accumulation of Sun Fragments. Via these means, Amaterasu can get up to 20 units of Solar energy by the end of a playthrough, whereas Chibiterasu can only rack up 10 units.
- Where's that 12 in x 12 in solar panel with related battery that will power a truck? The Sunnev is a start, and it works ... ... infinity miles per gallon .... and very little co2 output
- Solar power is energy from the sun which is used to 'create' electricity to power our homes, etc. The sun sends out light waves which travel through space and reach us, unless something is in the way like the Moon. The light goes through the atmosphere and hits the Earth. However, the solar energy reaching us is very weak because 1/3 bounces back into space, as well as other things. Therefore the amount falling on one square metre of ground would only power two or three light bulbs.
- Since most renewable energy is ultimately "solar energy" this term is slightly confusing and used in two different ways: firstly as a synonym for "renewable energies" as a whole and secondly for the energy that is directly collected from sunlight. In this section it is used in the latter category. Solar power can be used to: Problems generally associated with electricity from solar cells:
- Solar energy is the light and heat from the Sun that has been harnessed by humans since ancient times using a range of ever-evolving technologies. Solar power technologies provide electrical generation by means of heat engines or photovoltaics. Once converted its uses are only limited by human ingenuity. A partial list of solar applications includes:
* Space heating and cooling through solar architecture
* Portable water via distillation and disinfection
* Daylighting
* Hot water
* Thermal energy for cooking
* High temperature process heat for industrial purposes
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| - Since most renewable energy is ultimately "solar energy" this term is slightly confusing and used in two different ways: firstly as a synonym for "renewable energies" as a whole and secondly for the energy that is directly collected from sunlight. In this section it is used in the latter category. Solar power can be used to:
* generate electricity using solar cells
* generate electricity using concentrated solar power
* generate electricity by heating trapped air which rotates turbines in a solar chimney.
* heat buildings, directly. Careful positioning of windows and use of brises soleil can maximise inflow of light at the times it is most needed, heating the building while preventing overheating during midday and summer.
* heat buildings, through heat pumps
* heat foodstuffs, through solar ovens.
* heat water for domestic consumption and heating using rooftop solar panels. Obviously the sun does not provide constant energy to any spot on the Earth, so its use is limited. Solar cells are often used to power batteries, as most other applications would require a secondary energy source, to cope with outages. Some homeowners use a solar system which sells energy to the grid during the day, and draw energy from the grid at night; this is to everyone's advantage, since power demand for air conditioning is highest during the day. Problems generally associated with electricity from solar cells:
* It is not available in dark or cloudy conditions, hence producing variable voltages.
* Solar panels are expensive and energy collection is not yet optimized.
* The current generated is only of DC type. It must be converted to AC current before transmission. Concentrated solar power plants work best in hot deserts and other places with plenty of direct sunshine. There are methods for storing solar heat so that electricity generation may continue through the night and even on cloudy days. ()
- Solar power is energy from the sun which is used to 'create' electricity to power our homes, etc. The sun sends out light waves which travel through space and reach us, unless something is in the way like the Moon. The light goes through the atmosphere and hits the Earth. If this light hits a solar cell, or a solar panel, it creates electricity with two layers of semiconductors. One, the n-layer (negative) tries to keep electrons, the other, the positive layer; (the p-layer) tries to get rid of them. When light hits the surface where the two layers meet, electrons pass from the p-layer to the n-layer and out around the electric circuit. However, the solar energy reaching us is very weak because 1/3 bounces back into space, as well as other things. Therefore the amount falling on one square metre of ground would only power two or three light bulbs. Now, many of us use solar power some way. Many calculators are powered by solar energy.In some places they use solar power to power cars and also watches; satellites also are solar powered.
- Solar energy was radiant light and heat from a star, or sunlight. Solar energy could be used to generate electricity; this was termed solar power. In the 21st century, the Moon had a store of solar energy. (TV: The Seeds of Death)
- Solar energy is the light and heat from the Sun that has been harnessed by humans since ancient times using a range of ever-evolving technologies. Solar power technologies provide electrical generation by means of heat engines or photovoltaics. Once converted its uses are only limited by human ingenuity. A partial list of solar applications includes:
* Space heating and cooling through solar architecture
* Portable water via distillation and disinfection
* Daylighting
* Hot water
* Thermal energy for cooking
* High temperature process heat for industrial purposes A one kilowatt-hour solar energy system installed in homes can save 105 gallons of, 170 pounds of fossil fuel like coal, 300 pounds of $15.75.
- Solar Energy is the power that allows to user to use energy from the sun in battle. It is a very rare power since few Matoran of Solar Energy become Toa.
- Solar energy is energy from the Sun in the form of radiated heat and light.
- One megawatt solar power can save 88,932/5 tons of CO2 a year, 24,678,630,000,000/17 btus of energy, 6,855,175/1,122 tons of Al , 296,440,000 gallons of H2O , (equal to 741,100 trees)
- Solar power (also known as solar energy) is the technology of obtaining usable energy from the light of the sun. Solar energy has been used in many traditional technologies for centuries, and has come into widespread use where other power supplies are absent, such as in remote locations and in space. Solar energy is currently used in a number of applications:
* Heat (hot water, building heat, cooking)
* Electricity generation (photovoltaics, heat engines)
* Desalination of seawater.
- Both Amaterasu and Chibiterasu can increase their overall Solar energy through a variety of means. Primarily, the two increase their health through the collection and use of Praise. The secondary means of increasing overall Solar energy is through the accumulation of Sun Fragments. Via these means, Amaterasu can get up to 20 units of Solar energy by the end of a playthrough, whereas Chibiterasu can only rack up 10 units.
- Where's that 12 in x 12 in solar panel with related battery that will power a truck? The Sunnev is a start, and it works ... ... infinity miles per gallon .... and very little co2 output
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