Solar energy in itself does not "take up" space. Any and all light that is emitted from the sun is "solar energy". When a photovoltaic cell is used to convert solar energy into solar electricity, the energy can be stored in a battery or capacitor, which will be able to contain the same amount of solar electricity as it would with DC power from any other source. The collection of significant amounts of solar electricity, on the other hand, requires a fairly large amount of surface area or "space"; If the technology were perfect, and 100% efficient, energy would be collected at roughly 1Kw per square meter of photovoltaic cell. Unfortunately only state of the art and very expensive solar panels can even achieve 60% of this, so a more realistic figure is 350 watts per square meter. Also, one must take into account that the sunlight will not hit your location 24 hours a day...
One downside of solar energy is that it is intermittent and dependent on weather conditions, so energy storage solutions are needed for reliability. Additionally, the initial investment for installing solar panels can be high, although costs are decreasing over time. Lastly, solar panels can take up space and may require permits for installation, which can be a drawback for some locations.
In outer space, you can't take lots of regular fuel; every kilogram taken into outer space costs a huge amount of money. Solar cells, on the other hand, can continuously provide energy for many years. Another option is some sort of nuclear reaction - including nuclear decay which gradually gives off heat. Please note that solar sells are ONLY appropriate for missions in the nearby Solar System; for a mission that goes, say, to Pluto, the solar radiation is way too weak to be useful.
Another name for solar energy is solar power. Solar power should be utilized a lot more due to the fact it is so simple! One more name you can take it that is natural resources, for more details please consult renuenergysolutions.com as they are market leader in providing Solar Panels & Solar Energy Installer.
One disadvantage of solar energy is that it is intermittent, meaning it is not always available when sunlight is not present, such as at night or during cloudy weather. Additionally, initial installation costs can be expensive, although the long-term savings often outweigh this drawback. Lastly, solar panels can take up significant space, particularly for larger installations.
It does not work at night or when it's cloudy. It does not work well in winter in most parts of the world. Solar power is nice, but, it's limited for the amount of money it costs to install solar panels.
Energy takes up no space, at all.
the enviromental is that they take up to much space
Energy 1,000kb of powerSolar 10hrs- of solar power
Solar energy is released by the nuclear fusion reactions that take place in the core of the Sun. During these reactions, hydrogen atoms combine to form helium, releasing a tremendous amount of energy in the form of heat and light. This energy then travels through space in the form of electromagnetic radiation, reaching Earth and other planets.
One downside of solar energy is that it is intermittent and dependent on weather conditions, so energy storage solutions are needed for reliability. Additionally, the initial investment for installing solar panels can be high, although costs are decreasing over time. Lastly, solar panels can take up space and may require permits for installation, which can be a drawback for some locations.
1.Most solar energy doesn't take any power to run and produces no pollutants. 2.Solar energy (sunlight) is free and virtually unlimited.
The sun isn't constantly out so solar panels can only collect energy during the day. Also, solar panels take up space and some people think they are ugly. Personally, I think that renewable and green energy recources such as solar, wind, and hydroelectric power are the way to go. They don't hurt the environment and the are easy to obtain!
Of course, that's how solar panels work. They take the energy from the sun and convert it to electricity, which they then transmit into batteries.
Solar energy, plants take in this energy through the chloroplast.
Matter does not take up less space when energy is added to it. This is because energy is not a physical unity and therefore it does not interfere with the occupancy of space by matter.
In a solar cooker, solar energy (light and heat) is absorbed by the reflective surface and converted to heat energy. This heat energy is then transferred to the food in the cooker, causing it to cook or heat up.
In outer space, you can't take lots of regular fuel; every kilogram taken into outer space costs a huge amount of money. Solar cells, on the other hand, can continuously provide energy for many years. Another option is some sort of nuclear reaction - including nuclear decay which gradually gives off heat. Please note that solar sells are ONLY appropriate for missions in the nearby Solar System; for a mission that goes, say, to Pluto, the solar radiation is way too weak to be useful.