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To gain a constant source of water.
No, cell phones draw too much power to be supplied by solar cells, unless you used a large solar panel. But you certainly can't build a solar cell into the back of the phone like you would a solar calculator. For example, one web source says a cell phone draws about 1 W. Another web source says solar panels can put out about 1.2 W for 100 cm2 in bright sunlight. So to power the cell phone you'd need a solar panel at least as large as a CD, probably more like a sheet of paper.
Electrical power from solar panels, or any other source, can be transmitted wirelessly, however, not economically nor with great efficiency. Therefore I would say that it is impractical to do so on a large scale. One such scheme has been described would gather solar energy using orbiting arrays then sending it to receivers on earth's surface as a narrow beam of microwaves. There are solar powered wireless charging devices for small electronics that are available.
To provide electricity, which we all use. It is much more efficient to have large central power plants connected to a high voltage grid, than to have many small generators on a local scale.
Don't build or operate reactors in area that are subject to historically large tidal waves. Don't place all emergency power sources in one location. Have large mobile power generation and diesel pumps within reach of the plants. Store a lot of water on site for emergency cooling. Don't place your reactor electrical and control system in an area subject to flood or other damage. Don't put your primary and backup systems in the same location. Build new generation nuclear plants which do not rely on human intervention, pumps and power to safely shut down.
In 2012 the annual global solar energy production topped 100 000 Megawatts. That is 274 Megawatts a day. At peak power that is the equivalent of 100 large nuclear power plants.
It takes a large number of panels to get the power. There are numerous drawbacks, including issues with getting sunlight, the angles, weather and space.
Solar energy is produced at solar power plants, which consist of solar panels that convert sunlight into electricity. These panels are typically installed in large arrays in sunny locations to maximize energy production. The electricity generated can then be used to power homes, businesses, and other facilities.
not at all. First, no energy is created (that only happens in nuclear reactions), but that also does not happen in fossil power plants. Apart from that, we already use a large proportion of the solar power output to produce food. If we were to replace our current power consumption with solar power consumption then we would not have enough land anymore to grow food.
Germany is most likely ahead of the rest of the world with investment in the solar energy field. That being said, though, I have researched a number of solar energy plants that are in the United States. There is a large one in California which is visually a large expanse of land covered with solar paneling.
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a generator Electricity for homes is generated from power plants that use Coal, Natural Gas or Nuclear Power to super heat water to run very large turbine generators. There are also large wind sources and Solar sources.
Solar energy is better than thermal power because it is renewable and environmentally friendly, producing no greenhouse gas emissions. Solar energy is also decentralized, allowing for installation on rooftops and in remote locations without the need for large power plants or extensive infrastructure. Additionally, solar panels have low maintenance costs and can provide electricity during peak demand periods.
It depends upon the available resources in that country. If it has coal or gas in a large amount then coal and gas power plants would be suitable. Having many rivers and lakes can enhance the utility of hydroelectric power plants. Developed nations or developing nations which are technologically advanced can even use nuclear power plants. My preference is, since Sun and Winds are available in every country around the world, I prefer Solar power plants and Wind mills.
Solar power systems do not generate any exhaust or air pollution, and once the solar power system is installed, the energy from the Sun is free. On the other hand, solar power only works during the daytime, and not even then in bad weather. In the winter, when you really NEED the heat, the Sun is at its lowest elevation and you'll generate less power. Solar power is OK for fixed installations, like your home or office, but doesn't work for mobile installations like cars. Large solar power plants take a lot of room, and are generally located quite a way from the city. The fixed solar plants (and large wind turbine farms) are fatal to a lot of birds. Fossil fuels are rich in energy, and are relatively plentiful. (In fact, new fossil fuel reserves are being discovered faster than we're using them up.) Using fossil fuels generates some exhaust and pollution (although, modern engines are much cleaner and efficient than they were even 10 years ago).
The primary power source is solar power from the large arrays connected to the station. There are also two backup generators and smaller fuel cells for various experiments.
Specification on 'How large is the City?' is needed to answer this question.