YES. because it converts the solar energy into electrical energy
True. The generator in that case is the sun.
Yes, it is true.
true
Solar panels are really just a collection of solar cells strong together to generate a current of a usable level sandwiched between a couple protective layers of class and protective coating. The solar cell uses a semiconductor material that when exposed to the Sun's photons generates a flow of electrons (current) that can be used to power a load. Take a look at the link I have included. Hope that helps. that is true. just to add that they are made of silicon
False.
Solar panels produce energy by collectiong the sun's rays and storing them. Then it converts the energy stored and sends it through it's wires. The energy transports through energy lines and goes through the neighborhood, house, town, and other places
True. Moving water, such as in rivers, can be used to turn turbines, which then generate electricity in a process known as hydroelectric power generation.
True. In a controlled nuclear chain reaction, the energy released as heat can be used to generate electricity through a process called nuclear fission. By controlling the rate of reactions and capturing the heat produced, nuclear power plants are able to generate electricity efficiently and safely.
For gas, there are a lot of low-cost options. People have heated their homes with wood stoves and fireplaces (an old tried and true method), steam, or natural gas. For electricity, you can convert your home to run on solar panels and wind turbines, although wind turbines require a lot of space. Solar panels are becoming more prevalent, and have become much more affordable and efficient than in the past.
Solar energy systems have been available for average consumer use since the 1970s. The only reason that solar power is not used on every house in the United States is that the installation of the solar panels can be expensive and time consuming. Some people don’t like the design or look of solar panels, as well, and have been hesitant to add them to their houses. Getting Past the Installation Costs It is true, the initial installation of solar energy systems can be expensive and time consuming. The solar panels have to be installed on the roof or in another sun-filled location. Then they have to be wired into the electricity of the house that they will provide power too. Usually a licensed electrician is necessary to make sure that the power system is safe. Once the system is in place, however, it will begin to pay for itself right away by lowering your electricity bill dramatically. Effective on Cloudy Days Too One of the arguments against solar energy systems is that it is not sunny every day of the year. Modern solar systems have the capacity to store solar energy that can be used on days when there is no sunlight. These batteries also allow you to use stored solar energy at night. Solar panels are very sensitive, and can collect useful energy from very little sunlight. The amount of stored energy you get from your solar panels depends on the size of the batteries you choose for your system. Innovations are Making Solar Energy Systems Easier to Use Recent innovations in solar energy systems are making them easier to install and less expensive. New designs are also more attractive than the old type of large solar panels. The latest solar panels are considerably smaller than earlier models, and they convert the energy more efficiently than they used to. You can use solar energy to supplement the power supply for your home or office building with a relatively low installation cost, and begin to benefit from the reduced amount of power you need from your local electric company. Solar panels will work as long as the sun shines, and they require very little maintenance.
Solar energy is used more because Al Gore made all the liberals believe that global warming is an actual threat to the earth. It is fact that more scientist know that global warming is not a real problem. ^THIS IS NOT TRUE BUT JUST A PILE OF BULLSH*T^
True. The energy stored in fuels can be converted into electricity through various processes, such as combustion in power plants or through processes like gasification and anaerobic digestion. These methods release the stored energy, which can then be harnessed to generate electrical power.