Solar power is the energy radiated by the Sun which is captured using a number of ever-changing technologies including photovoltaic, solar heating, solar thermal power, solar photovoltaic, artificial photosynthesis and algae cultivation. These solar technologies harness the energy given off by the Sun and convert it into other forms to meet the energy requirements of humans and their environment. Solar energy accounts for around 70% of worldwide energy consumption. With global warming being one of the biggest environmental issues of our time, the use of alternative energy sources such as solar power is gaining momentum.
There are three main ways to convert sunlight into electricity: photovoltaic cells, solar thermal collectors and solar hot water systems. Photovoltaic cells are used to directly convert sunlight into electricity by using photovoltaic cells (PV) - a type of semiconductor that generates electricity when light is incident upon it. Solar thermal collectors utilise solar heated water systems to heat up the fluid (usually water) which is then used to drive machinery or pumps. The third method uses artificial intelligence, wherein light is incident upon an array of photovoltaic mirrors and energy is then produced when the light is absorbed by the semiconductor material, in this case light is used to create electricity. Visit this page to get the best blue raven solar power station.
Solar cells can be purchased from most major retailers. They have reached modern times now and are very affordable. Solar cells can also be made at home with the aid of solar cells parts available on the Internet - making homemade solar cells is now possible and extremely economical. One great idea for making your own solar cells at home is to use silicone.
The fourth solar power station is the solar electric generator. This system converts solar energy into electric power using magnetic and thermal generators. Thermal energy is produced through a buried heat exchanger and a heat pump. Magnetic generators can be constructed using non-conductive materials like iron or steel to eliminate the need for wiring. Find out more on how to get the renewable energy production.
The fifth and final system is a solar energy converter using molten salt. This system uses solar energy to convert sunlight into a liquid fuel called molten salt. The liquid fuel can then be directed to boil water which is then used to generate electricity.
All these solar energy systems have many different applications in our daily lives. There is a wide range of renewable energy resources that are used in these systems. These include fossil fuels, nuclear energy and solar energy. If you are wondering how much energy we consume per year from these sources, check out the Energy Star website and find out; how much energy is consumed through solar pv, solar electric and thermal collectors, etc. Get more enlightened about this topic here: https://en.wikipedia.org/wiki/Solar_panel.
