Welcome to Gaia! :: View User's Journal | Gaia Journals

Solar radiations range in frequencies from infrared through the visible to uv frequencies. We acquire light through the visible heat and radiations with the infrared radiations. We have now been learning now how versatile solar technology is. Visit Link…


Even in the ancient times people made use of the solar rays for heating heating and water residences in winter. In recent years, because of technological advances, solar power is being used for apps ranging from domestic boiling water supply or room heating of huge buildings, to offering steam and hot water for industrial operations and for providing steam in large thermal power stations to supplement power technology.

Modern developments have given a new angle to the use of solar technology. Invention and later advancements of photovoltaic (PV) cells has made it possible for us to convert electricity from the visible radiations into electricity. Person solar cells which are tiny are assembled in a variety of configurations as individual panels and arrays; these solar panels and arrays can generate sufficient electricity for practical applications.

Arrays of PV tissues are being used in remote and inaccessible residential areas to provide clean power and they are being used to operate cars. PV tissues supply power on space and satellites stations and even nutritional supplement power generation in power stations of hundreds of MW. Growing at a rate of 40% since the calendar year 2000, installed capability of solar electronic production has handled 10.6 GW in 2007.

The aforementioned two instances of the application of solar energy are the very obvious and very a lot talked about ones. But come to think of it, there is hardly any renewable energy source that fails to link back to the versatile solar energy.

Imagine wind energy. Soft movement of oxygen is breeze; far more robust movement of air is blowing wind. Unequal chilling and heating of different parts of water and land by solar radiation creates convection currents which lead to wind. Windmills are driven by the kinetic energy of the blowing wind. Solar energy is responsible for the heating of the terrain and the water masses; thus it is the solar powered heat that is accountable for creating wind. So, truly speaking, wind serves merely as a company of the versatile solar technology.

Similar is the case with tidal energy. Tides result from the interaction of gravitational draws of the sun along with the moon on the water bodies on earth in addition to the rotation of earth. Once again we discover the sun is important in creating the tidal waves which we are trying to utilize to extract power from.

Biomass is now being used as a renewable source of energy. A bit thought tells us how the energy biomass gives out is the solar powered energy stored in the form of carbs and by burning the biomass - which can be burning the carbohydrates - we are discharging that stored solar powered heat. Again this is the versatile solar energy within a different form which we are using. Click Here To Find Out…


The fossil fuel that we use in every walk of life today is additionally another example of kept solar energy. Fossil energy has resulted from animal remains, biomass, etc millions of yrs ago. Once again fossil fuels are a form of stored solar energy, just as we stated biomass is the saved solar energy.

We stated at the outset on this article that solar powered energy is very versatile. As seen by these few examples earlier mentioned, we have been employing versatile solar energy in several forms.