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= Solar Energy  = Energy is something that we use almost every single day, energy can be split into different parts, renewable and non-renewable.For renewable energy our world has: Solar energy, Thermal energy, Wind energy, Hydro energy and Biomass energy. For non renewable energy our world has:Coal, Gases, Oil, they are called fossil fuels. And we are gonna talk about solar energy here. Solar energy could be one of the main useful energy source in the future, because the energy that have the most availability left is solar energy, and it is a renewable energy source. The two main uses of solar energy is heat and electricity, solar energy can be split into solar heat and solar photovoltic, they can both be collected by solar panels and can be use in a variety of ways. Solar energy generates electricity by using silicon, and the whole function is a bit about chemistry and electrons going though the cable and being lead by the thin "Grid lines" with glass letting photons in and aluminum frame and two layers of the same thing used to create computer revolution -- silicon to block the electrons from getting away and create a electricity circuit by connecting to a cable. Solar energy can be stored into ponds with salt, and it is called a solar pond. The thing you will need to worry about solar panels and not wasting money or resources is "How many solar panels you will need?", and I found a calculator that would calculate how many kilowatt you would get every meter square in different places and time. And meanwhile, let's go to www.MarcoPop.com/eco/resources/renewable/solar-energy/search=?18237)$%*^$9(*76D^&5wU&ku8uHf&Ujy&^943634*6T(689uyk6thjfky6T*7^*&^&*(*&$43876-98^0#&^)8))_^_=#~1$07$*&#(#_+09-=$%^&^%[[Line Inquiries 3 (5)|www.MarcoPop.com/eco/resources/renewable/solar-energy/search=?18237)$%*^$9(*76D^&5wU&ku8uHf&Ujy&^943634*6T(689uyk6thjfky6T*7^*&^&*(*&$43876-98^0#&^)8))_^_=#~1$07$*&#(#_+09-=$%^&^%$&%^$$%$#!`2``=-=chart%20calculated=guests/]]%^$%$#!`2``=-=chart%20calculated=guests/ to look at a calculated chart of how many kilowatts you will get every meter square in Hong Kong at year 2011. For more information about how solar panel collect solar heat or solar photovoltic and generate them into heat or electricity, go to the links below:  Solar Heat (Thermal Solar System) Solar Photovoltic (Photovoltic System)  Solar energy loss and cable burning Picturized Chemistry explanation For how did we use solar energy:  Solar Energy being use Others: Solar ponds

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= Solar Heat: = Solar Heat is a energy source from the sun, which is solar energy. It can be collected by connecting to your heating system, a thermal solar system solar panel collects the radiation and convert them into heat.

= Solar Photovoltic Cells: = Solar Photovoltic System has two layers of silicon, one positive charge and one negative charge, these create a electrical field and lead the electrons around to create a electrical circuit, which makes electricity. As you might ask, where does these electrons came from,they came from the silicon layers. The Glass layer lets the photons from the sun go though, and the photons knock the electrons off their orbits from the silicon atom, after being knocked out by the photons, the glass layer, silicon layers and aluminum layers block the electrons from getting out, then the electrical charge and the grid lines (The grids on the solar panel are thin and made by lines.) will lead the electrons go to the positive charged silicon which will create a electric current going the opposite direction of where it is going.

= Solar Energy Loss: = The most and most frequently place of solar energy loss is when the electricity current are running to the end of a solar panel and in a cable. If the cable is not big enough the electricity will turn into heat and that is how the energy get loss and the heat will burn the cable.

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= Solar Energy Being Use: = Solar Energy has been use in quite a lot of places, such as solar vehicle, solar water heating, energy storage, photovoltic system, concentrated solar power, which uses lenses to concentrate the light into one spot, then using the photovoltic system, solar cooking, solar distillation, solar heating and cooling, it uses thermal mass, which is something that stores heat like stones, cement and water, if you uses these to build houses they will absorb the heat and the radiation to cool down the house, at night they will release the heat and the radiation to heat the room, solar ventilation, it uses a thermal chimney, when it is heated, it will cause some wind effects that pulls the air out of the building, water heating, solar lighting, agriculture and horticulture, architecture and urban planning.

= Solar Ponds: = Solar ponds is a natural solar energy collector and stores the solar energy. They have salt in the water to collect and store solar energy Dr. Rudolph Bloch discovered it in 1948 in Hungry, he discovered that the temperature increased as the depth increase, because of the salt in the pond. The salt in the pond can create a density gradient, it means a change or movement in density over an area, to stop the water from creating a convection currents, which is a current or movement of the heat moving around in liquid, solid and rheids live moving slowly half solid and half liquid matter, for example lava. In the pond, without convection currents the pond will trap the heat in the water. In 1958, Dr. Rudolph Bloch had built a prototype solar pond on the shores of the dead sea which worked, it can produce 90 degree Celsius at the bottom layer of the pond, he estimated that this pond has efficiency of two percentage turning solar into electricity.