Fresnel Solar Panels
The solar concentrator fresnel lenses are designed with the plano side to face the sun parallel light source and the fresnel surface to face photovoltaic cells focus.
Fresnel solar panels. The factory was planned to be capable of producing enough solar collectors to provide 200 mw of power per month. Solar energy increases the diversity of power and adds stability to a fossil fuel favored energy structure while reducing greenhouse gas emissions including nitrous oxides and carbon dioxide while saving money. Fresnel lenses are flat plastic magnifying glasses. Over the years dan rojas has modified optical lenses to maximize the solar throughput increasing thermal concentration exceeding 3233 degrees fahrenheit.
The receiver contains a heat transfer fluid which can consist of water steam or molten salt. A solar power tower consists of an array of dual axis tracking reflectors that concentrate sunlight on a central receiver atop a tower. A guy who calls himself grant thompson used a fresnel lens from a dismantled old toshiba projection tv and shows the world on youtube how his diy solar concentrator can scorch nearly anything from pennies and concrete to eggs. Optically a solar power tower is the same as a circular fresnel reflector.
In march 2009 the german company novatec biosol constructed a fresnel solar power plant known as pe 1. Solar concentrator fresnel lenses were originally developed for concentrating photovoltaic cpv application. The solar thermal power plant uses a standard linear fresnel optical design not clfr and has an electrical capacity of 1 4 mw. There are several different designs of solar cookers you can make but the most effective uses a fresnel lens.
If you ve ever used one of those sheet magnifiers you ve used a fresnel lens. When placed in the sun the fresnel lens will act as a giant magnifying glass concentrating sunlight to a small area. They consist of a flat plastic sheet that has concentric rings molded into the back side. Ultimately the cost of solar cell is several times lower than normal capacity which provides maximum benefits to the user.