Systems and Technology

Solar collectors are becoming more popular every day, as people around the world become more interested in developing sustainable energy solutions on a micro level. The solar revolution is truly upon us, with a large number of innovations taking place within the manufacture of solar collectors (Solaranlage) and solar cells. Anyone who has ever used any kind of solar system is probably aware of the limitations of solar power, in terms of efficiency and response in less than perfect weather conditions. However, with a growing market of consumers and a number of national governments becoming involved in rebates and incentive programs for renewable energy, a lot of work is being done to design and manufacture efficient, powerful solar technology.

Solar collectors collect heat energy, and either use it directly as heat (such as in a hot water system), or to turn it into electricity (such as in solar cells). New developments in solar technology include a number of advances in thin cell research, which is a field of nanotechnology. The field of nanotechnology in relation to solar power is very interesting, and one of the principle areas where technology is being used to improve the efficiency of solar devices. Nanotechnology uses very thin photovoltaic cells created with silicon and special minerals, which expand the range of available uses for solar technology devices. With smaller, thinner cells, solar power can be made available as special spray-on coatings and tiny modules, allowing for smaller and more efficient photovoltaic module design and construction.

The use of nanotechnology in the solar power field is interesting for another reason apart from efficiency. Small unobtrusive solar designs are not only smaller and cheaper to produce in many situations, but they also have more chance of fitting in with planning and council regulations in some parts of the world. Along with advances in electricity generation, technology is also being used to improve thermal systems like those used in common solar hot water systems. With the help of computers and high-tech laboratories, new plastics and materials are being constructed to improve the general efficiency of water containers and collection systems. Solar power is becoming more and more intertwined with our everyday life, and technology continues to be used to improve the efficiency and affordability of solar devices.