A Solar Energy Heater - Cost Effective Way to Heat Water or Space

People have used solar energy heaters in their homes and businesses for a long time now to heat space and water. As our energy needs mount, systems are becoming more complex, efficient, and space conscious. When we think of solar systems, most people think of roof mounted panels on buildings. As technology emerges, there are more options such as pole mounting, foldable panels, and more.

Solar systems for heating water or collectors are becoming very popular now that technology makes solar hot water heaters easier to install and maintain. There are many designs with different levels of efficiency and operation. Your need will depend on your energy usage, your climate, and the amount of money you have to invest in a system. Any system needs a configuration including a hot water storage tank that is well insulated, a solar collector to harness the sun's energy, a pump, and a way to control the system. Many people opt for a back-up energy system for the hot water heater in case inclement weather inhibits the collection of solar energy. While residential hot water heating can make a big difference in energy costs and consumption, it can be taken to the next level by heating swimming pools or for industrial water heating applications.

Space heating consumes a great deal of energy resources and contributes to carbon dioxide emissions and global warming. However, solar space heating can be accomplished through various techniques. Besides passive solar design, there are many designs that can make the most of your unique situation and climate. A photovoltaic (PV) solar system can directly produce electricity that can be directed to a heating device. Solar energy systems are often used for heating. It is important to contact a distributor and get an estimate of the amount of electricity that can be produced or the amount of heat that can be collected for a solar thermal system so that you can do an economic analysis of your capital costs compared to your savings in energy production.