Solar energy has grown in popularity significantly in recent years. Estimates are that up to approximately 42% of the world's total solar energy output is in use right now. Solar power has some distinct advantages, such as lower energy bills, greater availability and affordability, and even the possibility to contribute to global climate change mitigation. Learn how going solar is fast. Solar energy also has some serious disadvantages, such as less than stellar performance, more maintenance and upkeep, and reliance on the sun.
The most popular way to convert solar energy into a usable form is through the use of a portable solar energy system. Portable systems can be as simple as a couple of lead-acid flooded batteries and a small solar collector to more elaborate systems incorporating heat pump, liquid circulation, and storage tank. A heat pump is usually considered the best choice for residential use, although there are very good options for use in off-grid applications. Heat pumps vary in efficiency and cost, so knowing your needs is important before you decide which would be the best option for you.
One of the most common components in a solar energy system is a charge controller. There are two main types: DC based and AC based. Some uses batteries and some use the electrical charge controller built into household appliances, such as hair dryers and washers. In general, the better the quality the more expensive the unit will be, so you will want to take this into consideration when buying one.
Next you'll need to consider your heating and cooling needs. Both home and commercial applications require air conditioning and heating, which are provided by different types of heat pumps. Solar heating uses hot air circulating through the collectors and reflectors on the solar panels. This air is then pushed through a condenser and into the attic where it heats and circulates inside the house. The same principles are used for air conditioning, but since the system runs off of stored energy, the refrigerant is much safer than standard systems.
A third component to your solar energy systems is solar power storage. Visit https://blueravensolar.com/virginia/ to get more info about Solar Energy System. This is really the heart and soul of the system because it dictates how much heat and cool air can be produced and distributed to the various components. Typically, it involves one or two tanks, which are placed either on the roof or side of a building.
When looking for a solar energy system contractor, ask about pv arrays. A is the array is a tracking system that utilizes copper wiring to concentrate solar power into small cells, which in turn send the energy to a charge controller. This charge controller then transfers the power to the batteries for storage. The entire system is then linked together via a power control module. Learn more from https://www.youtube.com/watch?v=k6veDQ6nWUQ.