What is solar air conditioning?

solar air conditioning is any technology that uses energy from the Sun to cool the environment inside the structure. There are a number of ways to be used to achieve a cooling effect, including adsorption heat pumps and thermal cycling by drying. Each of these types of solar air conditioning uses different methods to cool air by thermal energy. Photovoltaic systems (PV) can be used to produce electricity, which can then supply any type of traditional air conditioning system. Passive cooling can also be used to lower the temperature inside the building under warm conditions, although it does not directly use the energy of the sun to cool the structure. These systems usually include the use of the Sun to heat water or other liquid solution that passes under solar collectors using pipes. This very hot fluid can then be used to extract thermal inside the structure using an absorption or adsorption cooling device commonly known as a heat pump. ChapAlina can then be recirculated through the system on the solar collectors, heated back and passed back to the cooler.

Another way to achieve solar air conditioning is the use of dryers such as silicagel. In these systems, silica gel is used to pump moisture from the air inside the structure. The act of extraction of this humidity may also have a cooling effect, resulting in lower ambient temperature. The heat from solar energy can then be used to warm up spilled materials and dry them. The dryers can then freely pull more moisture out of the air inside the structure and continue in the cooling effect.

Sun air conditioning can also be achieved using photovoltaic panels used to produce electricity. If this force is used T to directly runs a traditional cooling unit, this is another form of solar air conditioning. Compressor -style air -conditioning units tend to be less effectivethan other patterns, but their power supply of photovoltaics can reduce energy from other sources.

Passive cooling does not have to be technically qualified as air conditioning and in fact does not use the energy of the sun to achieve a cooling effect. This method of cooling structures is usually implemented when the building is designed and designed. Passive design of solar buildings can maintain the structure cooler in the summer months by maintaining heat, but can also provide heat in colder months by efficient capture and storage of solar energy.