About Solar air conditioning used in Dominica
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6 FAQs about [Solar air conditioning used in Dominica]
Why is solar energy important in air-conditioning?
The harmful effects of conventional AC systems (use of environmentally unfriendly refrigerants; CO 2 emission) and their high primary energy consumption lead scientists to invest in clean energy resources, especially the solar energy [ 3 ]. The absorption technology is the most used in air-conditioning [ 4, 5, 6 ].
How much does a solar AC system cost?
924 €/m 2 of the solar collector (for solar absorption AC systems). - Up to $ 29.022 that can be paid back after 13 years (for solar adsorption AC systems). - Gas price up to 0.5638 $/kg can be paid after 11–17 years (for solar desiccant AC systems). Table 2. Advantages and disadvantages of solar AC systems compared with conventional AC ones. 6.
Are solar AC systems the most energy consumers?
They are outstandingly used in residential and other sectors (offices, hotels, restaurants, storage warehouses, schools, hospitals, etc.) [ 2 ], what makes them classified among the most energy consumers. The present chapter reviews recent studies focusing on three technologies of solar AC systems: absorption, adsorption, and desiccant systems. 2.
Are solar AC systems a good choice for modern buildings?
In terms of COP, the thermal COP of a solar AC system is generally lower than those of a conventional AC system without decreasing the solar system performance. All these benefits make solar AC systems attractive and extensively integrated into modern buildings. This comparative study is illustrated in the following Table 2.
Can solar AC systems reduce the harmful effects of traditional AC systems?
The solar AC systems reported in this chapter present an interesting worldwide solution to reduce the harmful effects (high energy consumption and pollution) of traditional AC systems.
Can solar air-conditioning plants save energy?
This type of solar air-conditioning plants was reviewed in Ref. [ 16] and performed in the investigation [ 17] for cooling and heating office buildings in Greece. It is characterized by lower thermal losses, high efficiency, and a small collecting surface of about 14 m 2. An energy saving of up to 50% can be obtained [ 17 ].
