solar heating

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Englisch - Türkisch
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Englisch - Englisch
Use of solar radiation to heat water or air in buildings. There are two types: passive and active. Passive heating relies on architectural design; the building's siting, orientation, layout, materials, and construction are utilized to maximize the heating effect of sunlight falling on it. A well-insulated building with a large south-facing window, for instance, can trap heat on sunny days and reduce reliance on gas, oil, or electricity. Brick, stone, or tile capacity walls are often incorporated to absorb the sun's energy and radiate it into the interior, usually after a time lag of several hours. In active solar heating, mechanical means are used to collect, store, and distribute solar energy. In liquid-based systems, a blackened metal plate on the exterior absorbs sunlight and traps heat, which is transferred to a carrier fluid. Alternatively, fluid may be pumped through a glass tube or volume of space onto which sunlight has been focused by mirrors. After picking up heat from the collector, the warm fluid is pumped to an insulated storage tank. The system can supply a home with hot water from the tank or provide space heating with the warmed water flowing through tubes in floors and ceilings
heating water via the sun's rays, heating by solar power
solar heating system
water boiler that uses the energy of the sun in order to heat the water
solar heating

    Silbentrennung

    so·lar heating

    Türkische aussprache

    sōlır hitîng

    Aussprache

    /ˈsōlər ˈhētəɴɢ/ /ˈsoʊlɜr ˈhiːtɪŋ/

    Etymologie

    [ 'sO-l&r, -"lär ] (adjective.) 15th century. Middle English, from Latin solaris, from sol sun; akin to Old English and Old Norse sOl sun, Lithuanian saule, Greek hElios.

    Wort des Tages

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