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    • 4. 发明申请
    • INSTALLATION FOR EXPOSING A PHOTOVOLTAIC THIN FILM MODULE BY MEANS OF LIGHT
    • DEVICE一种悬浮用光伏薄膜组件,借助光作者:
    • WO2011063890A2
    • 2011-06-03
    • PCT/EP2010006768
    • 2010-11-06
    • ACI ECOTEC GMBHFRITZ HANS-ULRICHHAAS ANDREASMENAUER KARL-HEINZETZKORN MATTHIAS
    • FRITZ HANS-ULRICHHAAS ANDREASMENAUER KARL-HEINZETZKORN MATTHIAS
    • H01L31/18
    • H01L21/67115H01L21/67248H01L31/0521Y02E10/50
    • The invention relates to an installation (10), by means of which a photovoltaic thin film module (20) is exposed to light, preferably simulated sunlight, provided with an illuminating device (25), a conveying device (22) for the thin film module (20) disposed above and next to the illuminating device (25), an air distribution system (40) for achieving a predetermined temperature of the thin film module (20), and a housing (11) and a closable housing cover (13). In order to keep the thin film module at a particular temperature, the air distribution system (40) is operatively connected to a cooling device (35) and has two separate air flows (41, 42), one of which (42) is guided in a first housing chamber (46), which receives the illuminating device (25) and is provided on the inlet side with a first heat exchanger (36) of the cooling device (35), and from there is conducted into a second chamber (44), which faces away from the illuminating device (25), receives the thin film module (20) and is delimited by the housing cover (13). The other air flow (41) is guided along one side or both sides of the first housing chamber (46) receiving the illuminating device (25) via a second and/or third heat exchanger (37, 38) of the cooling device (35) into a third chamber (45) between the thin film module (20) and the first chamber (46), and from there is conducted to the second chamber (44). The two air flows (41, 42) that are brought together in the second chamber (44) and that have the cooling temperature predefined for the thin film module (20) in the combined, intermixed state are conducted back to be separated again before entering the first chamber (46).
    • 装置(10)由光伏薄膜组件的装置(20)的光,优选地模拟太阳光被暴露,设有用于在薄膜模块的照明装置(25),设置以与一个以上和照明装置的侧面(25)的输送装置(22)(20 ),(与空气分配系统40),以达到薄膜模块(20)的一个预定的温度,并与壳体(11),并提供了可密封的盖(13)。 为了保持薄膜模块温度,提供的是所述空气分配系统(40)有冷却装置(35)是在一个照明装置,其中一个(42)的有效连接和两个独立的空气流(41,42),(25 )接收第一收容空间(46),入口侧(具有第一热交换器36)设置,所述冷却装置(35)被引导并面向从那里(远在照明装置25)中的一个中,薄膜模块(20)接收和(从壳体盖13 )限于沿着一个通过冷却装置的第二和/或第三换热器(37,38)接收到所述第一收容空间(46)的第二空间(44)被传递,而另一个(41)或所述照明装置的两侧(25)(35 )在薄膜模块(20)和所述第一空间(46)和(从那里向第二空间44)之间的第三空间(45)被引导通过,并且(在第二空间4 4)合并具有在所述聚结的预定冷却温度的两个空气流(41,42),当混合时,在(用于薄膜模块20)中,在进入第一空间(46)之前返回到其重新分离。