首页> 外国专利> CLIMATE CELL FOR CULTIVATING PLANTS IN MULTIPLE LAYERS HAVING A SPACE-SAVING AND ENERGY-SAVING CLIMATE SYSTEM

CLIMATE CELL FOR CULTIVATING PLANTS IN MULTIPLE LAYERS HAVING A SPACE-SAVING AND ENERGY-SAVING CLIMATE SYSTEM

机译:用于培养多层植物的气候细胞,具有节省空间和节能的气候系统

摘要

The invention relates to a sealed climate cell (100) for cultivating plants in multiple layers (12) arranged one above the other, wherein: the climate cell (100) comprises at least one chamber (10) in which the layers (12) are arranged one above the other and extend from a first side (11a) of the chamber (10) to a second side (11b) of the chamber (10); each layer (12) has at least one plant cultivation container and at least one lighting platform arranged thereabove; and a climate in the at least one chamber (10) is adjusted by means of a climate system (20) of the climate cell (100). In order to create such a climate cell having a climate adjustment system that is both space-saving and energy-saving, according to the invention a heat-storing element (13) is arranged on each of the first side (11a) and second side (11b) of the at least one chamber (10), wherein: an air flow (25) produced by a ventilation system (21) of the climate system (20) flows through both of the heat-storing elements (13); one of the two sides (11a, 11b) forms an air entry side (23) and the other side forms an air exit (24) for the air flow (25), at least at one time; the heat-storing element (13) arranged at the air entry (23) functions as a heat-dissipating element (13a) and the heat-storing element (13) arranged at the air exit (24) functions as a heat-absorbing element (13a).
机译:本发明涉及一种密封的气候电池(100),用于培养在另一层的多层(12)中培养植物,其中:气候电池(100)包括至少一个腔室(10),其中层(12)是其中一个上方布置在另一个之上并从腔室(10)的第一侧(11a)延伸到腔室(10)的第二侧(11b);每层(12)具有至少一个植物栽培容器和至少一个布置在其上的照明平台;并且通过气候细胞(100)的气候系统(20)调节至少一个腔室(10)中的气候。为了创造具有气候调节系统的这种气候电池,该气候调节系统既节省了节省空间和节能,则根据本发明,蓄热元件(13)布置在第一侧(11a)和第二侧的每个中(11b)的至少一个腔室(10),其中:由气候系统(20)的通风系统(21)产生的空气流(25)流过隔热元件(13)的两者;两个侧面(11a,11b)中的一个形成空气进入侧(23),另一侧形成用于空气流(25)的空气出口(24),至少一次;布置在空气进口(23)处的蓄热元件(13)用作散热元件(13A)和布置在空气出口(24)的蓄热元件(13)用作吸热元件(13A)。

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