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    • 82. 发明公开
    • FLAT PLATE SOLAR COLLECTOR
    • 平板太阳能集热器
    • EP0954728A1
    • 1999-11-10
    • EP97902959.0
    • 1997-01-23
    • Energy Laboratories, Inc.
    • NEWMAN, Michael, D.
    • F24J2
    • F24S80/54F24S10/753F24S40/53F24S80/40F24S80/50F24S80/52F24S2080/502Y02E10/44Y10S126/908
    • A flat plate solar collector comprising a planar glazing and a rear housing formed into a number of semi-circular cells to receive fin-tube absorbers with minimal direct contact, the glazing being a low iron glass with an anti-reflective exterior coating and a low emissivity interior coating, the glazing being directly supported by the rear housing cells, the interior wall of the rear housing and the lower side of the fin-tube absorber having low emissivity surfaces. At least one radiation shield member having low emissivity upper and lower surfaces is positioned between the fin-tube absorber and the rear housing. The collector is evacuated by atmosphere control means also capable of reintroducing atmosphere into the collector to control internal temperature.
    • 1.一种平板太阳能集热器(10),包括形成为多个半圆形单元(14)以接收具有最小直接接触的翅片管吸收器(21)的平面玻璃窗(12)和后壳体(13),所述玻璃窗 (12)是具有防反射外涂层(31)和低发射率内涂层(32)的低铁玻璃,所述窗玻璃(12)由所述后壳体单元(14)直接支撑,所述 后壳体(13)和翅片管吸收器(21)的下侧具有低辐射率表面。 在翅片管吸收器(21)和后壳体(13)之间设置至少一个具有低发射率上表面和下表面的辐射屏蔽部件(51)。 收集器(10)由气氛控制装置(99)抽空,该装置还能够将气氛重新引入收集器(10)以控制内部温度。
    • 85. 发明公开
    • Solar panel
    • Solarpaneel。
    • EP0028587A2
    • 1981-05-13
    • EP80810340.2
    • 1980-11-05
    • Wagner, GerardSchmid, Klaus
    • Wagner, GerardSchmid, Klaus
    • F24J3/00F24J2/30
    • F24D11/007F24S10/503F24S20/66F24S40/50F24S40/53F24S60/00F24S70/60F24S80/50F24S2080/07Y02B10/20Y02E10/44
    • A solar panel having an interior insulated heat storage means, a solar radiation collector wall mounted on a first side of the storage means having a collector surface for exposure to solar radiation and a heat emitterwall mounted on a second side of the heat storage means opposite the first side having an emitter surface for exposure to a space to be heated. The panel further includes a collectorfluid conducting path forthe conduction of collector fluid around an endless loop from a primary portion where there is heat exchanging contact with the collector wall to a secondary portion where there is heat exchanging contact with an emitter fluid in the interior heat storage means. Emitter fluid is contained within an emitter fluid conducting path which moves around an endless loop from a primary portion where there is heat exchanging contact with the collector fluid and the heat storage means to a secondary portion where there is heat exchanging contact with the emitter wall. A heat exchanger panel located within the interior heat storage means has an outer surface in thermally conductive association with the collector fluid in the secondary portion of the collector fluid path and an inner surface in thermally conductive association with the emitter fluid in the primary portion of the emitter path. The collector and the emitter walls each are made of a heat conducting sheet material. The panel construction provides an improved heat collection and transfer efficiency to an interior space to be heated.
    • 一种具有内部绝热蓄热装置的太阳能电池板,安装在存储装置的第一侧的太阳辐射收集器壁,其具有用于暴露于太阳辐射的收集器表面和安装在储热装置的第二侧上的发热壁 第一侧具有用于暴露于待加热空间的发射器表面。 该面板还包括集流体传导路径,用于将集流体流体围绕无限循环传导到主要部分,其中主要部分与收集器壁热交换接触到与内部的发射器流体进行热交换接触的次级部分 蓄热装置。 发射体流体包含在发射体流体传导路径内,该发射器流体传导路径围绕无环回路从与收集器流体和蓄热装置进行热交换接触的主要部分移动到与发射器壁热交换接触的次级部分。 位于内部储热装置内的热交换器面具有与收集器流体路径的次级部分中的收集器流体导热相关联的外表面,并且与内部表面热传导相关联,该内表面与主流部分中的发射体流体相关联 发射器路径。 收集器和发射器壁各自由导热片材料制成。 面板结构为待加热的内部空间提供了改进的热收集和转移效率。