CN202103073U - 一种太阳能电池板散热器 - Google Patents

一种太阳能电池板散热器 Download PDF

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CN202103073U
CN202103073U CN2011201093293U CN201120109329U CN202103073U CN 202103073 U CN202103073 U CN 202103073U CN 2011201093293 U CN2011201093293 U CN 2011201093293U CN 201120109329 U CN201120109329 U CN 201120109329U CN 202103073 U CN202103073 U CN 202103073U
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许惠新
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WUXI U-MAN AUTOMOBILE PARTS MANUFACTURING Co Ltd
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Abstract

本实用新型涉及一种太阳能电池板散热器，其特征是它包括散热型材I、散热型材II、散热型材III、散热板、封条和通水管；在散热型材I和散热型材III之间通过卡扣连接的方式安装连接若干散热型材II，在散热型材I、散热型材II和散热型材III上、下两端的凹口I、凹口II、凹口III处分别安装一封条并形成上、下两个通水通道；散热板盖装在装有挡边条的散热型材I、散热型材II和散热型材III上。本实用新型具有不受自然环境约束、能更为有效的为电池板散热的优点。

Description

一种太阳能电池板散热器
技术领域
本实用新型是一种散热器，尤其是涉及一种太阳能电池板散热器；属换热设备技术领域。 
背景技术
   目前传统的太阳能电池板散热器是太阳能电池板通过散热铝型材料导热，从而实现在自然环境下散热。但是这种方式受自然环境约束，不能更为有效的为电池板散热，使得电池板单位质量输出功率减小，寿命缩短。 
发明内容
针对上述缺点，本实用新型目的在于提供一种不受自然环境约束、能更为有效的为电池板散热的太阳能电池板散热器。 
本实用新型的技术内容为，一种太阳能电池板散热器，其特征是它包括散热型材 、散热型材
Figure DEST_PATH_RE-DEST_PATH_IMAGE002
、散热型材
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、散热板、封条和通水管；其中散热型材
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包括支撑板
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、挡边条
Figure DEST_PATH_735174DEST_PATH_IMAGE001
、凹形卡扣条
Figure DEST_PATH_192700DEST_PATH_IMAGE001
和散热条，在支撑板
Figure DEST_PATH_642584DEST_PATH_IMAGE001
一面上等距排列安装若干散热条，在支撑板
Figure DEST_PATH_482419DEST_PATH_IMAGE001
另一面的外侧端边安装挡边条
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、内侧端边安装凹形卡扣条
Figure DEST_PATH_206978DEST_PATH_IMAGE001
，在挡边条和凹形卡扣条
Figure DEST_PATH_573685DEST_PATH_IMAGE001
之间距排列安装若干散热条，凹形卡扣条
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和散热条
Figure DEST_PATH_142442DEST_PATH_IMAGE001
与支撑板
Figure DEST_PATH_230615DEST_PATH_IMAGE001
上、下端之间分别设有一凹口
Figure DEST_PATH_936402DEST_PATH_IMAGE001
，在凹口
Figure DEST_PATH_271569DEST_PATH_IMAGE001
处设有一通水孔
Figure DEST_PATH_312075DEST_PATH_IMAGE001
；散热型材包括支撑板
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、凸形卡扣条
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、凹形卡扣条
Figure DEST_PATH_548835DEST_PATH_IMAGE002
和散热条
Figure DEST_PATH_431341DEST_PATH_IMAGE002
，在支撑板
Figure DEST_PATH_95409DEST_PATH_IMAGE002
一面上等距排列安装若干散热条
Figure DEST_PATH_100274DEST_PATH_IMAGE002
，在支撑板
Figure DEST_PATH_538209DEST_PATH_IMAGE002
另一面的内、外侧端边分别安装凸形卡扣条、凹形卡扣条
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，在凸形卡扣条和凹形卡扣条
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之间距排列安装若干散热条
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，凸形卡扣条
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、凹形卡扣条和散热条
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与支撑板
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上、下端之间分别设有一凹口；散热型材
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包括支撑板
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、挡边条
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、凸形卡扣条
Figure DEST_PATH_993516DEST_PATH_IMAGE003
和散热条
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，在支撑板一面上等距排列安装若干散热条，在支撑板另一面的外侧端边安装挡边条
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、内侧端边安装凸形卡扣条
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，在挡边条
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和凸形卡扣条
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之间距排列安装若干散热条
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，凸形卡扣条
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和散热条与支撑板上、下端之间分别设有一凹口
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，在凹口处设有一通水孔
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；在散热型材
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和散热型材
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之间通过卡扣连接的方式安装连接若干散热型材
Figure DEST_PATH_341548DEST_PATH_IMAGE002
，在散热型材
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、散热型材
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和散热型材
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上、下两端的凹口
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、凹口
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、凹口
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处分别安装一封条并形成上、下两个通水通道；散热板盖装在装有挡边条的散热型材、散热型材
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和散热型材
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上；在散热型材
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和散热型材
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的通水孔
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和通水孔
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上分别连通安装一通水管。 
在本实用新型中散热板、散热板、散热型材
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、散热型材
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、散热型材
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、封条和通水管通过钎焊焊接。 
本实用新型与现有技术相比所具有的优点是：结构简单，安装简便，焊后牢固；通过钎焊炉内焊接技术不仅有效的降低了产品的制造成本，而且产品外观光洁，密闭性能好；不受自然环境约束，能更为有效的为电池板散热，使电池板的工作环境温度保持在最佳工作状态；能使电池板单位质量输出功率增大，寿命比普通的更为持久。 
附图说明
图1为本实用新型的分解示意图。 
图2为本实用新型的部分剖解示意图。 
图3为图2中的A-A向示意图。 
图4为本实用新型中散热型材的结构示意图。 
图5为本实用新型中散热型材
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的结构示意图。 
图6为本实用新型中散热型材
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Figure DEST_PATH_958638DEST_PATH_IMAGE001
的结构示意图。 
具体实施例
如图1、图2、图3、图4、图5和图6所示一种太阳能电池板散热器，其特征是它包括散热型材
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 1、散热型材
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 2、散热型材
Figure DEST_PATH_353345DEST_PATH_IMAGE003
 3、散热板4、封条5和通水管6；其中散热型材
Figure DEST_PATH_82266DEST_PATH_IMAGE001
 1包括支撑板
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 1.1、挡边条
Figure DEST_PATH_32959DEST_PATH_IMAGE001
 1.2、凹形卡扣条
Figure DEST_PATH_352076DEST_PATH_IMAGE001
 1.3和散热条
Figure DEST_PATH_630611DEST_PATH_IMAGE001
 1.4，在支撑板
Figure DEST_PATH_513116DEST_PATH_IMAGE001
 1.1一面上等距排列安装若干散热条
Figure DEST_PATH_177185DEST_PATH_IMAGE001
 1.4，在支撑板
Figure DEST_PATH_182050DEST_PATH_IMAGE001
 1.1另一面的外侧端边安装挡边条
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 1.2、内侧端边安装凹形卡扣条
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 1.3，在挡边条 1.2和凹形卡扣条
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 1.3之间距排列安装若干散热条 1.4，凹形卡扣条
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 1.3和散热条
Figure DEST_PATH_962290DEST_PATH_IMAGE001
 1.4与支撑板
Figure DEST_PATH_558225DEST_PATH_IMAGE001
 1.1上、下端设有一凹口
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 1.5，在一端的凹口
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 1.5处设有一通水孔
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 1.6；散热型材
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 2包括支撑板
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 2.1、凸形卡扣条
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 2.2、凹形卡扣条
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 2.3和散热条
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 2.4，在支撑板 2.1一面上等距排列安装若干散热条
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 2.4，在支撑板
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 2.1另一面的内、外侧端边分别安装凸形卡扣条
Figure DEST_PATH_441288DEST_PATH_IMAGE002
 2.2、凹形卡扣条
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 2.3，在凸形卡扣条
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 2.2和凹形卡扣条
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 2.3之间距排列安装若干散热条
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 2.4，凸形卡扣条
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 2.2、凹形卡扣条
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 2.3和散热条
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 2.4与支撑板
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 2.1上、下端之间分别设有一凹口
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 2.5；散热型材 3包括支撑板
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 3.1、挡边条
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 3.2、凸形卡扣条 3.3和散热条
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 3.4，在支撑板
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 3.1一面上等距排列安装若干散热条
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 3.4，在支撑板 3.1另一面的外侧端边安装挡边条
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 3.2、内侧端边安装凸形卡扣条
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 3.3，在挡边条
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 3.2和凸形卡扣条
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 3.3之间距排列安装若干散热条
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 3.4，凸形卡扣条
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 3.3和散热条
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 3.4与支撑板
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 3.1上、下端之间分别设有一凹口
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 3.5，在一端的凹口
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 3.5处设有一通水孔
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 3.6；在散热型材
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 1和散热型材
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 3之间通过卡扣连接的方式安装连接若干散热型材
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 2，在散热型材 1、散热型材
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 2和散热型材
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 3上、下两端的凹口
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 1.5、凹口
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 2.5、凹口
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 3.5处分别安装一封条5并形成上、下两个通水通道7；散热板4盖装在装有挡边条5的散热型材
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 1、散热型材
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 2和散热型材
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 3上；在散热型材
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 1和散热型材
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 3的通水孔
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 1.6和通水孔
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 3.6上分别连通安装一通水管6；散热型材
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 1的通水孔 1.6与散热型材
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 3的通水孔
Figure DEST_PATH_692085DEST_PATH_IMAGE003
 3.6成对角布置。 

Claims (2)

1.一种太阳能电池板散热器，其特征是它包括散热型材                                               
Figure DEST_PATH_IMAGE002
 (1)、散热型材
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 (2)、散热型材
Figure DEST_PATH_IMAGE006
 (3)、散热板(4)、封条(5)和通水管(6)；其中散热型材
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 (1)包括支撑板
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 (1.1)、挡边条
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 (1.2)、凹形卡扣条
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 (1.3)和散热条 (1.4)，在支撑板
Figure 714133DEST_PATH_IMAGE002
 (1.1)一面上等距排列安装若干散热条
Figure 958032DEST_PATH_IMAGE002
 (1.4)，在支撑板
Figure 413284DEST_PATH_IMAGE002
 (1.1)另一面的外侧端边安装挡边条
Figure 126156DEST_PATH_IMAGE002
 (1.2)、内侧端边安装凹形卡扣条 (1.3)，在挡边条
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 (1.2)和凹形卡扣条 (1.3)之间距排列安装若干散热条
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 (1.4)，凹形卡扣条
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 (1.3)和散热条
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 (1.4)与支撑板 (1.1)上、下端设有一凹口
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 (1.5)，在一端的凹口 (1.5)处设有一通水孔 (1.6)；散热型材
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 (2)包括支撑板
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 (2.1)、凸形卡扣条
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 (2.2)、凹形卡扣条
Figure 790892DEST_PATH_IMAGE004
 (2.3)和散热条 (2.4)，在支撑板
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 (2.1)一面上等距排列安装若干散热条
Figure 638259DEST_PATH_IMAGE004
 (2.4)，在支撑板
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 (2.1)另一面的内、外侧端边分别安装凸形卡扣条
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 (2.2)、凹形卡扣条
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 (2.3)，在凸形卡扣条
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 (2.2)和凹形卡扣条
Figure 320039DEST_PATH_IMAGE004
 (2.3)之间距排列安装若干散热条
Figure 863016DEST_PATH_IMAGE004
 (2.4)，凸形卡扣条 (2.2)、凹形卡扣条
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 (2.3)和散热条
Figure 847786DEST_PATH_IMAGE004
 (2.4)与支撑板
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 (2.1)上、下端之间分别设有一凹口 (2.5)；散热型材
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 (3)包括支撑板
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 (3.1)、挡边条
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 (3.2)、凸形卡扣条
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 (3.3)和散热条
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 (3.4)，在支撑板
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 (3.1)一面上等距排列安装若干散热条
Figure 3086DEST_PATH_IMAGE006
 (3.4)，在支撑板
Figure 819732DEST_PATH_IMAGE006
 (3.1)另一面的外侧端边安装挡边条
Figure 652951DEST_PATH_IMAGE006
 (3.2)、内侧端边安装凸形卡扣条
Figure 176336DEST_PATH_IMAGE006
 (3.3)，在挡边条
Figure 402918DEST_PATH_IMAGE006
 (3.2)和凸形卡扣条 (3.3)之间距排列安装若干散热条
Figure 998296DEST_PATH_IMAGE006
 (3.4)，凸形卡扣条
Figure 438504DEST_PATH_IMAGE006
 (3.3)和散热条
Figure 852299DEST_PATH_IMAGE006
 (3.4)与支撑板
Figure 315642DEST_PATH_IMAGE006
 (3.1)上、下端之间分别设有一凹口
Figure 722352DEST_PATH_IMAGE006
 (3.5)，在一端的凹口
Figure 767800DEST_PATH_IMAGE006
 (3.5)处设有一通水孔
Figure 539447DEST_PATH_IMAGE006
 (3.6)；在散热型材
Figure 552402DEST_PATH_IMAGE002
 (1)和散热型材
Figure 247957DEST_PATH_IMAGE006
 (3)之间通过卡扣连接的方式安装连接若干散热型材
Figure 600441DEST_PATH_IMAGE004
 (2)，在散热型材
Figure 605306DEST_PATH_IMAGE002
 (1)、散热型材
Figure 856290DEST_PATH_IMAGE004
 (2)和散热型材
Figure 542486DEST_PATH_IMAGE006
 (3)上、下两端的凹口 (1.5)、凹口
Figure 925243DEST_PATH_IMAGE004
 (2.5)、凹口
Figure 663523DEST_PATH_IMAGE006
 (3.5)处分别安装一封条(5)并形成上、下两个通水通道(7)；散热板(4)盖装在装有挡边条(5)的散热型材 (1)、散热型材
Figure 90273DEST_PATH_IMAGE004
 (2)和散热型材
Figure 109045DEST_PATH_IMAGE006
 (3)上；在散热型材
Figure 583888DEST_PATH_IMAGE002
 (1)和散热型材
Figure 611887DEST_PATH_IMAGE006
 (3)的通水孔 (1.6)和通水孔
Figure 118229DEST_PATH_IMAGE006
 (3.6)上分别连通安装一通水管(6)。
2.根据权利要求1所述的一种太阳能电池板散热器，其特征是散热型材
Figure 752472DEST_PATH_IMAGE002
 (1)的通水孔
Figure 131632DEST_PATH_IMAGE002
 (1.6)与散热型材
Figure 495618DEST_PATH_IMAGE006
 (3)的通水孔
Figure 121771DEST_PATH_IMAGE006
 (3.6)成对角布置。
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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102184997A (zh) * 2011-04-14 2011-09-14 无锡优萌汽车部件制造有限公司 一种太阳能电池板散热器
CN105978479A (zh) * 2016-07-28 2016-09-28 苏州聚力电机有限公司 具散热模块的新型太阳能光电模块

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102184997A (zh) * 2011-04-14 2011-09-14 无锡优萌汽车部件制造有限公司 一种太阳能电池板散热器
CN102184997B (zh) * 2011-04-14 2012-11-21 无锡优萌汽车部件制造有限公司 一种太阳能电池板散热器
CN105978479A (zh) * 2016-07-28 2016-09-28 苏州聚力电机有限公司 具散热模块的新型太阳能光电模块

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