TWM396488U - Structural improvement of solar energy module wiring box - Google Patents

Structural improvement of solar energy module wiring box Download PDF

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Publication number
TWM396488U
TWM396488U TW99211073U TW99211073U TWM396488U TW M396488 U TWM396488 U TW M396488U TW 99211073 U TW99211073 U TW 99211073U TW 99211073 U TW99211073 U TW 99211073U TW M396488 U TWM396488 U TW M396488U
Authority
TW
Taiwan
Prior art keywords
pair
junction box
solar module
guiding
box according
Prior art date
Application number
TW99211073U
Other languages
Chinese (zh)
Inventor
yao-de Wang
Zhuang-Jun Que
Original Assignee
Kinmac Solar Corp
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Kinmac Solar Corp filed Critical Kinmac Solar Corp
Priority to TW99211073U priority Critical patent/TWM396488U/en
Publication of TWM396488U publication Critical patent/TWM396488U/en

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    • YGENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02EREDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
    • Y02E10/00Energy generation through renewable energy sources
    • Y02E10/50Photovoltaic [PV] energy

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  • Photovoltaic Devices (AREA)

Description

M396488 五、新型說明: 【新型所屬之技術領域】 本創作係有關一種太陽能模組接線盒之結 一種裝設於太陽能模組側邊之接線盒,用文良尤扣 電力輸出,使該太陽能模組背面可組裝於 $能模組的 組裝便利性及實用性之太陽能模組接線盒結構改增加 【先前技術】 在國際油價節節高漲、不斷創新高,且全 限下’使得傳統燃石油、燃煤等發電方式受到限制', 世界主要國家近年來乃積極研發以潔淨的再生來礦 物燃料發電’來減輕傳統發電方式所產生之污染問:取:: 代性能源中,無論是太陽能、風能、生質能等,均為各先進 國家共同推展的目標’其中,太陽能發電設備具有低污染特 性,產品壽命可長達20年以上,加上太陽光取之不盡用之 不竭,且不受土地環評限制之特性,故為各先進國家再生能 源發展的主要項目。M396488 V. New description: [New technology field] This creation is about a junction box of a solar module junction box. A junction box installed on the side of the solar module, using Wenliang and deduction power output, the solar module The structure of the solar module junction box that can be assembled on the back of the module can be assembled and improved. [Prior Art] In the international oil price, the price of the oil is rising, the innovation is high, and the whole limit is made to make the traditional oil burning and burning. Coal and other power generation methods are limited', and the world's major countries have been actively researching and developing clean renewable fossil fuels in recent years to alleviate the pollution caused by traditional power generation methods. Q:: In the generational energy, whether it is solar energy or wind energy , biomass and so on, are the goals of all advanced countries. Among them, solar power generation equipment has low pollution characteristics, product life can be more than 20 years, plus the inexhaustible use of sunlight, and not Limited by the characteristics of land environmental assessment, it is the main project for renewable energy development in advanced countries.

太陽能電池係利用太陽能模組將光能轉換成電能,再透 過太陽能接線盒將所轉換的直流電能傳輸至變壓器等控制單 元,經特定之處理後而供電子設備所用;但實際應用時太陽 能模組的某些區域可能受地形影響而被遮蔭,受遮蔭之模組 則受其他模組的電流通過而造成熱功率損失,為避免這種熱 點損耗影響模板壽命’相關文獻如美國專利6512458號的 「METHOD AND APPARATUS FOR DETECTING FAILURE IN SOLAR 3 1096488 CELL MODULE, AND SOLAR CELL MODULE」所示,其主要具備至 少一太陽能模組,該太陽能模組係以一旁路二極體並聯接設 以偵測該太陽能模組的失效狀態,而改善熱功率損失的問題。 而太陽能接線盒另一作用係於太陽能板模組的背面將 每一太陽能發電單元的電極整合後,會連接至該太陽能接線 盒’並以傳導線串接其他太陽能板模組或輸出至一用電負載。 惟’習有太陽能接線盒係裝設於該太陽能模組背面,使-整體太陽能模組裝設於其他物品上時,會因為該太陽能接線_ 盒之設置而影響其組裝便利性,而降低其組裝搭配之實用性。· 【新型内容】 有鑑於此,本創作即在提供一種裝設於太陽能模組侧邊 之接線盒’用以將太陽能模組的電力輸出,使該太陽能模組 背面可組裝於不同物品上,增加組裝便利性及實用性,為其 主要目的者。 ' 為達上揭目的,本創作之接線盒係包括有:一絕緣本體、 裝設於該絕緣本體中之二極體、一對導接端子以及一對彈_ 片,該對導接端子一端係與該二極體連接,另端則具有與該 導線相連接之第一導接部,且該對彈片則藉由其失持部將該 對導接端子與該對電極帶夾持,以藉由該接線盒將一對導線 及太陽能模組之一對電極帶構成電性連接。 俾獲致一種可裝設於該太陽能模組側邊之接線盒,可改 良習有接線盒装設於太陽能模組背面具有組裝搭配不易等缺 失0 、 4The solar cell system uses solar modules to convert light energy into electrical energy, and then transmits the converted direct current power to a control unit such as a transformer through a solar junction box, and is used by the electronic device after being specifically processed; but the solar module is actually used. Some areas may be shaded by terrain, and shaded modules are subject to heat loss from other modules, causing thermal power loss to avoid such hotspot losses. Templates such as US Patent No. 6512458 "METHOD AND APPARATUS FOR DETECTING FAILURE IN SOLAR 3 1096488 CELL MODULE, AND SOLAR CELL MODULE", which mainly has at least one solar module, which is connected by a bypass diode to detect the The failure state of the solar module improves the problem of thermal power loss. The other function of the solar junction box is to integrate the electrodes of each solar power generation unit on the back side of the solar panel module, and then connect to the solar junction box 'and connect the other solar panel modules with conductive lines or output to one. Electrical load. However, the 'senior solar junction box is installed on the back of the solar module, so that when the whole solar module is assembled on other items, the assembly of the solar junction_box will affect its assembly convenience and reduce its The practicality of assembly and matching. · [New content] In view of this, the present invention provides a junction box mounted on the side of the solar module to output the power of the solar module, so that the back of the solar module can be assembled on different items. Increase the ease of assembly and practicality for its main purpose. In order to achieve the above, the junction box of the present invention comprises: an insulative housing, a diode mounted in the insulative housing, a pair of guiding terminals and a pair of elastic sheets, one end of the pair of guiding terminals Connected to the diode, the other end has a first guiding portion connected to the wire, and the pair of elastic pieces clamp the pair of guiding terminals and the pair of electrode strips by the missing portion thereof, The pair of wires and one of the solar modules are electrically connected to each other by the junction box. A junction box that can be installed on the side of the solar module can be modified, and the junction box is installed on the back of the solar module, which is difficult to assemble and match, etc. 0, 4

Claims (1)

M396488 S 9. 10. 0 7 修正年月曰福充 六、申請專利範圍: 1、一種太陽能模組接線盒之結構改良,該接線盒係裝設 於太陽能模組側邊,並電性連接一對導線及太陽能模組之一 對電極帶,而該接線盒係包括有: 一絕緣本體’該絕緣本體橫向相對之兩端設有一對旁開 口; 一二極體,係裝設於該絕緣本體中; 一對導接端子,該對導接端子係橫向地排列於該絕緣本 體内,該對導接端子一端係與該二極體連接,而另端則具有 第一導接部,各第一導接部係分別露出於該對旁開口,且與 該導線相連接’且對導接端子具有與電極帶連接之第二導接 部; 一對彈片,該對彈片係裝設於絕緣本體中並構成該對電 極帶與該對導接端子之電性連接,各彈片設有一連接部與由 該連接部所延伸之一對夾持部,由該對夾持部將該對導接端 子與該對電極帶夾持,而形成電性連接。 2、如請求項1所述太陽能模組接線盒之結構改良,其 中’該接線盒進一步設有一對插纟’該對導線則設置於該插 座一端,該對插座分別插接於絕緣本體之該對旁開口處,使 該對導接端子之第—導接部得以與該對導線形成電性連接。 3如明求項2所述太陽能模組接線盒之結構改良,其 令’該絕緣本體與插座間進一步設有卡合裝置。 言月求項1所述太陽能模組接線盒之結構改良,其 _ ’該對導接〶子之第二導接部設有複數凹凸齒。 5如明求項1、2、3或4所述太陽能模組接線盒之結構 9 M396488 改良,其中,進一步包含有複數個焊料,設置於該導電端子 的第二導接部,藉以將該彈片、該第二導接部與該電極帶, 藉由焊接而電性導通。 6、 如請求項1、2、3或4所述太陽能模組接線盒之結構 改良,其中,該絕緣本體侧邊相對於該對第二導接部處設有 一對開口,該對開口可供電極帶***。 7、 如請求項6所述太陽能模組接線盒之結構改良,其 中,該對開口處可進一步設有塞蓋。 8、 如請求項7所述太陽能模組接線盒之結構改良,其 中,該絕緣本體與塞蓋間進一步設有卡合裝置。 9、 如請求項1、2、3或4所述太陽能模組接線盒之結構 改良,其中,該對彈片之連接部設有一開孔。M396488 S 9. 10. 0 7 Amendment of the year 曰 Fu Chong six, the scope of application for patents: 1, a solar module junction box structure improvement, the junction box is installed on the side of the solar module, and electrically connected a pair of wires and a pair of solar modules, wherein the junction box comprises: an insulative body having a pair of side openings at opposite ends of the insulating body; a diode body mounted on the insulative body a pair of conductive terminals, the pair of conductive terminals are laterally arranged in the insulating body, one end of the pair of guiding terminals is connected to the diode, and the other end has a first guiding portion, each of the first a guiding portion is respectively exposed to the pair of side openings and connected to the wire and has a second guiding portion connected to the electrode strip to the guiding terminal; a pair of elastic pieces mounted on the insulating body And forming an electrical connection between the pair of electrode strips and the pair of guiding terminals, each of the elastic pieces is provided with a connecting portion and a pair of clamping portions extending from the connecting portion, and the pair of guiding portions are connected by the pair of clamping portions Holding the pair of electrode strips to form electricity Sexual connection. 2. The structural improvement of the solar module junction box according to claim 1, wherein the junction box is further provided with a pair of plugs, wherein the pair of wires are disposed at one end of the socket, and the pair of sockets are respectively inserted into the insulating body. The first guiding portion of the pair of guiding terminals is electrically connected to the pair of wires to the side opening. 3. The structure of the solar module junction box according to claim 2 is improved, and a locking device is further disposed between the insulating body and the socket. The structure of the solar module junction box of claim 1 is improved, and the second guiding portion of the pair of guiding rafters is provided with a plurality of embossed teeth. 5 The structure of the solar module junction box according to claim 1, 2, 3 or 4 is modified by the M396488, further comprising a plurality of solders disposed on the second guiding portion of the conductive terminal, thereby using the elastic piece The second guiding portion and the electrode strip are electrically connected by soldering. 6. The structural improvement of the solar module junction box according to claim 1, 2, 3 or 4, wherein a side of the insulating body is provided with a pair of openings at the pair of second guiding portions, the pair of openings are available The electrode strip is inserted. 7. The structure of the solar module junction box according to claim 6 is improved, wherein the pair of openings may further be provided with a plug cover. 8. The structure of the solar module junction box according to claim 7 is improved, wherein the insulative housing and the plug cover are further provided with a snapping device. 9. The structure of the solar module junction box according to claim 1, 2, 3 or 4, wherein the connecting portion of the pair of elastic pieces is provided with an opening.
TW99211073U 2010-06-10 2010-06-10 Structural improvement of solar energy module wiring box TWM396488U (en)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US9306102B2 (en) 2011-07-12 2016-04-05 Au Optronics Corp. Back contact solar module and electrode soldering method therefor

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US9306102B2 (en) 2011-07-12 2016-04-05 Au Optronics Corp. Back contact solar module and electrode soldering method therefor

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