201029209 六、發明說明： 【發明所屬之技術領域】 —種可擴展太陽 其可容置於透光 ’使其固設於外 本發明係關於一種太陽能裝置，尤指 能發電面積的太陽能裝置及其製作方法， 體内部’並於其相對應兩側各貫穿一線材 部固定物。 【先前技術】 電力，提供人類活動基本要素。近年來，在炎熱的夏 天時常發生跳電的情況，電力公司所提供的電力已漸無法 滿足負載而導致電力系統的供需失衡。台灣，在沒有任何 天然資源且為一島形國家情況下，對於電力供應只能持續 建設電廠、擴大現有電廠的電力容量或發展太陽能發電。 是以，政府於近年來極力推廣綠色環保能源（例如太 陽能）’即設置太陽板加以發電的想法，並釋出各種對於使 用者利多的做法，例如：於住家屋頂設置太陽能板，用以 供應居家用電需求；政府大力推廣設置太陽能板不只侷限 於居家屋頂處’對於街道路燈亦著手進行設置太陽能板， 用以供應該等路燈用電需求，達到可自給自足的供電系 統。 由於太陽能板具有一定的體積，必佔用該設置地點一 鋪設面積，而導致太陽能板的設置有所限制，無法有效地 發電來提供足夠的電力供利用。又目前太陽能板大多固定 在如屋頂等定點位置；因此，目前太陽能板裝置之舖設面 積及其設置方式相當受限，對於日後如何大力擴展太陽能 201029209 作為替代能源會產生一定的阻礙。 【發明内容】 因此，本發明主要目的在提供一種擴展太陽能發電面 積裝置及其方法’其可供使用者於任一地點設置太陽能板， 且不偈限該設置地點面積大小與否，都可進一步任意依照 既有發電面積調整太陽能裝置大小，而達到預定的太陽能 發電量，以建立太陽能供電架構，有效解決太陽能因該鋪 設地點的面積不足，所引起發電量不足的問題。 為達成前述目的採取的技術手段係令前述太陽能裝置 之製作方法包括：提供複數太陽能板及複數線材，各該太 陽能板係由一太陽能片與一透光體所組成； 分別以兩線材貫穿數塊太陽能板，以構成一太陽能板 列’其中該太陽能板列的各線材兩端係分別自太陽能板列 的前、後太陽能板外側外露，供固定於外部固定物上； 將該太陽能板列的數塊太陽能板電源線予以串接。 如上述’本發明的製作方法係以線材將複數太陽能板 以線材串接而成太陽能裝置，又該太陽能板裝置兩端有線 材外露，故能方便直接將外露線材固定在外部的固定物 上；是以，如山陵、池塘、農田或大型工廠等空礦場地之 上空處’只要有固定物均可依照其所需的發電面積，彈性 調整太陽能板塊數，有效地設置符合預設發電量的太陽能 裝置。 又本發明的可擴展太陽能發電面積的太陽能裝置係包 含有： 4 201029209 至少一太陽能板列，係包含有複數塊太陽能板，係呈 串接排列’又各塊太陽能板包含有電源線，各電源線係串 聯連接；及 複數線材’令各線材外徑係與對應的各貫穿孔内徑相 互匹配，又以各兩條線材分別貫穿對應排該太陽能板列， 使各線材的兩端係分別自該太陽能板列的前、後太陽能板 外側外露。 本發明係由各線材分別穿設該太陽能板列，令各線材 ® 的兩端外露於該太陽能板列的前、後太陽能板外側，故可 直接利用線材外露的兩端固定於外側的固定物上。此外， 本發明又可進一步構成複數排平行排列的太陽能列，再將 各排太陽能列的電源線予以串接，以構成一種網狀的太陽 能板裝置。 由於本發明之太陽能板塊數可以依設定之太陽能發電 量之多寡來增減，進一步形成網狀或條狀之發電面積，並 能彈性固定設置在不同的固定物上，不需設置太陽能之專 ® 業人員，即可自行設置，係大大提高太陽能板的發電量及 其使用率。 【實施方式】 請參閱第一圖及第二圖所示，本發明的太陽能板裝置 第一實施例，該可擴展可擴展太陽能發電面積的製作方法 包含有： 提供複數太陽能板（1〇)及複數線材（2〇); 分別以兩線材（20)貫穿數塊太陽能板（10) ’以構成一 5 201029209 太陽能板列，其中該太陽能板列的各線材（20)兩端係分別 自太陽能板列的前、後太陽能板（1 〇)外側外露，供固定於 外部固定物上；其中各太陽能板〇〇)係包含有一透光體（11) 及密封且容置於該透光體（彳彳）的一太陽能片（12)，該透光 體（11 >的兩相對側邊係形成有匹配線材（20)外徑之貫穿孔 (111) ’令各線材（20)穿經數塊太陽能板（1〇)的貫穿孔 (111)； 將該太陽能板列的數塊太陽能板（1〇)電源線（121)予以 參串接； 重覆此上述第二及第三步驟，構成複數排太陽能板 列’其中複數排太陽能板列係相互串接排列；及 將複數排太陽能板列的電源線（121)予以串接。 如上述所述本發明的製作方法，係將複數太陽能板以 線材串接成數列太陽能列，可快速製作出不同塊數的太陽 能列’又因為各太陽能列兩端有線材外露，能方便直接將 外露線材固定在固定物上，有效地提高太陽能之發電面積， ®增加太陽能之發電量' 又’本發明的可擴展太陽能發電面積裝置係包含有： 複數排太陽能板列，各排太陽能板列係包含有複數塊 太陽能板（10)，各該太陽能板（10)係包含有： 一透光體（11)，其形成有一内部空間，且於相對兩邊 分別形成貫穿孔（111)，又各塊太陽能板（10)包含有電源線 (121) ’其中同一排太陽能板列的電源線（121)係串聯連接， 又各排太陽能板列的電源線（121)再進一步串聯連接； 複數線材（20) ’令各線材（20)外徑係與對應的各貫穿 6 201029209 孔（111)内徑相互匹配’又以各兩條線材（20)分別貫穿對應 排太陽能板列’使各線材（20)的兩端係分別自太陽能板列 的前、後太陽能板（1 0)外側外露。 請參閱第三圖所示’係本發明的太陽能板（1〇)裝置用 於複數連續排列的電線桿（30)上的示意圖。在本應用例中， 電線桿（30)數量為三，其分別為一第一電線桿（31 )、一第 二電線桿（32)及一第三電線桿（33)，而該太陽能板裝置 係藉由外露於各太陽能板列之線材（2〇)外露兩端分別固設 •於第一電線桿（31)及第二電線桿（32)之間與第二電線桿（32) 及第二電線桿（33)之間，並依序將其它太陽能板列由上至 下固定於第一電線桿（31)及第二電線桿（32)與第二電線桿 (32)及第三電線桿（33)。因此，本發明可以依據任兩相鄰 電線桿之間間距，選用適當長度的太陽能板列，是以，本 發明的太陽能板裝置不必侷限於電線桿（3〇)之間的距離遠 近，安裝亦相當便利。 請參閲第㈤圖所*，係本發明的太陽能板（1〇)裝置應 用於大型養殖漁場的示意圖，本應用例中，該養殖泠場係 具有一漁塭，該漁塭周圍均會設置有複數固定物誠如上 述，本發明的太陽能板|置得以設置於任兩相鄰的固定物 上。由於該漁堪係佔據養殖漁場土地面積大'又其遮蔽物 少’確實可適合作為加裝太陽板以獲取更多的環保電源； 是本發明藉由外露於各該太陽能板列之各線材㈣的 兩端，分別固設於漁塭周圍的兩相鄰固 堪作壯® ^ , 上’使架設太 陽此裝置不再侷限於特定地點上，又本發明 周圍固定物的遠近規劃出太陽能之發 …漁塩 两積’並依實際需 7 201029209 要，加以改變各太陽能板列的太陽能板（1 〇)數量。 請參閱第五圖所示，係本發明的太陽能板（1〇)裝置應 用於建築物的示意圖，本應用例中，該建築物屋頂或外牆 係包含有複數長條柱體（40)，於該屋頂及外牆任兩相鄰長 條柱體（40)上固設有第一固定條（41)及第二固定條（42)，且 相互連接’如此一來各太陽能板列之各線材（20)的兩端即 能固定在任二該第一固定條（41)及第二固定條（42)上，以 元成預設之太陽能發電面積。因此，本發明的太陽能板裝 籲置亦能裝設在目前太陽能板設置的屋頂或外牆上達到相同 目的。 請參閱第六圖所示，係本發明的太陽能板裝置第二實 施例，係於一固定物（50)上設置一太陽能板列。該太陽能 板列係包含複數塊太陽能板（10)、複數線材（2〇)，本實施 例中為三塊太陽能板（10)，該固定物（5〇)係與各太陽能板 (10)係呈垂直狀’又該線材（20)係分別穿經三塊太陽能板 _ 上之對應貫穿孔（111)，並外露於前、後太陽能板之線材（2〇) 外露兩端分別掛設於該固定物（50)上，有效利用該固定物 (50)之空間，達到最大發電效果。 由上述所舉的四種應用例可知，本發明所提供的可擴 展太陽能發電面積裝置能依據設置場地彈性調整，不受實 際場地面積大小限制，不僅能有效利用空曠處無遮蔽物之 特性’增加太陽能之發電面積’亦能方便一般住家、工廠、 公司將太陽能設置在屋頂或外牆上，不再侷限一固定面積 才可設置太陽能板的窘境，以提高設置太陽板之發電量及 使用率。 201029209 故本發明相較既有太陽能板已具備顯著功效，並符合 發明專利要件，爰依法提起申請。 【圖式簡單說明】 第一圖係本發明第一較佳實施例之立體圖。 第二圖係本發明第一較佳實施例之平面圖。 第三圖係本發明一較佳應用例之平面圖。 第四圖係本發明又一較佳應用例之平面圖。 鲁第主圖係本發明再一較佳應用例之立體圖。 第六圖係本發明第二較佳實施的的應用例之平面圖。 (11) 透光體 (12) 太陽能片 (20)線材 (31)第一電線桿 (33)第三電線桿 (41)第一固定條 (50)固定物201029209 VI. Description of the invention: [Technical field of the invention] - an expandable sun that can be accommodated in a light transmission to be fixed to the outside. The invention relates to a solar device, especially a solar device capable of generating a power area and The manufacturing method, the inside of the body, and each of the two sides of the corresponding wire portion of the fixture. [Prior Art] Electricity, which provides the basic elements of human activity. In recent years, in the hot summer days, the situation of power jumps often occurs, and the power provided by the power company has gradually failed to meet the load, resulting in an imbalance between supply and demand of the power system. Taiwan, in the absence of any natural resources and an island-shaped country, can only continue to build power plants, expand the power capacity of existing power plants or develop solar power for power supply. Therefore, in recent years, the government has vigorously promoted the idea of green energy (such as solar energy), that is, setting up solar panels to generate electricity, and releasing various practices for users, such as setting solar panels on the roof of homes to supply homes. Demand for electricity consumption; the government vigorously promotes the setting of solar panels not only at the roof of the home. 'The street lamps are also set up to set up solar panels to supply the electricity demand of these street lamps to achieve a self-sufficient power supply system. Since the solar panel has a certain volume, it will occupy a certain area of the installation site, and the solar panel is limited in its setting, and cannot be efficiently generated to provide sufficient power for utilization. At present, solar panels are mostly fixed at fixed positions such as roofs; therefore, the laying area and arrangement of solar panel devices are currently limited, and there is a certain obstacle to how to expand solar energy 201029209 as an alternative energy source in the future. SUMMARY OF THE INVENTION Accordingly, it is a primary object of the present invention to provide an apparatus for expanding a solar power generating area and a method thereof for providing a user with a solar panel at any location, and without further limiting the size of the installation location, Arbitrarily adjust the size of the solar energy device according to the existing power generation area, and achieve the predetermined solar power generation amount to establish a solar power supply structure, effectively solving the problem that the solar energy is insufficient due to insufficient area of the laying place. The technical means for achieving the foregoing object is that the manufacturing method of the solar device comprises: providing a plurality of solar panels and a plurality of wires, each of the solar panels being composed of a solar panel and a light transmissive body; a solar panel to form a solar panel column, wherein the ends of the wires of the solar panel are respectively exposed from the outside of the front and rear solar panels of the solar panel for fixing to the external fixture; The block solar panel power lines are connected in series. As described above, the manufacturing method of the present invention is to form a solar device by connecting a plurality of solar panels in a wire by a wire, and the wire material at both ends of the solar panel device is exposed, so that the exposed wire can be directly fixed on the external fixture; Therefore, if there is a fixed object above the empty mine site such as a mountain, a pond, a farmland or a large factory, the number of solar panels can be flexibly adjusted according to the required power generation area, and the solar energy meeting the preset power generation amount can be effectively set. Device. The solar device of the scalable solar power generation area of the present invention comprises: 4 201029209 At least one solar panel comprises a plurality of solar panels arranged in series, and each solar panel comprises a power cord, each power source The wire series is connected in series; and the plurality of wires are arranged such that the outer diameters of the wires are matched with the corresponding inner diameters of the through holes, and the two wires are respectively inserted through the row of the solar panels, so that the two ends of the wires are respectively The front and rear solar panels of the solar panel are exposed on the outside. In the present invention, the solar panels are respectively disposed by the respective wires, so that both ends of the wires are exposed on the outer sides of the front and rear solar panels of the solar panel, so that the exposed ends of the wires are directly fixed to the outside. on. In addition, the present invention can further form a plurality of parallel rows of solar columns, and then connect the power lines of the rows of solar columns in series to form a mesh solar panel device. Since the number of solar panels of the present invention can be increased or decreased according to the amount of solar power generated, the grid-shaped or strip-shaped power generation area is further formed, and can be elastically fixed on different fixtures, and no solar energy is required. The staff can set up themselves, which greatly increases the power generation and utilization rate of the solar panels. [Embodiment] Referring to the first embodiment and the second figure, in the first embodiment of the solar panel device of the present invention, the method for manufacturing the expandable and expandable solar power generation area comprises: providing a plurality of solar panels (1〇) and Multiple wires (2〇); respectively, two wires (20) penetrate several solar panels (10)' to form a 5 201029209 solar panel, wherein the wires (20) of the solar panel are respectively from the solar panel The front and rear solar panels (1 〇) of the column are exposed on the outside for fixing to the external fixture; wherein each solar panel comprises a light-transmitting body (11) and is sealed and accommodated in the light-transmitting body (彳a solar panel (12), the opposite side of the light transmissive body (11 > is formed with a through hole (111) matching the outer diameter of the wire (20)' so that each wire (20) passes through several pieces a through hole (111) of the solar panel (1 〇); a plurality of solar panel (1 〇) power lines (121) of the solar panel are connected in series; repeating the second and third steps to form a plurality Row of solar panels, in which multiple rows of solar panels are connected in series Arranging; and connecting the power lines (121) of the plurality of rows of solar panels in series. As described above, the manufacturing method of the present invention is to serially connect a plurality of solar panels into a series of solar columns, which can quickly produce different numbers of blocks. The solar energy column 'is exposed to the wire at both ends of the solar energy column, which can easily fix the exposed wire directly on the fixed object, effectively increase the power generation area of the solar energy, and increase the power generation amount of the solar energy. The power generation area device comprises: a plurality of rows of solar panels, each row of solar panels comprising a plurality of solar panels (10), each of the solar panels (10) comprising: a light transmissive body (11), which is formed There is an internal space, and through holes (111) are respectively formed on opposite sides, and each solar panel (10) includes a power line (121). The power lines (121) of the same row of solar panels are connected in series, and each The power line (121) of the row of solar panels is further connected in series; the plurality of wires (20) 'make the outer diameter of each wire (20) and the corresponding each of the through holes 2010 (2010) Matching each other's two wires (20) respectively penetrate the corresponding row of solar panels' so that both ends of each wire (20) are exposed from the outside of the front and rear solar panels (10) of the solar panel row. The third figure shows a schematic diagram of a solar panel (1〇) device of the present invention for use on a plurality of continuously arranged poles (30). In this application example, the number of utility poles (30) is three, which are respectively a first electric pole (31), a second electric pole (32) and a third electric pole (33), and the solar panel device is exposed at the exposed ends of the wire (2〇) exposed to each solar panel Separately disposed between the first electric pole (31) and the second electric pole (32) and the second electric pole (32) and the second electric pole (33), and sequentially arrange other solar panels The first electric pole (31) and the second electric pole (32) are connected to the second electric pole (32) and the third electric pole (33). Therefore, the present invention can select a solar panel according to the spacing between any two adjacent poles, and the solar panel device of the present invention is not necessarily limited to the distance between the poles (3〇), and the installation is also Quite convenient. Please refer to the figure (5), which is a schematic diagram of the solar panel (1〇) device of the present invention applied to a large-scale breeding fishery. In this application example, the farmed farm has a fishing rod, and the fishing rod is arranged around the fishing rod. There are a plurality of fixtures as described above, and the solar panel of the present invention can be placed on any two adjacent fixtures. Because the fishery can occupy a large area of the farmed fishery, and the number of the shelter is small, it can be suitably used as a solar panel to obtain more environmentally friendly power sources; it is the wire rod exposed by each of the solar panels in the present invention (4) The two ends of the two sides are fixed to the two adjacent to the fishing rod, and the upper part of the invention is no longer limited to a specific place, and the surrounding fixtures of the present invention are planned to be solar energy. ...fishing two products' and depending on the actual needs 7 201029209, to change the number of solar panels (1 〇) in each solar panel. Referring to FIG. 5, a schematic diagram of a solar panel (1〇) device of the present invention applied to a building. In the application example, the roof or exterior wall of the building includes a plurality of elongated columns (40). A first fixing strip (41) and a second fixing strip (42) are fixed on two adjacent elongated columns (40) of the roof and the outer wall, and are connected to each other. Both ends of the wire (20) can be fixed on any of the first fixing strips (41) and the second fixing strips (42) to form a predetermined solar power generating area. Therefore, the solar panel mounting of the present invention can also be installed on the roof or the outer wall of the current solar panel for the same purpose. Referring to the sixth embodiment, in a second embodiment of the solar panel apparatus of the present invention, a solar panel is disposed on a fixture (50). The solar panel includes a plurality of solar panels (10) and a plurality of wires (2 turns). In this embodiment, three solar panels (10) are attached to the solar panels (10). In a vertical shape, the wire (20) is respectively passed through the corresponding through holes (111) on the three solar panels _, and the exposed wires of the front and rear solar panels (2 〇) are respectively hanged on the exposed ends. On the fixture (50), the space of the fixture (50) is effectively utilized to achieve maximum power generation. According to the four application examples mentioned above, the scalable solar power generating area device provided by the present invention can be adjusted according to the flexibility of the installation site, and is not limited by the actual site area size, and can not only effectively utilize the characteristics of the unobstructed space at the open space. The solar power generation area can also facilitate the installation of solar energy on the roof or the external wall by ordinary households, factories and companies. It is no longer limited to a fixed area to set the solar panel environment to improve the power generation and utilization rate of the solar panels. 201029209 Therefore, the present invention has significant effects compared with existing solar panels, and complies with the invention patent requirements, and files an application according to law. BRIEF DESCRIPTION OF THE DRAWINGS The first drawing is a perspective view of a first preferred embodiment of the present invention. The second drawing is a plan view of a first preferred embodiment of the present invention. The third drawing is a plan view of a preferred application of the present invention. The fourth drawing is a plan view of still another preferred application of the present invention. The main diagram of Ludi is a perspective view of still another preferred application of the present invention. Figure 6 is a plan view showing an application example of the second preferred embodiment of the present invention. (11) Translucent body (12) Solar panel (20) Wire (31) First pole (33) Third pole (41) First fixing strip (50) Fixing
【主要元件符號說明】 (1〇)太陽能板 (111)貫穿孔 (121)電源線 (30)電線桿 (32)第二電線桿 (40)柱體 (42)第二固定條 9[Main component symbol description] (1〇) Solar panel (111) Through hole (121) Power cord (30) Utility pole (32) Second pole (40) Column (42) Second fixing strip 9