TW201211473A - Suspension type floating photovoltaic power plant - Google Patents

Suspension type floating photovoltaic power plant Download PDF

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Publication number
TW201211473A
TW201211473A TW99129995A TW99129995A TW201211473A TW 201211473 A TW201211473 A TW 201211473A TW 99129995 A TW99129995 A TW 99129995A TW 99129995 A TW99129995 A TW 99129995A TW 201211473 A TW201211473 A TW 201211473A
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Taiwan
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power plant
water
floating
photovoltaic power
line
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TW99129995A
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Chinese (zh)
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Shen-Heng Chien
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Shen-Heng Chien
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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
    • Y02E10/40Solar thermal energy, e.g. solar towers

Abstract

This invention is about a floating photovoltaic power plant, specifically, a floating photovoltaic power plant which is supported by the suspension of wire cables and is capable of moving in upward/downward directions in accordance with the depth of water it floats upon. The unique feature of this photovoltaic power plant, as described in this invention, is that the power plant is consisted of plural numbers of smaller floating photovoltaic power stations, each connected by wire cables back and forth, to form plural numbers of ''power plant unit rows''. Both ends of the connecting wire cables are then fastened to the posts located at the banks of the water field. Each of the ''power plant unit rows'' is then connected by plural numbers of detachable wire cables to the adjacent ''power plant unit rows'' to form a web style suspension wire structure, in which all the floating power stations are directly connected to other stations back and forth and each of the ''power plant unit rows'' maintains a fixed distance between the rows. The resulting matrix style floating photovoltaic power plant is thereby positioned to the desired location upon the water and is capable of sustaining strong water stream impact to avoid possible structure damage.

Description

201211473 四、指定代表圖: (一) 本案指定代表圖為:第(1 )圖。 (二) 本代表圖之元件符號簡單說明: 1〇〇浮動式太陽能光電站 200串接纜線 300牽引纜線 310牵引纜線320牽引纜線 400岸邊基柱 500垂直固定樁 600補償式繞線配線器 的化學式: 五、 本案若有化學式時,請揭示最能顯示發明特徵 六、 發明說明: 【發明所屬之技術領域】 ^創作係關於-種漂浮於水上的太陽能 -私丨狀处所驼元,其猸牿夕牵总上 ,,.·小型的神式太陽能光電站,經崎線的前後^接形 ;固定 tin隨水位之高低起伏自動調以程 ^先电薇。本辦騎述之謂能光電廠, 上太%201211473 IV. Designated representative map: (1) The representative representative of the case is: (1). (2) Brief description of the symbol of the representative diagram: 1〇〇Floating solar power station 200 series cable 300 traction cable 310 traction cable 320 traction cable 400 shore base column 500 vertical fixed pile 600 compensation type winding The chemical formula of the wire distributor: 5. If there is a chemical formula in this case, please reveal the characteristics that can best show the invention. 6. Description of the invention: [Technical field to which the invention belongs] ^Creation of the solar energy-private-like place-like camel floating on the water Yuan, its 猸牿 牵 、 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , This office ride says that it can be a light power plant,

成一排或一排以上的「笋電廠單元I ’工 ^秦1 =:兩_岸邊電:mr固定 接:且陽能光電站能與其前後的其他光電站適度銜 單元列如 主發電廠單元列」能與其相鄰的其他「發電廠 發帝麻iiff定的距離,構成一距陣式架構的水上太陽能 整縣電廠能在水面上適切定位,並經得起強 动水仙·的衝擊而不致於潰壞。 3 1 S3 201211473 【先前技術】 由於地球暖化的影響,南北極冰山融化及高山冰河退卻的情形 曰益加劇,辭面上料致陸地被淹沒的敎時有所聞。過去 以築堤來崎海权侵財式早⑽不縣,人類必須以全新 的思考模式來尋求與大自然共存。 由於陸地面積逐漸縮小,而地球人口又不斷增加,未來土地的 • 供給勢必更為緊縮,對於人類的居住環境、糧食的生產條件, 都會構成嚴重的問題。為了充分利用有限的陸地資源,首先必 須將次要的陸上設施,儘量設法轉移至海上或河川、湖泊、篇 湖、潮間帶等尚未充分利用的空間,藉以提高陸地的使用率, 擴充人類的生存空間。 地球暖化的it凶已經被國際性的組織歸咎為碳排放量的增 加’為了達到減碳的既定目標,世界各國無不印足全力,拼命 開發各式各樣的再生能源,其巾尤以太陽崎受矚目。由於近 年來全球在太陽能產業上社量投f,使得太陽能板的價格迅 速下滑。叫縣認為太陽紐電是輯但不具賴效益的觀 點’如今已有了很大的轉變。可以肯定岐,隨著太陽能板性 價比的不斷提升’太雜光魏的建魏會更加受到世界各國 的重視。 201211473 :的石化電廠。如果大力推廣’勢必= 撥作用,使得齡敍人_雜齡更以化。因此, 如太陽㈣辑咖㈣_的_往海上或 預見的减趨=水庫、秘池、綱料區域,將是可以In one row or more rows, the "bamboo power plant unit I' work ^ Qin 1 =: two _ shore power: mr fixed connection: and the Yangneng optical power station can be similar to other optical power stations before and after the unit such as the main power plant unit The column can be positioned at the same distance from other power plants that are adjacent to it. The water-based solar power plant that forms a matrix structure can be properly positioned on the water surface and can withstand the impact of strong narcissus. 3 1 S3 201211473 [Prior Art] Due to the influence of global warming, the melting of the icebergs in the Arctic and the Arctic and the retreat of the alpine glaciers have intensified, and the rumors that the land has been inundated have been heard. In the early days of the embankment, the people must seek coexistence with nature in a new way of thinking. As the land area shrinks and the population of the earth continues to increase, the supply of land in the future will be tightened. For the human living environment and the production conditions of food, it will pose a serious problem. In order to make full use of the limited land resources, we must first try to transfer the secondary land facilities. The unused space such as sea or river, lake, lake, intertidal zone, etc., to increase the utilization rate of land and expand the living space of human beings. The evil of global warming has been attributed to the increase of carbon emissions by international organizations. 'In order to achieve the established goal of reducing carbon, all countries in the world have done their best to develop a variety of renewable energy sources. The towel is especially popular with the sun. As a result, in recent years, the global solar energy industry has invested in f The price of solar panels has fallen rapidly. The idea that the county thinks that the solar power is a series but not beneficial is 'has a big change now. It is certain that with the continuous improvement of the cost performance of solar panels' Weihui is more valued by the countries of the world. 201211473: The petrochemical power plant. If we vigorously promote the 'potential = dialing effect, make the age of the narrator _ more complex. Therefore, such as the sun (four) series coffee (four) _ _ to the sea or foresee Decrease = reservoir, secret pool, outline area, will be

將太㈣光電廠建置在水面上,辭卜先賴料有先例。且就 技術上而言要讓林太陽能板的特殊結構體漂浮於水面上也 赫難事。但是如果要適切地_轉麟碰在水面上予以 =位使,、在#浮時不致前後左右無方向性的魏漂移卻存在 著相當程度_難’_是在可能發生激流的水域更是一大挑 戰。The Tai (4) photovoltaic power plant was built on the water surface, and there are precedents for the first time. It is also technically difficult to let the special structure of the forest solar panel float on the water. However, if it is necessary to properly _ turn the lining on the surface of the water to make = position, in the # float time, there is no directional directional Wei drift, but there is a considerable degree _ difficult ' _ is in the waters where the rapids may occur is more Big challenge.

傳統的水上浮台最常使㈣定财法是採賴定樁的方式,將 數根經過祕處理的結構鋼管打入水底τ相當的深度,内部灌 入水泥以增加其配重’再依靠浮台兩側所設置的·組使得浮 台可以沿著絲直立_定樁上下滑動,藉㈣到在變動水位 的水域上定位的目的。這種方法如果使用在浮動式水上太陽能 發電廠則會有相當程度的技術障礙。由於市面上販售的太陽能 電池模組為了降低成本大多採取序列串連模式,只要序列串連 201211473 的4人多模組巾有-部分麵,其因此產生的發電功率降低將會 擴及到全部的串連模組,導致整體發電功率的嚴重衰減。而^ 聳於X面_LH g|定樁,正是遮制題的最大可能來源。 除了固疋樁之外,水上太陽能浮台的定位也可以採用如船舶靠 岸時繫_方式。但是為了應儀麵可紐水位升降, 其繫_峨繩必須在平均正常水位時預留相當的長度,否則 • 在水位上升或下降的時候鐵繩將會因過度伸張而有斷裂的顧 慮、°緣是之故’在最高與最低水位之間由於魏不觸實,該 水上太陽月匕浮。會在如後左右一定的距離内四處漂移,有可能 U里4 域上其他水上太陽能浮台,或由於過度靠近以致對其 他水上太陽能浮台產生遮蔭的效應。 【發明内容】 • 鼠’本創作之目的係為解決前述之各項需求及問題,以提供 矛動式水上太陽能發電廠—種既經濟實惠且又安全穩固的定 位方式。 為Ϊ亡述,’、本創作在太陽能發電廠的設計方面係採用「積 少成夕」的模式,首先將為數眾多的小型太陽能浮台以鐵線予 以串接’如同串珍珠項鍊一般使其成為一排「發電廠單元列 再將鏡線兩端m定於水麵辦邊賴絲樁上。如果該水域 位於北半球,則該「發電廠單元列」將呈東西走向,其上方所 承載的太陽能板則面向南方呈一定的傾斜角度。The traditional floating pontoon most often makes the (four) fixed-finance method a method of picking up piles. Several structural steel pipes that have been treated with secret treatment are driven into the depth of the bottom of the water, and the interior is filled with cement to increase its weight. The group set on both sides of the table allows the pontoon to slide up and down along the wire upright _ fixed pile, by (4) to the purpose of positioning on the water level of the changing water level. This approach can have considerable technical barriers if used in floating water solar power plants. Since the solar cell modules sold in the market mostly adopt the serial series connection mode in order to reduce the cost, as long as the sequence of the four-person multi-module towel of the 201211473 series has a partial surface, the power generation power generated thereby will be extended to all. The series of modules leads to a severe attenuation of the overall power generation. And ^ shrug on the X-face _LH g| fixed pile, is the largest possible source of cover problems. In addition to the solid piles, the positioning of the floating solar floating platform can also be used when the ship is on the shore. However, in order to raise and lower the water level of the surface, the _ reins must be reserved for a considerable length at the average normal water level. Otherwise, the iron rope will be broken due to excessive stretching when the water level rises or falls. The reason is that 'between the highest and lowest water levels, because Wei is not touched, the water sun is floating. It will drift around at a certain distance from the rear, and there may be other floating solar pontoons on the U 4 field, or the effect of shading on other water solar pontoons due to excessive proximity. SUMMARY OF THE INVENTION • The purpose of this creation is to address the aforementioned needs and issues to provide a spear-fired solar power plant that is both economical and safe. For the sake of dying, 'this creation is based on the design of solar power plants. The first is to connect a large number of small solar pontoons with iron wires. Become a row of "power plant units and then set the ends of the mirror line to the water surface. If the water is located in the northern hemisphere, the "power plant unit column" will be east-west and carried above it. The solar panels are oriented at a certain angle to the south.

i SJ 6 201211473 將稷數條彼此壬平仃狀態的「發麵單元列」树於水域上之 後’為了防正雜及便於維修的目的,每一「發電廠單元列」 之間必須保持固定的距離,其 — ,、万去疋在平行的「發電廠單元列」i SJ 6 201211473 After the "sender unit column" tree in the horizontal state is in the waters, it must be fixed between each "power plant unit column" for the purpose of preventing miscellaneous and easy maintenance. Distance, its -, and 10,000 are in parallel "Power Plant Units"

:間母©疋距離以「牽引雙線」予以連接,如此只要最北 邊及最南邊的「發電廢單元列」維持南北向的固定位置,在立 之間的其他「發電鱗糊」將會因為「_線」的晕引也 南北方向的固定位置。如此每一「發電鮮元列」雖 …、、仍會在東西方向有—定的漂移距離,南北方向則會維持固定 :位置及彼此之間的間距。對於浮動式太陽能發電廠而言,東 此可距離4奸會對發電辨有任何料利影響因 邊及最北邊的「發電鱗元列」在南北方向的定 γ顧度刪至南北兩側岸邊的基柱時必須在任何的 邊Τ广持相同的長度。為了達到這個目的,北側的岸 H峨賴,祕㈣日跑,豎立於發電廠 =樁娜不會對發電廄有任何影響。至於最南侧 的發電廠早7C列」,其牽w , 、 至南序基桎的纜線則必須採用本 創作所同時開發之「補償式境線配線胃 、 水位的高低調整其镜線的總長度 」2°又β動根據 , L 更其在水平方向永遠維持等 如此就可謂水上搞鱗麵在南柄抑定位。: The distance between the mother and the mother is connected by the "Twisting Double Line". As long as the northernmost and southernmost "Power Generation Waste Units" maintain a fixed position in the north-south direction, the other "power generation scales" between the two will be The "_ line" is also a fixed position in the north-south direction. In this way, each "new generation of power generation" will have a certain drift distance in the east-west direction, and the north-south direction will remain fixed: the position and the distance between each other. For the floating solar power plant, the East can be divided into four sides on both sides of the north and south sides of the north and south sides of the "power generation scale column". The base column of the side must be the same length at any side. In order to achieve this goal, the north side of the shore H 峨, the secret (four) day run, erected in the power plant = Pilena will not have any impact on power generation. As for the southmost power plant, the 7C column, the cable of the south and the south of the base must be adjusted by the creation of the "compensated type of line wiring stomach, water level to adjust the total length of its mirror line. The degree is 2° and the β is based on the movement, L is maintained in the horizontal direction forever, so that it can be said that the scales in the water are positioned in the south handle.

I SJ 201211473 【實施方式】 參考第-圖’其顯示本創作的大體外觀及組成元件。本創作包 括複數個洋動式太陽能光電站100、複數條串接規線㈣、以 及複數條牽引麟300構成一個網狀的結構體。該結構體東西 方向以串接境線200與東西兩側岸邊的基柱_互相連接,並 預留適當的齡長度以應付最高及最低水位時繫騎需的應 有長度。最北側的牽引镜線3!〇則連接到垂直固定樁5〇〇,牵 • 弓丨鐵線310上設有活動套環。固定樁5〇〇上繫有-條與固定樁 相同長度的滑動舰,該滑賴線穿過牽引猶310上的活動 套環使得最北_浮動式太陽能光輯⑽在任何水位時皆 與鼓©定樁轉相_水平轉。在最南綱岸邊設有 複數台補償式缓線配線器_,其透過牵引鐵線320與最南側 的浮動式太陽能光電站100相互連接。 鲁參考第二圖,其顯示補償式纜線配線器6〇〇的具體結構。補償 式纜線配線器600前方設有浮球61〇,該浮球61〇連接到連桿 620,連桿620透過支點630以槓桿原理與滑動塊64〇經過支 點650連結,滑動塊640的另一端設有滑動桿66〇,並使盆套 入基座670上的滑動槽680使得滑動桿66〇可以沿著滑動样 680做前後方向的滑動。 曰 牽引纜線320之一端與最南側之浮動太陽能光電站1〇〇連結 後’另一端穿過浮球610,沿著連桿620、支點63〇、滑動& 640,先繞過滑動桿660後,再繞過支點63〇最後固定於滑動 桿660上,構成一個典型的動滑輪裝置,浮塊61〇因為水位上 201211473 升或下降所產生的槓桿作用將會帶動滑動桿6 典 財⑽運動’ 1^做轉放或 參考f三圖,假設補償式镜線配線器_上的 630氕為兩段分別為621 * 622 ’其長度分別為4a及^點 ^即技長度為紐長度的4倍’並假設滑動塊_ =”距離亦為A。當連桿62G由水平狀態由於水3 以致洋球61G向上提升致使其與水平線呈 = ⑴ 浮動太陽能光電站觸之間的距Θ離將會增加;列^610與 4A - 4Acos( ^ ) = 4A (1 - c〇s( Θ ))........... 移動而脫離原來的定位位置 内角相等’因此連桿後段622在水平方向減少 Α-I SJ 201211473 [Embodiment] Referring to Figure-FIG., it shows the general appearance and constituent elements of the present creation. The creation includes a plurality of ocean-type solar photovoltaic power stations 100, a plurality of series connection wires (four), and a plurality of traction collars 300 to form a mesh structure. The structure is connected in the east-west direction by the tandem line 200 and the base column _ on both sides of the east and west sides, and the length of the appropriate age is reserved to cope with the required length of the ride at the highest and lowest water levels. The northernmost traction mirror line 3!〇 is connected to the vertical fixed pile 5〇〇, and the traction bow line 310 is provided with a movable collar. The fixed pile 5 is attached with a sliding ship of the same length as the fixed pile, and the sliding line passes through the movable collar of the traction jujube 310 so that the most north_floating solar light series (10) are drums at any water level. © Alignment phase _ horizontal rotation. A plurality of compensating slow wire distributors _ are disposed on the southernmost shore, and are connected to the floating solar power station 100 on the southmost side through the traction wires 320. Lu refers to the second figure, which shows the specific structure of the compensating cable distributor 6〇〇. The compensating cable distributor 600 is provided with a floating ball 61 前方 in front, the floating ball 61 〇 is connected to the connecting rod 620 , and the connecting rod 630 is connected to the sliding block 64 〇 through the fulcrum 650 through the fulcrum 630 by a lever principle, and the sliding block 640 is further connected A sliding rod 66 is provided at one end, and the sliding groove 680 of the basin is inserted into the base 670 so that the sliding rod 66 can slide in the front-rear direction along the sliding sample 680. One end of the 曰 traction cable 320 is connected to the floating solar power station 1 最 on the southmost side, and the other end passes through the float 610, along the link 620, the fulcrum 63 〇, the sliding & 640, and the sliding rod 660 is first bypassed. After that, it is further fixed to the sliding rod 660 by bypassing the fulcrum 63〇, and constitutes a typical moving pulley device. The floating block 61〇 will drive the sliding rod 6 (10) movement due to the leverage generated by the 201211473 liter or drop on the water level. 1^ Do the transfer or refer to the f three diagrams, assuming that the 630 上 on the compensated mirror wire aligner is 621 * 622 ′ for the two segments, respectively, and the length is 4a and ^ point ^, the length of the technique is 4 times the length of the button. 'And assume that the sliding block _ =" distance is also A. When the connecting rod 62G is horizontally due to the water 3, the ocean ball 61G is lifted upwards to cause it to be horizontal with the line = (1) The distance between the floating solar power station contacts will increase ; columns ^ 610 and 4A - 4Acos( ^ ) = 4A (1 - c〇s( Θ ))........... move away from the original positioning position with the same angle inside the grounder Reduce the horizontal direction Α-

Acos(0)=A(1~cos(^)) A(1 - cos(0)) 合什支點630與滑動桿660之間的距離將會縮短: 201211473 2XA(1—cos(0)的長度 由於牽引_ 32G在支點㈣與滑動桿_之間總共 次,形同1:2麟輪組,因此牽引鏡線32〇在 ^ 放出的總長度為: 2X2A(1-cos(^) = 4A((1-cos(^)) 此長度與(1)式的域正好烟,綱 600確可維持浮動式太陽能浮請與岸邊=^線" 綜合以上所述’本創作料—種構造簡單,實施料,安全又 可靠的浮賦太陽能光電廠。_本創作已㈣述實施例揭 不’然其亚_以限定本創作之適用範圍。任何孰習海洋工程 ==工程之技藝者,林麟本創叙精神和細内,或可 做各種之㈣絲改。因此 請專利範圍所界定者為準。關當視後附之申 【圖式簡單說明】 件。 弟三圖為補償视線配線器的Ϊ作明。 【主要元件符號說明】 100浮動式太陽能光電站 200串接纜線 _覽線310牵嶋320牵觀線 201211473 400岸邊基柱 500垂直固定樁 600補償式纜線配線器 610浮球620連桿 621連桿前段 622連桿後段 630支點 640滑動塊 650支點 660滑動桿 670基座 680滑動槽Acos(0)=A(1~cos(^)) A(1 - cos(0)) The distance between the fulcrum 630 and the sliding rod 660 will be shortened: 201211473 2XA (1—cos(0) length Since the traction _ 32G is in total between the fulcrum (4) and the sliding rod _, which is the same as the 1:2 lining wheel set, the total length of the traction mirror line 32 〇 is released: 2X2A(1-cos(^) = 4A( (1-cos(^)) This length is exactly the same as the domain of (1), and the class 600 can maintain the floating solar float and the shore = ^ line " , the implementation of materials, safe and reliable floating solar power plant. _ This creation has (4) the description of the example is not 'Ran Qi Ya _ to limit the scope of this creation. Any study of marine engineering == engineering skills, Lin Linben creates a spirit and a fine, or can do all kinds of (4) silk reform. Therefore, please refer to the definition of the scope of patents. The application is attached to the [simplified description]. The third picture is the compensation line of sight. The wiring device is clearly explained. [Main component symbol description] 100 floating solar power station 200 series cable _ line 310 line 320 line of observation line 201211473 400 shore base column 500 vertical fixed pile 600 compensating cable distributor 610 float 620 connecting rod 621 connecting rod front section 622 connecting rod rear section 630 fulcrum 640 sliding block 650 fulcrum 660 sliding rod 670 base 680 sliding groove

Claims (1)

201211473 七、申請專利範圍·· 1. 一種漂浮於水上的太陽能光電廠,包括: 個或個以上的洋動式太陽能光電站,彼此之間經由 接,形成一發電廠單元列; 、見綠串 一個或一個以上的發電廠單元列,彼此之間互相平行。 2.如申請專利範圍第丨項所述之漂浮於水上的太陽能光電廠, • 纟互相平行的發電廠單元列之間係由一條或-條以上的奪倾 線所聯結,且該牵引纜線為可拆卸式。 3.,申請專利範圍第丨項所述之漂浮於水上的太陽能光電廠, 其最北側〔南半球為最南側〕設有一根或一根以上的垂直固定 樁’其上繫有-條或一條以上的垂直鐵線,並使其穿過最北侧 的牽引C線的活動套環以使得最北側的浮動式太陽能光電站在 • 任何水位時皆能與垂直固定樁維持相同的水平距離。 里最&1項所述之漂浮於水上的太陽能光電廠, 線配線器之前方設有浮球,並使該浮球 了匕水面!3J度的變化而升降。 5.如申請專利酬第4項所述之補償式财配線器,其浮球連 接至連桿,連桿經纽連接至滑純,使得浮球上下浮動時該 12 201211473 滑動塊會轉斜晴_前後滑動。 前後兩端 1 叙補償賴雜線11,其滑動槽 2爾點及滑動桿之間繞有—圏或__上的魏,使 ”成為丨.N的動滑輪組’並使該騎輪朗所收藏的缓線因 此可隨㈣的上升或T降對舰做出觀献緊的動作。 7.如申請專利範圍第6項所述之補償式纜線配線器,其動滑輪 組内所收藏的纜線係延伸至浮球處後與最南侧〔南半球為最北 側〕的發電廢單元列連結。201211473 VII. Application for patents·· 1. A solar photovoltaic power plant floating on the water, including: one or more ocean-going solar power stations, connected to each other to form a power plant unit; One or more columns of power plant units are parallel to each other. 2. The solar photovoltaic power plant floating on the water as described in the scope of the patent application, • the power plant unit columns parallel to each other are connected by one or more strips, and the traction cable It is detachable. 3. For the solar photovoltaic power plant floating on the water as described in the scope of the patent application, the northernmost side (the southernmost side of the southern hemisphere) is provided with one or more vertical fixed piles with - or more than one The vertical iron wire passes through the movable collar of the traction C line on the northmost side so that the northernmost floating solar photovoltaic station can maintain the same horizontal distance as the vertical fixed pile at any water level. In the solar photovoltaic power plant floating on the water as described in item 1 above, the floater is placed in front of the wire feeder, and the float is lifted by the water surface! 5. If the compensation type financial wiring device described in claim 4 is attached, the float ball is connected to the connecting rod, and the connecting rod is connected to the sliding pure by the button, so that the 12 201211473 sliding block will turn obliquely when the floating ball floats up and down. _Swipe back and forth. The front and rear ends 1 are compensated for the ray line 11, and the sliding groove 2 and the sliding rod are wound around the 圏 or __, so that the "moving pulley group of 丨.N" and the riding wheel The slow line of the collection can therefore be used to make a tight move with the rise of the (4) or the decrease of the T. 7. The compensation cable distributor as described in claim 6 of the patent application, the cable collected in the movable pulley block After the line is extended to the float, it is connected to the power generation waste unit column on the southernmost side (the southernmost part of the southern hemisphere). 八、圖式: [.S] 13Eight, schema: [.S] 13
TW99129995A 2010-09-06 2010-09-06 Suspension type floating photovoltaic power plant TW201211473A (en)

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN109150069A (en) * 2017-06-28 2019-01-04 天津大学 Mesh-supported floatation type photovoltaic plant
TWI661665B (en) * 2017-08-14 2019-06-01 大陸商長江勘測規劃設計研究有限責任公司 Discrete operation and maintenance channel independent support type surface photovoltaic power generation system and installation method

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN109150069A (en) * 2017-06-28 2019-01-04 天津大学 Mesh-supported floatation type photovoltaic plant
TWI661665B (en) * 2017-08-14 2019-06-01 大陸商長江勘測規劃設計研究有限責任公司 Discrete operation and maintenance channel independent support type surface photovoltaic power generation system and installation method

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