TW574472B - Wind power generating system and its method - Google Patents
Wind power generating system and its method Download PDFInfo
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- TW574472B TW574472B TW92109275A TW92109275A TW574472B TW 574472 B TW574472 B TW 574472B TW 92109275 A TW92109275 A TW 92109275A TW 92109275 A TW92109275 A TW 92109275A TW 574472 B TW574472 B TW 574472B
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- Y—GENERAL 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
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- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
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五、發明說明⑴ 【發明=屬之技術領域】 發電系於一種風力發電系統及其方☆,該風力 管:收縮以集中風之能量來推動能量收二 誘?丨發雷*二祕山ί且利用距離地面越遠氣壓越低之原理 之地區,若二人,流;本發明可大量設於具有風力資源 省,本發明Γ诸、1 /、有一定高度差之山地則建造成本則更 資源及1梃及發電成本較習知為低且適合於多風力 久具有山地之地 刀 L先前技術】 富之地區般f ΐ ΐ所認知的,風力發電適用於風力資源豐 有凰力發雷夕!! ί、德國、美國及中國大陸新疆等地皆設 瓦小時(XTWh)年f ί ί ί風力發電的潛能約為180兆 明重工在爽& _ 9年台涔全年的電力消耗量147 Twh,台 瑚裝詈寮將裝置四座640kw的風力發電廠,另外在澎 衣置四台600kW的風力發電廠。 成正ΐ力發電人的地方,就是發電量跟風速的三次方 氣流旦空氣分子的動能正比於速度的二次方,而空 綸。ί敕夕募又與速度成正比,由此得到三次方正比的結 (風所几-正―一點,風所蘊藏能量的公式可以寫成: 密=職的f 5 ) = (〇· 3 9 3 ) χ (風吹拂時間)χ (空氣 )X (茶片直徑的二次方)χ (平均風速的三次方) 沾处Ξ 論,如果風的速度每秒一公尺時帶有一個單位 二則風速每秒兩公尺時帶有·八 四公尺時帶有64單位的能量,到了每;十公尺時將V. Description of the invention 发明 [Invention = the technical field of the invention] Power generation is based on a wind power generation system and its methods ☆, the wind pipe: shrink to concentrate the energy of the wind to promote energy harvesting?丨 Fei Lei * Ermit Mountain and the area where the pressure is lower as the distance from the ground is lower, if two people flow, the present invention can be installed in a large number of provinces with wind resources, and the present invention has a certain height. Poor mountainous areas have more construction costs and 1%, and the cost of power generation is lower than the conventional one and suitable for multi-winding. It has a mountainous land knife. [Previous technology] As the rich areas know, f ΐ ΐ, wind power generation is suitable for Wind resources are rich and powerful, and thunderstorms are coming !! ί, Germany, the United States, Xinjiang, China and other places have watt-hour (XTWh) years f ί ί The potential of wind power is about 180 trillion. Heavy industry in Shuang & _ 9 The annual power consumption of Taiwan is 147 Twh. Taiwan Hu will install four 640kw wind power plants and install four 600kW wind power plants in Pengyi. The place where Cheng Zhengli is able to generate electricity is the cubic power of the power generation and the wind speed. The kinetic energy of the air molecules is proportional to the quadratic power of the speed, and the air. ί 敕 XIZou is also proportional to the speed, which results in a cubic proportional knot (the number of winds-positive-one point, the formula of the energy contained in the wind can be written as: secret = duty f 5) = (〇 · 3 9 3 ) χ (wind blowing time) χ (air) X (the square of the diameter of the tea piece) χ (the cube of the average wind speed) At the same time, if the speed of the wind is one meter per second, there are two units. When the wind speed is two meters per second, there are 64 units of energy at eight or four meters.
第5頁 574472Page 5 574472
五、 發明說明(2) V 1 0 0 0 單 位的能量。另外 重要的 一 點 ,風 力 發 電 量 還正比於 風 車葉 片直徑的平方, 也就是說, 葉 片 直 徑 30 公尺的風 車 ,其 發電量是直徑3公尺者的1 0 0倍。 若 以 六 級 風,平均 風 速12 公尺/秒,十五層樓高、 旋 轉葉 片 直 徑 45 公尺的中 大 型風 車來估算: 風 所藥 藏的能量流率(功率)二 (0 • 3 9 3 ) X (1 .2 5公斤/公 尺 三次 方)X (2025公尺平方) X 1 7 2 8 公 尺 一一 次 方/秒三 次 方)= =1 7 2 0 0 0 0 公斤 •公尺 平 方 /秒; L次方 = 1 · 72 百 萬 瓦 風 車提取風的動能 ,將這 動 能 轉換 成 電 能 的 百分比, 稱 之為 風車的發電效率 。從能 量 的 觀點 來 看 5 平 均速度每 1 秒 10公 尺的風,在通過 流線型 的 風 車葉 片 之 後 a) 若平均速度降為每秒9 公 尺 ,則 風 的 動 能 減少為原 來 的 0 .9的平方 =0. 81倍, 即 表 示風 動 能 的 ( 1-0.81) 19%為風車所提取所以 ,風車的效率為1 9°/〇 b) 若平均速度降為每秒8 公 尺 ,則 風 的 動 能 將減少為 原 來 0.8的平方 =0. 64倍, 風 車 的效 率 為 (1 -0.64) 3 6% ° c) 若平均速度降為每秒7 公 尺 ,則 風 的 動 能 將減少為 原 來0 .7的平方 =0. 49倍, 風 車 的效 率 為 ( 1 -0.49) — 51% 〇 風 車的效率和葉片 數目、 葉 柵 排數 有 關 9 站 在流體力 學 機翼 及螺槳理論的角 度來看 經 過良 好 流 場 設 計的風車 葉 片, 單排(柵)三葉片 風車的 機 械 效率 估 計 可 達b)項之 第6頁 574472 五、發明說明(3) · 水準,即為36%。 所以,若建造單排三葉片風車之發電系 統,估算每座的發電量 =1.72百萬瓦 * 36% = 0.62 百萬瓦=6 2 0KW。 由於地面之邊界層效應,傳統之風車其高度在60公尺 以上才具有經濟效益,且其葉片長度往往為1 0公尺左右, 在安裝及維修時具有相當之困難度,因此有必要加以改 善。 〜V. Description of the invention (2) Energy of V 1 0 0 0 unit. Another important point is that the amount of wind power is proportional to the square of the diameter of the windmill blades, that is, a windmill with a blade diameter of 30 meters produces 100 times the power of a wind turbine with a diameter of 3 meters. According to the magnitude 6 wind, an average wind speed of 12 m / s, a 15-storey high-rise windmill with a diameter of 45 m, and a large and medium-sized windmill: The energy flow rate (power) of the medicinal reservoir by the wind is two (0 • 3 9 3) X (1.2 5 kg / m3 cubic) X (2025 m square) X 1 7 2 8 m 1 / m3 cubic second) = = 1 7 2 0 0 0 0 kg • m Feet squared / second; L-th power = 1 · 72 million watt windmills extract the kinetic energy of wind, and the percentage of converting this kinetic energy into electrical energy is called the windmill's power generation efficiency. From an energy point of view, 5 winds with an average speed of 10 meters per second after passing through the streamlined windmill blades a) If the average speed drops to 9 meters per second, the kinetic energy of the wind is reduced to the original 0.9 The square is 0.81 times, which means that (1-0.81) 19% of the wind kinetic energy is extracted by the windmill. Therefore, the efficiency of the windmill is 19 ° / 〇b) If the average speed drops to 8 meters per second, the wind's The kinetic energy will be reduced to the original 0.8 square = 0.64 times, and the efficiency of the windmill is (1 -0.64) 3 6% ° c) If the average speed drops to 7 meters per second, the kinetic energy of the wind will be reduced to 0. The square of 7 is 0.49 times, the efficiency of the windmill is (1 -0.49)-51% 〇 The efficiency of the windmill is related to the number of blades and the number of cascade rows. For a windmill blade with a good flow field design, the mechanical efficiency of a single-row (grid) three-blade windmill can be estimated to reach page 6 of item 574472. V. Description of the invention (3) · The level is 36%. Therefore, if a single-row three-blade windmill power system is constructed, the estimated power generation per seat = 1.72 million watts * 36% = 0.62 million watts = 6 2 0KW. Due to the boundary layer effect on the ground, traditional windmills have economic benefits above 60 meters in height, and their blade length is often about 10 meters, which is quite difficult during installation and maintenance, so it is necessary to improve . ~
請參考圖一為習知之利用熱氣流上昇及氣流對流原理 而設計之煙囱式風力發電系統1, 其具有一可隔熱之外牆 1 8,内部設有葉片1 4,其主軸1 6連接發電機1 2,當熱風從 進氣口 10進入後由下往上吹時,即可帶動葉片14旋轉進而 帶動發電機發電;而當空氣升到頂蓋1 1時即向空中四方排 出。 上述之煙囱式風力發電系統1雖然具新之創意較傳統 之風車安裝容易且易於維修,仍然存在著發電量不穩定及 功率較低等實用上之問題,因此有必要研發出一種,易於 安裝及維修且發電量又穩定之風力發電系.統,使得風力發 電成為普遍而廉價的發電方法。Please refer to FIG. 1 for a conventional chimney-type wind power generation system 1 utilizing the principle of hot airflow rise and airflow convection, which has a heat-insulated external wall 18, internally provided with a blade 14, and a main shaft 16 connected When the hot air blows in from the air inlet 10 from the bottom to the top, the generator 12 can rotate the blades 14 to drive the generator to generate electricity. When the air rises to the top cover 11, it is discharged to the air. Although the above-mentioned chimney-type wind power generation system 1 has new ideas, it is easier to install and easier to maintain than traditional windmills. However, there are still practical problems such as unstable power generation and low power. Therefore, it is necessary to develop a type that is easy to install. And maintenance and stable wind power generation system, making wind power a common and cheap power generation method.
但是,風力資源之應用須配合大自然之運行規律,及 物理原理之運用,因為風力不像水力,可以建築水壩來加 以蓄積能量,也不像火力或核能,地點設置較有彈性,因 此必須找出風力資源豐富地點,於該地適當高度之空中設 置能量收納結構,且其安裝較傳統之風車構造方便,而且 維修容易,因此研發出本發明來達成上述之需求。However, the application of wind resources must be matched with the operating laws of nature and the application of physical principles. Wind is not like water power, and it can build dams to accumulate energy. It is not like fire or nuclear energy. A place with abundant wind resources is provided, an energy storage structure is set in the air at an appropriate height of the place, and its installation is more convenient than a traditional windmill structure, and it is easy to maintain. Therefore, the present invention has been developed to meet the above requirements.
第7頁 〜4472 五、發明說明(4) 【發明内容】 , 產生$ ί ί要目的在於,結合習知產品之優點,並且 能,且ί u i思,使得風力發電不但能夠具商業運轉之效 為了達成i凉曰^以提供低成本面品質之風力發電效果。 例關係,以^ί,|本創作將採用物理上流速與面積之比 份吹納之ϋΐ 1 ΐ二f ί置收納機構之風,並且將能量被部 -隼:i岔引到較高之空中排出1此;本發明包含· 第二設置有兩端,④第-端用於風力輸入, 大,以掸W /5,且第一端截面積比第二端之截面積 端,分別^入,之風速;一能量收納構件,設置有兩 之第二端:、查口端與出口端,該入口端與該集風縮管構件 份能量以機ί動;:ΐ:,風縮管構件第二端吹入風之部 之風排出·一 ^形式收納,而出口端則將經過能量收納 端與排風媳ϊ Ϊ引式排風構件,設置有兩端,分別為誘弓I 並且將誘引山“誘引端與該能量收納構件之出口端相連, 係機械 t i專入之’風傳送到該排風端排除;一發電機, 之機械動& i ϊΐ ί收納構件,可將該能量收納構件傳來 係位=電能;其中該誘引式排風構件之排風端 之第一端之高度高出一特定之垂直距離;藉由集 、#、 1構件收納風流並增加風速,以推動能量收納構件, 進而▼動發電機產生電能,達成發電功效。 為了使貴審查委員能更進一步瞭解本創作之特徵及Page 7 ~ 4472 V. Description of the invention (4) [Summary of the invention] The purpose of generating $ ί is to combine the advantages of known products, and can, and ui ui, so that wind power can not only have the effect of commercial operation In order to achieve a cool wind power effect to provide low-cost noodle quality. Example relationship to ^ ί, | This creation will use the ratio of physical velocity and area to absorb the ϋΐ 1 ΐ f 2 f ί set the wind of the storage mechanism, and the energy will be led to the higher- This is included in the air. The present invention includes: The second end is provided with two ends, and the fourth end is used for wind input, which is larger than 掸 W / 5, and the cross-sectional area of the first end is greater than the cross-sectional area of the second end, respectively ^ Wind speed; an energy storage member provided with two second ends: a check end and an outlet end, the inlet end and the air-condensing tube member share energy to move; ΐ :, air-shrink tube The second end of the component is blown into the wind by the wind. It is stored in a ^ form, and the outlet end passes through the energy storage end and the exhaust 媳 ϊ Ϊ induced exhaust component, which is provided with two ends, which are the lure bow I and The lure end of the lure mountain is connected to the outlet end of the energy storage member, and the wind that is exclusively used by the mechanical ti is transmitted to the exhaust end to be removed; a generator, the mechanical movement & i ϊΐ storage member can be used to The position of the energy storage component is equal to the electrical energy. The height of the first end of the exhaust end of the attracting exhaust component is high. A specific vertical distance is set; by collecting the wind current and increasing the wind speed through the set, #, and 1 components, the energy storage component is promoted, and then the generator is used to generate electricity to achieve the power generation effect. In order to allow your reviewers to better understand this creation Characteristics and
574472 五、發明說明(5) 一 技術内各,請參閱以下有 ’ 而所附圖式僅提供參考作之詳細說明與附圖J 限制者。 /、说月用,並非用來對本創作加以 【實施方式】 為將本創作原理做一清 之外觀構造區M2 =白之說日月,應*從本創t 術原理,本創作之原^ ^藝不同之處及其所利用之技 得能量集中且風速加而f t使風經過面積漸縮之管路使 高度之空氣流動區亦炉葬^,能量收納,如此一來在中低 使得能量收納構件之^ 3 At t速與集中空氣能量之原理’ 之風能;除此而外/、因更加方便地接收高速而直接 低,本發明進一+腺〜旦马局度越高之空中其空氣壓力越 引到高空排出。1且s二f T份收納之風以空氣壓力差誘 同架設在一構造物 y明可以將複數個風力收納管路共 大之能量輪出。 ’推動複數個發電系統,以獲得更 請先參考第二圖, 圖^下將說明本發明之;=發電系統構违 風細官構件20之第_ /、運作方式,風首先由# 二端24之戴面積大,=^二,由於第一端22截面積比第 一端24開口為矩形,复^ 3之風速將會增加.,假設第 其面積為2 0 0平方公尺、、=尺且寬度為20公尺,貝, 為1公尺則其面積為3. 14平方W 端24為圓形,其半控 吹入集風縮管構件2〇且 A ’因此當風速為3m/se< 之風速應為3 x 2 0 0 x 6 〇%;ff4tl耗為40%時,第二鴻 公尺/秒,請繼續參574472 V. Description of the invention (5)-Each within the technology, please refer to the following, and the attached drawings only provide detailed descriptions of the reference works and the attached drawings. / 、 Speaking of the moon, is not used to add [implementation methods] to this creation. To make the principle of this creation clear, the structure area M2 = Bai Zhisuo Sun and Moon, should be based on the principle of original creation, the original of this creation ^ ^ The difference between the art and the technology it uses is that the energy is concentrated and the wind speed is increased. Ft allows the wind to pass through the pipe with a decreasing area so that the air flow area of the height is also burned. ^ Energy storage, so that the energy is made at low and medium. ^ 3 At t speed of the storage member and the principle of concentrated air energy 'wind energy; in addition to this, it is directly lower because it is more convenient to receive high speeds. The higher the air pressure is, the more exhausted it is. 1 and s two f T storage winds are induced by the difference in air pressure The same structure is installed on a structure y It is possible to rotate out the energy of a plurality of wind storage pipes in common. 'Promote a number of power generation systems to get more, please refer to the second figure first, Figure ^ will explain the present invention; = The power generation system structure violates the wind official component 20 of the _ /, operation mode, the wind first by # 二 端The wearing area of 24 is large, = ^ 2. Because the cross-sectional area of the first end 22 is rectangular than the opening of the first end 24, the wind speed of complex 3 will increase. Suppose that the area is 200 square meters, = And the width is 20 meters, and the area is 1 meter. Its area is 3.14 square meters. The end 24 is circular. Its semi-control blows into the wind-collection tube member 20 and A '. Therefore, when the wind speed is 3m / The wind speed of se < should be 3 x 2 0 x 6 %; when ff4tl consumption is 40%, the second Hong meter / second, please continue to participate
574472 五、發明說明(6) 考第三圖,當颀 , 片31 ’在此可二;^!件30後’即推動其中之葉 假設空氣密度為u = ^ /曰孚中/述之發電功率計算公式, 一次推動3個葉片,^答_方公尺茱片直徑為1公尺,風 率可由以下概算為:,電效率為36%則此時發電功 公尺x U4公尺/秒x 3片=78工25公斤/平方公尺X 1平方 端ίίί充說明能量收納構件ί〇之構、生 鈿,刀別為入口端2 仵&0之構梃,其設置有兩 管構件20之第二端24 ^ 口 = 34,該入口端32與該集風縮 端24吹入風之部份嫉^將由該集風縮管構件2〇第二 將經過能量收納之^ 1機械動能形式收納,而出口端則 該發電機50係機動能須傳給發電機5。,而 將該能量收納ί: = :納構件30之主軸33,可 其中該變速可:置於該能量收納構件之中, T與4此ϊ收納構件之主 $ t 地與發電機50相連接。 而輸出軸則機械性 誘引二ί量收納之風流入誘引式排風構件40,則由於 與該能量收納構件3〇之出口端以相連,並且具有 到排η ί = 44之低空氣壓牽引,可將誘引端傳入之風傳送 位於1r排除;其中該誘引式排風構件40之棑風端44係 :ί;ίϊΓ::適:高产』空中,且其高度較該集風 構件之弟一鈿之鬲度高出一特定之垂直距離,如高度574472 V. Description of the invention (6) Consider the third picture. When it is 31, film 31 ′ can be used here; ^! After 30 pieces, it is to push the leaves, assuming that the air density is u = ^ / said Fuzhong / described the power generation calculation formula, push 3 blades at a time, ^ answer _ square meter Zhu piece diameter is 1 meter, the wind rate It can be calculated as follows: if the electrical efficiency is 36%, then the power generation meter x U4 meters / second x 3 pieces = 78 workers 25 kg / square meter X 1 square end, which illustrates the structure of the energy storage member. The knife end is the structure of the inlet end 2 仵 & 0, which is provided with the second end 24 of the two pipe members 20 ^ mouth = 34, the inlet end 32 and the wind-shrinking end 24 blow into the wind. Part of the energy will be stored by the wind-shrinking tube member 20, and will be stored by mechanical energy in the form of energy storage, and the generator 50 will be transmitted to the generator 5 at the exit end. And the energy storage ί: =: the main shaft 33 of the receiving member 30, wherein the speed change can be placed in the energy receiving member, T and 4 are connected to the generator 50 and the generator 50 is connected to the generator 50 . The output shaft mechanically induces the wind of the second amount of storage to flow into the induced exhaust member 40. Because it is connected to the outlet end of the energy storage member 30 and has a low air pressure traction to the row η = 44, it can The incoming wind of the attracting end is transmitted at 1r and excluded; wherein the wind end 44 of the attracting exhaust member 40 is: ί; Γ :: suitable: high-yield ”in the air, and its height is higher than that of the brother of the wind collecting member. The height is higher than a certain vertical distance, such as height
第10頁 574472 五、發明說明(7) Η為1 5 0公尺。 ’ 般閥 可進一步 端,利用 為求風向之流動順暢及冷 構件於該集風縮管構件2 〇之筮二机’可設置一導引風向 排列,可以將吹入之風mx:以為平板式之葉片 為防止如颱風等風災時對發^系統 步設置一流量調節構件於該集風縮管構;c進-二因應吹入風量大小調節流量,其功能端,可 二為防止如塵沙等對對發電系統可能之破 设置一離心環構件26於該集風縮管構件2 離心2用使得風中所含之灰塵及雜物去除之弟 明參考第三圖,其中該能量收納構件 —Page 10 574472 V. Description of the invention (7) Η is 150 meters. 'The general valve can be further extended, and the smooth and cold components for obtaining the wind direction are used in the air-condensing tube member 20 of the second machine.' A guide wind direction arrangement can be set, and the blowing wind mx can be regarded as a flat plate type. In order to prevent wind disasters such as typhoons, the blades are provided with a flow adjustment member in the wind-shrinking tube structure; c inlet-second adjusts the flow according to the amount of blowing air, and its functional end can prevent dust and sand. For a possible break of the power generation system, a centrifugal ring member 26 is set on the wind-shrinking tube member 2 and the centrifugal 2 is used to make the dust and debris contained in the wind removed. Refer to the third figure, where the energy storage member—
::H:外殼内,且可以旋轉;複數個葉片,鱼L 請參考第二圖,可進一步設置一人口風二ρ,能。 =納構件3。之…32,用以即時= : = =該 於;弓曰丨風流及維修方便,’可設置一出口風量調節構件38 = ΐ收納構件30之出口端34,並可用以配合該f二8 里5周節構件3 6即時控制出口之風量。 Λ 本發明可再包含一流量控制單元可由電子軟體及硬體 調Γ Μ I以分別控制該入口風量調郎構件36與該出口風量 ^。卩構件38,使得風量在〆預定之範圍内,而發電功率穩 前述之變速齒輪箱6 〇玎設於該能量收納構件3 〇之中, 574472 五、發明說明(8) ^ ------ 立中該變速齒輪箱60具有—认 i與該能量收納構件之一輸出=,且該輸人 軸與該變速齒輪箱之輸出欠為電能,且該發電旋轉 維修:可進-步包含複數個 引式=牛一4°,達之二件3°及誘 果,請參考圖4“使發本明發更明能夠牛達成密集而大量之發電效 進一步包含一建築構件8〇 步之實施例,其中本發明 該集風縮管構件20、複數個$ f ί $構件80上設置複數個 誘引式排風構件40、及jjj::納構件30、複數個該 構件上進,含—= = 收納風能ΐ如4 0到1 〇 〇公尺 a ώ 、 回工 r其,立型能二之空係 以導㈡=;=|:2:及;广排風構件4: 係與高空發電機70係機械性連 =構r由::巧”電,並可工以:; 於該同- i筚構‘ Γ〇里ί :: f ΐ與該獨立能量收納構件設 度J之ίίϊ:使得低高度空中之風能與中、高高 工I之風此可以同時接收,並轉換成電能。 丁 ζ υ ,风γ及集風縮官構件2 〇中得以壓:: H: inside the shell, and can be rotated; multiple blades, fish L Please refer to the second picture, and one more wind and two rho can be set, can. = Nano component 3. ... 32, for real-time =: = = 于 于; bow said 丨 convenient for airflow and maintenance, 'an outlet air volume adjustment member 38 can be set = 出口 the outlet end 34 of the storage member 30, and can be used to match the f 28 The 5th week component 3 6 immediately controls the air volume at the exit. Λ The present invention may further include a flow control unit that can be adjusted by electronic software and hardware to control the inlet air volume adjusting member 36 and the outlet air volume ^. The 卩 member 38 makes the air volume within a 〆 predetermined range, and the power generation power is stable. The aforementioned transmission gear box 6 〇 玎 is set in the energy storage member 3 〇 574472 V. Description of the invention (8) ^ ----- -The transmission gearbox 60 in Lizhong has-recognized that one of the output of the energy storage member =, and the output of the input shaft and the transmission gearbox is less than electrical energy, and the power generation rotation maintenance: can be advanced-including multiple Each lead type = 4 ° for cattle, 3 ° for two pieces, and temptation. Please refer to Figure 4 "Make the hair and hair more clear and able to achieve intensive and large-scale power generation, and further include the implementation of 80 steps for a building component. For example, in the present invention, the wind-collecting tube member 20, a plurality of $ f ί $ members 80 are provided with a plurality of attracting air-exhausting members 40, and jjj :: a receiving member 30, a plurality of such members, including-= = Receiving wind energy, such as 40 to 100 meters, a free sale, rework, and vertical energy system to guide the air system =; = |: 2: and; wide exhaust components 4: system and high altitude The generator 70 is mechanically connected to the structure r by :: qiao ", and can be used to :; in the same-i 筚 结构 'Γ〇 里 ί :: f ΐ and the independent energy J satisfied member disposed degree of ίίϊ: such that the low height of the wind and the air in the high wind this work I can receive simultaneously, and converted into electrical energy. Ding ζ υ, wind γ and wind-shrinking official components 2 0
第12頁 574472 五、發明說明(9) 縮聚集於一小面積 狀況;將風引入該 中’風將部份能量 納構件3 0收納之動 能轉換成為電能; 排風構件40引導到 惟以上所述僅 拘限本創作之專利 内谷所為之等效结 内,以保障創作者 中流 能量 傳輸 能傳 及將 一距 為本 範圍 構變 之權 通使得 收納構 給該能 到該發 部份能 特定垂 創作之 ,故舉 化,均 益,於 風能量聚集程度達到 件3〇 ;於該能量一特定量收納構件30 ·,將今Ϊ = 7 f機50,並且發電機50將動 置^被收納之風經由誘引式 直高度差之空中排出。 較佳可行實施例,非因此即 凡應用本創作說明書及圖式 同理皆包含於本創作之範圍 此陳明。Page 12 574472 V. Description of the invention (9) Condensation is concentrated in a small area; the wind is introduced into the wind; the wind converts some of the energy stored in the member 30 into kinetic energy; the exhaust member 40 is guided to the above. The description only limits the equivalent of the patented inner valley of this creation to protect the creator's mid-range energy transmission ability and the right to transform a distance into the range, so that the storage structure can be assigned to the energy to the energy source. The creation of a specific vertical, therefore, is uniform, and it is beneficial to the degree of wind energy accumulation to reach 30; for a certain amount of energy to store the component 30, let Ϊ = 7 f machine 50, and the generator 50 will be moved ^ The wind that is stored is discharged through the air with a straight height difference. The preferred and feasible embodiment is not so. Any application of this creative description and drawings is included in the scope of this creative.
574472 圖式簡單說明 [ 圖 式 簡 單 說 明 ] 第 一 圖 為 習 知 煙 囪 式 風 力 發 電 系 統 之 截 面 構 造 圖 第 -— 圖 為 本 發 明 風 力 發 電 系 統 構 造 圖 第 二 圖 為 本 發 明 能 量 收 納 構 件 之 一 較 佳 實 施 例 第 四 圖 為 本 發 明 風 力 發 電 系 統 之 另 —一 較 佳 實 施 例 元 件 符 號 說 明 - 煙 囪 式 風 力 發 電 系 統 1 進 氣 π 10 頂 蓋 11 發 電 機 12 葉 片 14 主 軸 16 外 牆 18 集 風 縮 管 構 件 20 第 一 端 22 第 二 端 24 離 心 環 2 6 維 修 孔 28 能 量 收 納 構 件 30 葉 片 31 入 U 端 32 主 軸 33 出 U 端 34 外 殼 35 入 Π 風 量 調 Ar/r 即 構 件 36 出 α 風 量 調 /r/r 即 構 件 38 誘 引 式 排 風 構 件 40 謗 引 端 42 排 風 端 44 發 電 機 50 變 速 齒 輪 箱 6 0 南 度 Η 長 度 L 距 離 D 空 發 電 機 70 獨 立 型 能 量 收 納 構件 72 頂 蓋 76 建 築 構 件 80574472 Brief description of the drawings [Simplified description of the drawings] The first diagram is a cross-sectional structure diagram of a conventional chimney type wind power generation system. The first diagram is the structure diagram of the wind power system of the present invention. The second diagram is one of the energy storage components of the present invention. The fourth figure of the preferred embodiment is another one of the preferred embodiment of the wind power generation system of the present invention. Symbol description of a preferred embodiment-Chimney type wind power generation system 1 Intake pi 10 Inlet cover 11 Generator 12 Blade 14 Spindle 16 Outer wall 18 Wind-shrink Tube member 20 first end 22 second end 24 centrifugal ring 2 6 service hole 28 energy storage member 30 blade 31 into U end 32 main shaft 33 out of U end 34 housing 35 in Π air volume adjustment Ar / r namely component 36 out α air volume adjustment / r / r means component 38 attracting exhaust component 40 44 end 42 end of the exhaust wind power generation unit 50 variable speed gear box 60 Fernando Η length L D distance space independent power generation unit 70 receive energy type member 72 is satisfied that the cover member 76 building 80
第14頁Page 14
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CN113507142A (en) * | 2021-07-12 | 2021-10-15 | 国网浙江省电力有限公司经济技术研究院 | Power quality evaluation system for power grid power supply access point and evaluation control method thereof |
CN113847112A (en) * | 2021-10-28 | 2021-12-28 | 太原理工大学 | Novel device for fully utilizing residual kinetic energy of ventilation air methane and using method thereof |
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CN113507142A (en) * | 2021-07-12 | 2021-10-15 | 国网浙江省电力有限公司经济技术研究院 | Power quality evaluation system for power grid power supply access point and evaluation control method thereof |
CN113847112A (en) * | 2021-10-28 | 2021-12-28 | 太原理工大学 | Novel device for fully utilizing residual kinetic energy of ventilation air methane and using method thereof |
CN113847112B (en) * | 2021-10-28 | 2023-11-10 | 太原理工大学 | Novel device for fully utilizing residual kinetic energy of ventilation air methane and application method thereof |
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