M391588 五、新型說明： 【新型所屬之技術領域】 本創作係關於-種儲能式風能發H統，其主要是以 風力作為動力源’將之轉換成機械能帶動空_系統， 將向壓氣體儲存於儲能氣瓶中，待欲用電時，再將儲能氣 瓶内的氣體輸出驅動馬達帶動發電機發電供應所需，並在 *其屢縮氣體及氣體輸出時，可分別產生加墨供熱降壓供冷 _作用，以提供熱水器、電爐、以及冷、暖氣系統所需之熱 能或冷源者。 【先前技術】 按，相較於核能發電、火力發電及水力發電等方式所 存在之安全疑慮及環保問題，風力發電無疑是一種更安全 且不破壞環境之虞的較佳選擇，尤其是因為核能、火力發 電的需求而大量開採石油、燃氣、煤礦等自然資源，不僅 造成自然環境的破壞與地球的暖化效應，更面臨了能源危 參機問題，疋以風能等綠色能源乃逐漸受到重視，成為歐美 專先進國家積極開發研究之標的。 以目前風能發電系統的種類區分’大致可分為獨立型 、混合型、以及併聯型三種類型，略加以介紹說明如下： (1 )獨立型系統（小型風能發電機），請配合參閱 第1圖所示’其主要是將風能轉換成機械能帶動風能發電 機（1 0 )運轉而輸出直流電，經整流器（1 1 )將直流 電轉換成穩定的電壓供應直流負載（1 2)使用，或將直 流電再經由逆變器（1 4)轉換成交流電供應給交流負载 4 M391588 (1 5)使用’或是將之儲存於蓄電池組（⑴備用， 使其在無風時，得以將蓄電池組（13)所儲 經逆變器（14)轉換成交流電，供應交流負載（Η) =而電力’由於其輸出功率受到風速強度與環境因素等影 a ’因此糸統必須設置較大容量的f電池組（丄3)作為 輔助電源以調節風力變化所需。 ⑴混合型系統（中型風能發電機），請配合參閱 所不’其基本上仍是利用風能發電機（2㈡輸出 父、机電，經整流器（21)轉換成穩定的電屋後，直接供 f直流負載（2 2)使用’或是將之儲存於蓄電池組（2 f截或是通過逆變器（24)將之轉換成交流電供應交 机、載（2 5)所需’而與前述獨立型系統不同之處，乃 在於其增設有輔助發電機或太陽能發電等輔助發電裝（2 6)，利用輔助發電裝置（26)所產生的交、直流電， 可透過切換器（27)的切換而直接供應交流負載（25 可將輔助發電裝置（2 6 )所產生的交流電經另 m益（28)轉換成穩定的㈣力而儲存於蓄電池（ 23)傷用，在此—系統中，因為有辅助發電裝置（以 )，所以蓄電池組容量可以減半設計。 _( 3 )併聯型系統（大型風能發電機），請參閱第3 圖所示，是目相力發電Μ耗為敍 中設有切換器（34)作為自動轉換，在钱的情 利用風能發電機（3 〇)輸出交流電，並經整流器⑴ 3 流電’再經逆變器（3 2)轉換成交流 M391588 電供應交流負冑（3 3)使用，而在風小或無風時，則以 :聯之市電網路（3 5 )供電，藉以使電力供應能持續穩 定，也是各系統中唯一可以不使用蓄電池組且能與市電併 網的風能發電系統。 由上述說明，可知在現有的各種風能發電系統甲，除 了併聯型風能發電系統以外、獨立型風能發電系統與混合 型風能發電系統，均需要使用蓄電池組儲存電能，以作為M391588 V. New description: 【New technology field】 This creation is about the kind of energy storage wind energy generation system, which mainly uses wind power as the power source to convert it into mechanical energy to drive the air system. The pressurized gas is stored in the energy storage gas cylinder. When the electricity is to be used, the gas output driving motor in the energy storage cylinder drives the generator to generate power supply, and when the gas is reduced, the gas can be separately output. The ink is supplied to provide heat and pressure to the water heater, the electric furnace, and the heat or cold source required for the cooling and heating system. [Previous technology] According to the safety concerns and environmental protection problems in nuclear power generation, thermal power generation and hydropower generation, wind power generation is undoubtedly a better choice for safer and not damaging the environment, especially because of nuclear energy. The large-scale exploitation of natural resources such as oil, gas, coal mines, etc., not only causes the destruction of the natural environment and the warming effect of the earth, but also faces the problem of energy crisis, and the green energy such as wind energy is gradually receiving Pay attention to it and become the target of active research and development in advanced countries in Europe and America. According to the current types of wind power generation systems, they can be divided into three types: independent type, hybrid type, and parallel type. The descriptions are as follows: (1) Stand-alone system (small wind energy generator), please refer to Figure 1 shows that it mainly converts wind energy into mechanical energy to drive the wind energy generator (10) to operate and output direct current. The rectifier (1 1) converts the direct current into a stable voltage supply DC load (1 2). Use, or convert DC power to AC power via inverter (1 4) to AC load 4 M391588 (1 5) Use 'or store it in battery pack ((1) Standby so that it can be used when there is no wind The inverter (14) stored in the group (13) is converted into an alternating current, and the alternating current load (Η) is supplied. = the power 'because its output power is affected by the wind speed intensity and environmental factors, so the system must set a larger capacity. f Battery pack (丄3) is used as an auxiliary power source to regulate the wind power change. (1) Hybrid type system (medium-type wind energy generator), please refer to the reference. It is still basically using wind energy generator (2 (2) output , electromechanical, after the rectifier (21) is converted into a stable electric house, directly for the f DC load (2 2) use 'or store it in the battery pack (2 f cut or through the inverter (24) The difference between the conversion to the AC supply and the load (25) is different from the above-mentioned stand-alone system, in that it is supplemented with an auxiliary generator or solar power generation auxiliary power generator (26), using the auxiliary power generation device. (26) The generated AC and DC power can be directly supplied to the AC load through the switching of the switch (27) (25 can convert the AC power generated by the auxiliary power generating device (2 6 ) into another stable (28) (4) The force is stored in the battery (23) for injury. In this system, the battery pack capacity can be halved because of the auxiliary power generation device. _( 3 ) Parallel system (large wind energy generator) , please refer to the figure 3, which is the power consumption of the phase power supply for the switch (34) as the automatic conversion, in the case of money using the wind energy generator (3 〇) output AC, and through the rectifier (1) 3 The current is converted to the AC M3 by the inverter (3 2) 91588 electricity supply exchange 胄 (3 3) use, and when the wind is small or no wind, it is powered by: Lianzhi City Grid Road (3 5), so that the power supply can be continuously stable, and the only system in the system can not be used. The battery pack and the wind power generation system that can be connected to the mains. From the above description, it can be seen that in the existing various wind power generation systems A, in addition to the parallel type wind power generation system, the independent wind power generation system and the hybrid wind power generation system The system needs to use the battery pack to store electrical energy as a
=助電源，俾得調節風力變化導致發電不穩定時之供電所 需，一般而言，風能發電機的輸出效率約在2〇%〜4〇 %之間，而受限於蓄電池組的使用壽命因素，其儲能的效 率會逐日下降’同時也會造成風力發電效率逐日降低，所 以必須在一定限期内汰換蓄電池組，如此一來，勢將衍生 畜電池組的汰換成本與費用，相對地將增加風能發電的成 本、且廢棄蓄電池也會對環境造成二次污染，尚難真正達 到綠色能源的目標。 … 再者，此類風能發電系統因係仰賴風作為動力，故只 有在風速到達—定值（約3〜4m/s)以上，才能進ς 發電’、而-旦風迷高於—定值（2 Qm/S)以上，則可 月成風此發電機燒燦，換言之，即現有的風能發電系統 須褐限在-絲圍内的風速下運作，風速過小將無法 發a @風速過大則可能造成設僙的毁損 ，誠為其實際運 作上所亟待解決、突破之重要課題。 T' 【新型内容】 有μ於現有風#發電系統所存在之風速侷 限及蓄電池 M391588 組的沃換問題，創作乂 4古# h ^ ， 特者手進行研發，經構思與多次的 ，即I主^日進而研創出本創作之儲能式風能發電系統 動發電機進在於捨棄習知風能轉換成機械能直接擎 掣控空氣-I系：模式’而改以風能轉換為機械能 儲、μ壓讀儲存於難氣瓶巾，再利用 储此風瓶輸出氣體帶動發雷 的供雷w心”機進订發電供應交、直流負裁 :電模式，俾能免除f電池組的使用’有效解決其汰換 費用及街生之環保門B§ ^ + 低及$ ^風速的運用上將可不受最 孝及^風速_，使其能有效地利减，達極佳之產 業經濟效益與實用價值者。 ^作之^-目_在於經由其風能_為 縮系㈣縮空氣，再利用氣壓驅動發電機發電的 式’使其在空氣壓縮機將氣體加塵儲存於儲能氣瓶 Γ仲以形成加塵供熱作用，藉以提供電熱水器、電爐或 至内喊系統使用，據此得以減省用電量，達極佳之 經濟效益者。 戸' /作之又—目的係在於經由其風能轉換為機械能傳 ^氣壓縮系統壓縮空氣，再利用氣壓驅動發電機發電的 作杈式，使其在儲能氣瓶的氣體輸出驅動發電機時，得 :形成降壓供冷作用，藉以提供冷氣機或室内空調系統使 ，俾得以減癌帛電量，達極佳之實用經濟效益者。 【實施方式】 有關於本創作之功能架構、技術手段及功效達成方面 ，謹配合圖式再予舉例進一步具體說明於后： 7 M39l588 請參閱第4圖之系統方塊示意圖、第5圖备 U Μ ^乐既結構 簡示圖及第6圖之系統配置示意圖，係為本創作之較佳實 施例·，如圖所示，本創作在設計上，主要設有一風能機（ 40)、一壓縮機（41)、一儲能器（42)、以及一 發電機（4 3 )所組成，並在該壓縮機（4 1 )可外接力 壓供熱系統（44)，而在儲能器（42)及發電機（4° 、3)則可外接降屋供冷系統（4 5)，另外該發電機（4 • 3 )所產生的電力可直接供應直流負載（46)及交流 載（4 7 )，其中： & ' 該風能機（40) ’係用以將風能轉換為機械能的農 置，其可為採水平或垂直型態組列之多數葉片（4 〇 1 ) (时所示係為垂直組態）所構成，其轉轴（未標號）得 直接或間接傳動屋縮機（41)，藉以將氣體加愿儲存於 儲月匕器（4 2 )内，而為取得良好的風能效果，該風能機 (4〇)可採__定高度以上的設置，以取得較佳的受風環 马自動變量之壓縮機 風能機（4 0 )的餹鲇斛制如 、’ "^ 自動Mir· 社小而得以 調U縮效率，亦即無論風速大小，均得以擎動該= Auxiliary power supply, which is required to regulate the power supply when the wind power is unstable. Generally, the output efficiency of the wind power generator is between 2〇% and 4〇%, which is limited by the use of the battery pack. The life factor, the efficiency of its energy storage will decrease day by day. At the same time, the efficiency of wind power generation will decrease day by day. Therefore, it is necessary to replace the battery pack within a certain period of time. As a result, the cost and cost of the derivative battery pack will be replaced. Relatively, it will increase the cost of wind power generation, and waste batteries will also cause secondary pollution to the environment. It is still difficult to truly achieve the goal of green energy. ... Moreover, such wind power generation systems rely on the wind as the power, so only when the wind speed reaches - the fixed value (about 3 ~ 4m / s) or more, can enter the power generation, and the wind fan is higher than - If the value is above (2 Qm/S), the generator can be burned in the wind. In other words, the existing wind power generation system must be operated under the wind speed in the silk fence. If the wind speed is too small, it will not be able to send a @wind speed. If it is too large, it may cause damage to the installation. It is an important issue that needs to be solved and broken through in its actual operation. T' [New content] There is a wind speed limitation of the existing wind # power generation system and the problem of the replacement of the battery M391588 group. The creation of 乂4古# h ^, the special hand research and development, after conception and multiple times, that is I main day and then research and create the creation of the energy storage wind power generation system, the dynamic generator is to abandon the custom wind energy into mechanical energy directly control the air -I system: mode 'and change to wind energy to mechanical Can store, μ pressure read and store in the difficult gas bottle towel, and then use the wind pump to output the gas to drive the thunder of the thunder and w heart" machine to order power generation supply, DC negative cut: electric mode, can be exempted f battery pack The use of 'effectively solve its replacement costs and street health environmental protection door B§ ^ + low and $ ^ wind speed application will be free from the most filial and ^ wind speed _, so that it can effectively reduce, to achieve an excellent industrial economy Benefits and practical value. ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ The gas cylinder is used to form a dusting and heating function to provide an electric water heater. The use of electric stoves or shouting systems can reduce the amount of electricity used and achieve excellent economic benefits. 戸 ' / / - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - Then, the air pressure is used to drive the generator to generate electricity, so that when the gas output of the energy storage cylinder drives the generator, it is necessary to form a pressure reduction cooling function, thereby providing an air conditioner or an indoor air conditioning system, thereby reducing Cancer power consumption, excellent practical economic benefits. [Embodiment] Regarding the functional structure, technical means and efficacy of this creation, we will further elaborate on the following examples with the schema: 7 M39l588 See the 4 is a schematic diagram of the system block diagram, FIG. 5 is a schematic diagram of the structure of the system, and a schematic diagram of the system configuration of the sixth diagram is a preferred embodiment of the creation. As shown in the figure, the creation is in design. Mainly comprising a wind energy machine (40), a compressor (41), an energy storage device (42), and a generator (43), and the external pressure is applied to the compressor (4 1 ) Heating system (44), while in energy storage The generator (42) and the generator (4°, 3) can be connected to the downwelling cooling system (4 5). In addition, the power generated by the generator (4 • 3) can directly supply the DC load (46) and the AC load. (4 7 ), where: & 'The wind energy machine (40) ' is used to convert wind energy into mechanical energy, which can be used for horizontal or vertical types of most of the blades (4 〇 1 ) (shown as a vertical configuration), the shaft (not labeled) can be directly or indirectly driven by the house reducer (41), so that the gas is stored in the lunar device (4 2 ). In order to achieve good wind energy effect, the wind energy machine (4〇) can adopt the setting above __ fixed height to obtain the better compressor wind energy machine (40) with the automatic variable of the wind ring horse.鲇斛制如, ' "^ Automatic Mir· Society is able to adjust the U-reduction efficiency, that is, regardless of the wind speed, it is possible to move the
=(4!)將氣體加愿儲存於儲能器； 外加儲能器（4 2 1 ) ( 4 2 2 )内； U 該儲能器，^r、a + ( 4 2)，可視需要作預定容量設製（其型. 體了格配風能機的牟离讯虫 )，亦亦& 糸同叹且而求而作預定高度之衽型設計 亦可外加數個高屡氣 ^風瓶（4 2 1 ) 、（ 4 2 2)連結 M391588 構成所需儲存量，利用該儲能器（4 2)的柱型高戶 一併作為風能機（4 0 )的架高設置 门又 該發電機（43) ’包括一氣動馬達（4 交流發電馬達（429、 ^. , E , 能卷"”仏 4 3 1 )係受儲 ° 2)輸出的氣壓所驅動，再由該氣動馬達（ 1)傳動交流發電馬達（4 3 2 )進行發電，因其=(4!) Store the gas in the accumulator; add the accumulator (4 2 1 ) ( 4 2 2 ); U the accumulator, ^r, a + ( 4 2), as needed The pre-determined capacity is set up (its type. The body is equipped with a wind-powered machine.) It is also a sigh of sigh and the desired height can be added to the design of the height. The bottle (4 2 1 ) and ( 4 2 2) are connected to the M391588 to form the required storage capacity, and the column type high household using the energy storage device (42) is used as the height setting door of the wind energy machine (40). The generator (43) 'includes a pneumatic motor (4 AC generator motor (429, ^., E, energy roll " 仏 4 3 1 ) is driven by the air pressure of the output 2), and then the pneumatic Motor (1) transmission AC generator motor (4 3 2) for power generation due to its
2)冑出的氣體作為動力來源’而非以風力直接 象電’所以電力的輸出穩^，其產生的交流電可直接 供應交流負載（47)，或經轉換後供應直流負载（46 該加壓供熱系統（44)，可為具冷熱交換功能之教 水儲存筒，其内部置設有液能/空能轉換器（441)， 其係連接於前述之I缩機（41)，藉以配合屋縮機（4 1 )轉換為氣㈣存於前述儲能器（4 2 )内，在其液能 /空能轉換器（4 4 1 )之氣體出口溫度可達8 0〜1 8 〇°C ’此-高溫熱能乃得加以接引運用而取代太陽能或一 般熱水器及室内暖氣系統； 該降壓供冷系統（45)，可為具冷熱交換功能的冰 水儲存筒’係直接配管連接於前述储能器（42)與發電2) The extracted gas is used as the power source 'instead of the wind directly as the electricity', so the output of the power is stable, and the generated alternating current can be directly supplied to the AC load (47), or converted to supply the DC load (46). The heating system (44) can be a teaching water storage cylinder with a cold heat exchange function, and a liquid energy/air energy converter (441) is disposed inside, and is connected to the aforementioned I reducer (41) to cooperate with The house contractor (4 1 ) is converted into gas (4) and stored in the aforementioned energy storage device (4 2 ), and the gas outlet temperature of the liquid energy/vacant energy converter (4 4 1 ) can reach 80 to 18 〇 C 'this - high temperature heat energy has to be used instead of solar energy or general water heaters and indoor heating systems; the pressure reduction cooling system (45) can be used for direct cooling of ice water storage tanks with cold and heat exchange function Connected to the aforementioned energy storage device (42) and generated
機（4 3 )之間’藉以在儲能器（4 2 )的輸出氣體降壓 驅動發電機（43)時，其出口溫度可達—4()〜—6Q C ’此-低溫冷源加以接引運用於冷氣機或室内空調系統 據此’經由上揭功能架構組成之本創作風能發電系統 9 M391588 運用於-般住宅時，乃得視用電量或其季節風向的差異， 於其適當位置製設-組或一組以上之風能機（4〇)及壓 縮機（41}，並將之分別連加於高壓供熱系統（44) 之液能/空能轉換器（44D ，藉以將氣體加壓儲存於 儲能器（4 2)内，其儲能器（42)的數目可視實際需 求而增減，再將儲能器（42)與發電機（43)連結， 如此構成完整之系統迴路，當有風時（無論風速高低）， 乃得利用風能驅動風能機（4〇)而將之轉換為機械能， 藉以驅動壓縮機（41)配合液能/空能轉㈣（441 )將液壓轉換為氣壓而儲存於預設的儲能器（Ο)内， 待欲使用電力時，再將儲能器（42)的氣壓降壓輸“ 驅動發電機（43)運轉，進而產生電力供應各種電器所 需，，達到預期的風能發電功能，且在其將液壓轉換為氣壓 的過程中’乃付產生加壓供熱作用，以因應熱水器、電爐 或室内暖氣系統、溫水游泳池、三溫暖所需的熱能，而在 其氣屋降壓輸出時，則可產生降壓供冷作用，以供應冷氣 機或室内空調所需，如此一來，不但得以達到利用風能發 電之經濟效益外，更因其過程t兼具了製熱及製冷的功能 a，可供f諸如熱水器、電爐、冷氣機及室内冷、暖氣系統 等耗包里較大的電器使用，從而可相對節省其用電量，達 發電及㈣雙效合-之產業經濟效益與實用償值者； 歸納本創作之儲能式風能發電系統之性能，乃且有以 下競爭優勢： (1 )沒有最低風逮限制，所以微風也可以難用來 M391588 發電； (2)不使用蓄電池，所以沒有蓄電池效率降低及汰 換儲能配件造成的成本及二次污染問題； ☆ ( 3 )風力充；i的情況下，其製熱能力得以取代太陽 能熱水氣、電爐或室内暖氣系統； (4)只要儲能器有氣，其製冷能力就能持續為室内 提供冷氣； (5 )可輕易提昇其儲能容量’不會有f電池壽命問 題而造成發電成本增加； (6) 採用氣體驅動馬達帶動發電機發電，電壓電流 穩定； (7) 能隨用電量自動調整發電負載，不浪費儲 能源； (8 )提昇儲能容量簡單，所以發電時間幾乎沒有限 制； “ （9 )不使用畜I池儲能，所u沒有高溫或低溫導致 蓄電池效率降低問題； (10)因為沒有最低風速限制，所以架設選址幾乎沒 有風速風向問題； ▲總結以上說明，可知本創作在利用風能進行發電的設 。十上’乃捨棄習知直接驅動發電機進行發電的設計，而是 文=將風肊轉換為機械能掣動壓縮機配合液能空能轉換器 將氣體加壓儲存於儲能器的高壓氣瓶内，再經由高壓氣瓶 内之氣體褕出驅動馬達帶動發電機運轉，達到預期的發電 M391588 功能，且其所產生的電壓及電流穩定，可直接供應交、直 " 、，』·、用且在其儲能及發電過程中，得以分別產生製 熱及製Γ的能力，使其兼具有供應熱水器、冷氣機或室内 冷暖氣系統所需冷、熱源的能力’進一步降低其用電量 ’達發I及卽能雙效合_之產業經濟效益與實用價值，整 體 $不失為一優異、突出之創新設計，羞依法提出 - 專利申請。Between the machine (4 3 ), when the output gas of the accumulator (4 2 ) is stepped down to drive the generator (43), the outlet temperature can reach -4 () ~ - 6Q C 'this - low temperature cold source According to the application of the air-conditioning system of the air-conditioner or the indoor air-conditioning system, the M391588, which is composed of the above-mentioned functional structure, is used in a general-purpose house, depending on the difference in electricity consumption or its seasonal wind direction. Properly set up a group or group of wind energy generators (4〇) and compressors (41}, and add them to the liquid/air energy converter (44D, respectively) of the high-pressure heating system (44). The gas is stored in the accumulator (42) under pressure, and the number of accumulators (42) can be increased or decreased according to actual needs, and then the accumulator (42) is coupled with the generator (43), thus forming A complete system loop, when there is wind (regardless of wind speed), it is necessary to use wind energy to drive the wind energy machine (4〇) and convert it into mechanical energy, so as to drive the compressor (41) to match the liquid energy/air energy transfer. (4) (441) The hydraulic pressure is converted into air pressure and stored in a preset energy storage device (Ο). When the power is to be used, the energy storage is performed. (42) The air pressure step-down transmission "drives the generator (43) to operate, which in turn generates electricity to supply various electrical appliances, achieves the expected wind power generation function, and in the process of converting hydraulic pressure into air pressure, Pressurized heating, in response to the water heater, electric furnace or indoor heating system, warm water swimming pool, the heat energy required for the warmth, and when the gas house is stepped down, it can generate the pressure-reducing cooling effect to supply the air-conditioner. Or indoor air conditioning needs, in this way, not only can achieve the economic benefits of using wind energy to generate electricity, but also because the process t has both heating and cooling functions, such as water heaters, electric furnaces, air conditioners and indoors. Cold, heating systems and other large electrical appliances used in the package, so that they can relatively save their electricity consumption, reach power generation and (4) double-effects - the industrial economic benefits and practical compensation; The performance of the power generation system has the following competitive advantages: (1) There is no minimum wind catch limit, so the breeze can also be difficult to use for M391588 power generation; (2) No battery is used, so there is no battery efficiency reduction. Replace the cost and secondary pollution caused by energy storage accessories; ☆ (3) Wind charging; in the case of i, its heating capacity can replace solar hot water, electric furnace or indoor heating system; (4) as long as the energy storage device With gas, its cooling capacity can continue to provide indoor air-conditioning; (5) can easily increase its energy storage capacity 'does not have the problem of battery life and increase power generation costs; (6) use gas-driven motor to drive generators to generate electricity, The voltage and current are stable; (7) The power generation load can be automatically adjusted according to the power consumption, and the energy storage is not wasted; (8) The energy storage capacity is improved, so the power generation time is almost unlimited; “(9) The energy storage of the animal I pool is not used. There is no high temperature or low temperature, which causes the battery efficiency to be reduced. (10) Because there is no minimum wind speed limit, there is almost no wind speed and wind direction problem in the erection site selection. ▲ In summary, the above description shows that the creation uses wind energy for power generation. Shishang 'is abandoning the design of directly driving the generator to generate electricity, but the text = converting the wind into a mechanical energy, the compressor is combined with the liquid energy energy converter to store the gas in the high pressure gas of the accumulator. In the bottle, the gas is driven out by the gas in the high-pressure gas cylinder to drive the generator to operate, and the expected power generation M391588 function is achieved, and the voltage and current generated by the generator are stable, and can be directly supplied to the intersection, and the direct, "," And in its energy storage and power generation process, it can separately generate the ability to heat and cook, so that it has the ability to supply the cold and heat sources needed for water heaters, air conditioners or indoor air-conditioning systems to further reduce its electricity consumption. The economic benefits and practical value of the quantity of 'Dafa I and 卽 双 double effect _, the overall $ is an excellent, outstanding innovation design, shame to propose - patent application.
【圖式簡單說明】 第1圖：係習知獨立型風能發電系統之系統方塊示意圖。 第2圖：係、習知混合型風能發電系統之系統方塊示意圖。 第3圖：係習知併聯型風能發電系統之系統方塊示意圖。 第4圖：係本創作風能發電製冷製熱㈣之純方塊示意 圖。 第5圖：係本創作風能發電製冷製熱系統之系統結構簡示 圖。 第6圖··係本創作風能發電製冷製熱系統之㈣配置示意 圖。 (1 1 )整流器 (1 3 )蓄電池組 (1 5 )交流負載 (2 1 )整流器 (2 3 )蓄電池組 (2 5 )交流負載 【主要元件符號說明】 (1 〇)風能發電機 (1 2)直流負載 (1 4)逆變器 (2 〇)風能發電機 (2 2)直流負載 (2 4)逆變器 12 M391588 (26)輔助發電裝置 (2 7 )切換器 (2 8 )整流器 (3 0 )風能發電機 (31)整流器 (3 2 )逆變器 (3 3 )交流負載 (3 4)切換器 (3 5 )市電網路 (4 0 )風能機 (4 0 1 )葉片 (4 1 )壓縮機 (4 2 )儲能器 (4 2 1 )高壓氣瓶 (4 2 2 )高壓氣瓶 (4 3 )發電機 (4 3 1 )氣動馬達 (4 3 2 )交流發電馬達 (4 4 )加壓供熱系統 (4 4 1 )液能/空能轉換器 (4 5 )降壓供冷系統 (4 7 )交流.負載 (4 6 )直流負載 13[Simple description of the diagram] Fig. 1 is a block diagram of a system of a conventional independent wind power generation system. Figure 2: Schematic diagram of the system of the conventional hybrid wind power generation system. Figure 3: Schematic diagram of a system block of a conventional parallel wind power generation system. Figure 4: This is a pure block diagram of the wind power generation cooling and heating (4). Figure 5: A simplified diagram of the system structure of the wind power generation cooling and heating system. Fig. 6 is a schematic diagram of the configuration of the wind power generation cooling and heating system. (1 1) Rectifier (1 3 ) Battery pack (1 5 ) AC load (2 1 ) Rectifier (2 3 ) Battery pack (2 5 ) AC load [Main component symbol description] (1 〇) Wind energy generator (1 2) DC load (1 4) Inverter (2 〇) Wind energy generator (2 2) DC load (2 4) Inverter 12 M391588 (26) Auxiliary power generator (2 7 ) Switcher (2 8 ) Rectifier (3 0) Wind Energy Generator (31) Rectifier (3 2 ) Inverter (3 3 ) AC Load (3 4) Switcher (3 5 ) City Grid Road (40) Wind Energy Machine (4 0 1 ) Blade (4 1 ) Compressor (4 2 ) Accumulator (4 2 1 ) High pressure gas cylinder (4 2 2 ) High pressure gas cylinder (4 3 ) Generator (4 3 1 ) Air motor (4 3 2 ) AC Generator motor (4 4 ) pressurized heating system (4 4 1 ) liquid energy / air energy converter (4 5 ) step-down cooling system (4 7 ) AC. Load (4 6 ) DC load 13