五、新型說明： ’ 【新型所屬之技術領域】 本創作係有關於不辦電與再生能源(renewabie energy)整合之 可移動之裝置。尤指將蓄電池、電力管理、與太陽光電以及/ 或風力發電（以下簡稱風光發電）之技術/裝置整合為可移動 且符合陸海空貨運箱櫃標準尺寸之系統。 【先前技術】 .風光發統、稍電系統（蓄電池組）之技術日益成 習知之應用僅限固定設施。例如、風力發電塔、太陽能發_ 站、風力/太陽能酬路燈等固定地點、基地台組等固定^ 或施设’且裝置無法移動。 【新型内容】 習知的不斷電、太陽光發 ® 寃、風力發電整合系統^ δ又計屬固定系統與半永久之構 ^ &物，幾法隨使用需求g 由移動，也無法機動用於缺電 运地區、災害救難今 臨時用電需求，使其實用價值 ' 本創作提供-種可㈣且 ^ 寸之不斷電、域紐電、以力運祕標^ 风力發電整合系統，包丰 有一主機外殼（罩〕、内部設置 ^ 夏畜電池組、電力管理士 施，以儲存風力、太陽光發電系 〇： 電力來源之電力，提供電力輸出 寻、、'j 3出亚在所有電力來源中屬 年·月 寸提么、不断電之功能，'外部則#恭η + :; 發電組，同時用以？# 力發電組m 载機構，設計為可「風力發電組、太陽光發電組之搭 式所需。’㈣能，以提供發電L多動模 續且供 不斷電、太陽能、風力發電整” 速運送，提供缺，二 空中運輸等方式快 、區電力服務，有效發揮不斷電、太 風力發電整合系統之使用功能。 太 【貫施方式】 ^雜將不斷電、續光發電'風力發合為可移動之夺 '板且’趙賴械構錢域級電裝置 可 以快速收放。 h展置了 、系統運作方式：請參考第〜圖。電力管理系統的將太陽光、 風力發電組，或市電的電力輸人主機内部的蓄電池組儲 存，再由輸出端供給電力負載使用。 系、-先、、-。構與展開：請參考第二圖。系統進行發電工作時， 主機外殼底部腳架向地面伸出以增加穩定性，風力發電組 由承載架舉升以捕捉風力流動、太陽光發電組由承載架向 上方展開以接收光線。 三、系統移動方式：請參考第三圖。系統收合時，底部腳架折 收、風力發電機與承載架降下、太陽光板及承載架向下折 璺，皆與主機外殼平行，以利全系統可以各類運輸載具快 7. 年月， 速移動，圖式為車輛載運。 【圖式簡單說明】 第圖係本系統搭載風力發電機、太陽光板之建構方式與位 置，以及電力管理系統之運作方式。 弟二圖係本_之立體示意圖，主要結構與太陽光、風力發電 組展開之示意圖。 第三圖為本創作另-實施例之示意圖，收合與移動之示意圖。 【主要元件符號說明】 〔習知〕 1-A風力發電機組 太陽光發電板 〔本創作〕 1-1可移動式風力發電、太陽光發電構造與機制簡圖 U可移動式電力管_統整合示意圖（f知為固定式） 2-1系統主機外殼（罩） 2-2可折收式腳架機制 2-3可折收之太陽光板承載架機制 M396871 99.V. New description: ‘ 【New technology field】 This creation department has a mobile device that integrates electricity and renewable energy (renewabie energy). In particular, the integration of batteries, power management, technology and devices for solar photovoltaic and/or wind power generation (hereinafter referred to as wind power generation) into a system that is mobile and conforms to the standard size of land, sea and air freight containers. [Prior Art] The technology of wind power generation and slightly electric system (battery pack) is becoming more and more conventional. The application is limited to fixed facilities. For example, a fixed location such as a wind power tower, a solar power station, a wind/solar street light, a base station group, or the like can be fixed or disposed and the device cannot be moved. [New content] The conventional uninterrupted power, solar light 冤, wind power integration system ^ δ is also a fixed system and semi-permanent structure ^ & object, several methods with the use of g mobile, can not be used In the lack of electricity transportation areas, disaster relief, temporary power demand, so that its practical value 'this creation provides - can be (four) and ^ inch of continuous power, domain new power, to force secrets ^ wind power integration system, package Feng has a host casing (cover), internal settings ^ Xia animal battery pack, power management Shishi, to store wind power, solar power system: power source power, provide power output search, 'j 3 out of all power The source belongs to the year and month, and the function of continuous power, 'external' #恭η + :; power generation group, also used? #力发电组m carrier mechanism, designed to be "wind power generation, solar power generation The combination of the group needs. '(4) Energy, to provide power generation L multi-moving mode and for continuous power, solar energy, wind power generation, speed delivery, provision of shortage, two air transportation, etc. Uninterrupted power, too windy The function of the integrated system. Too [continuous application method] ^ Miscellaneous will continue to power, continue to generate electricity, 'wind power is made into a removable board' and 'Zhao Lai's money-domain electric device can be quickly retracted. h Display, system operation mode: Please refer to the figure ~. The power management system stores the solar energy, the wind power generation group, or the mains power storage unit inside the main battery, and then the output is supplied to the electric load. -First, -. Construction and deployment: Please refer to the second figure. When the system is generating electricity, the bottom of the main unit is extended to the ground to increase stability. The wind power generation group is lifted by the carrier to capture the wind flow and the sun. The optical power generation group is deployed upward from the carrier to receive light. 3. System movement mode: Please refer to the third figure. When the system is folded, the bottom tripod is folded, the wind turbine and the carrier are lowered, the solar panel and the carrier are oriented. The lower folds are parallel to the main engine casing, so that the whole system can transport all kinds of vehicles quickly. 7. Years, speed, and the figure is carried by the vehicle. [Simple diagram] The figure is equipped with this system. The construction method and location of wind turbines and solar panels, and the operation mode of the power management system. The second diagram of the dynasty is a three-dimensional diagram of the main structure and the schematic diagram of the solar and wind power generation groups. - Schematic diagram of the embodiment, schematic diagram of the folding and moving. [Explanation of main component symbols] [Practical] 1-A wind turbine solar photovoltaic panel [this creation] 1-1 movable wind power generation, solar power generation structure Schematic diagram of mechanism and mechanism U-transportable power tube_system integration diagram (f known as fixed type) 2-1 system host shell (cover) 2-2 retractable tripod mechanism 2-3 foldable solar panel bearing Frame mechanism M396871 99.
2-4承載架角度旋轉機制 2 - 5風力發電機承載架伸縮與舉升機制 2-6風力發電機承載架旋轉機制 3-1系統展開實施例示意圖 3-2系統收合實施例示意圖 3 - 3系統移動實施例示意圖2-4 Carrier Angle Rotation Mechanism 2 - 5 Wind Turbine Carrier Telescopic and Lifting Mechanism 2-6 Wind Turbine Carrier Rotation Mechanism 3-1 System Deployment Example 3-2 System Retraction Example 3 - 3 system mobile embodiment diagram
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