1303508 九、發明說明： 【發明所屬之技術領域】 本發明係有關一種儲能裝置以及其租賃管理系統與方 法，尤其是指一種利用無線通訊裝置與再生能源、蓄電模 組進行整合形成之儲能裝置，透過營業所提供顧客租貧之 服務，再藉由營運中心接收該儲能裝置所傳回之資訊以進 行資料之識別追溯、營運管理、緊急程序之判斷與供電順 序控制、以及生命週期管理（如：供電狀況、殘留電力以及 部件之生產、管理、回收、再利用、廢棄之履歷），此外營 運中心也可以掌握消耗電力與供電元素之褚給，使該儲能 裝置發保持最佳供電狀態之一種整合再生能源、儲電與無 線通訊之儲能裝置以及其租賃管理系統與方法。 【先前技術】 由於環境的變遷以及科技的進步，現代人的生活起居 與電能的使用早已密不可分，而現今生活的環境中幾乎與 市電環環相扣，由市電供應人類生活之所需。然後在某些 特殊之場合，市電並無法順利之供應，而會影響到人類的 生活樂趣甚至是安全。 而市電無法供應的情況大概有下列幾種狀況：一、在 大型建築物中，如醫院、工廠、政府機關、百貨公司等類 之境中，可能會因為市電之中斷（地震、火災或者是異常斷 電），而造成人員生面安全的疑慮或者是影響工作之進行。 二、在夜市的攤販、行動餐飲業者（行動咖啡、快餐車等）、 ⑹號麵案之麵書修正） 价声日修正替— 戶外大型活動（演唱會、廟會）的狀況，這些場合往往需要 使用大量之電力。三、休閒旅遊用電，在登山、露營時需 要用電。四、電動車輛，在講求環保的時代，電動車也逐 漸的普及。五、電動器具，如電動手工具、機器人等，在 特定環境下操作時，接引市電並不容易。 上述這些情形，列舉出市電難以供應的情況，雖然習 用技術中多以柴油發電機來取代，然而柴油發電機具有噪 音以及油煙之缺點。此外，現行之發電機多為使用者自行 I 購買，管理以及維修極度不方便，如果能夠透過專屬之租 賃公司對於租賃之儲電裝置進行管理維護，使用者只要付 款使用即可，如此可以解決使用者對於維修管理不便的困 擾。 此外，習用技術多屬單一發電機而已，或者是單一電 池而已，其中單一發電機除了具有前述之缺點外，並無蓄 電之功能，如果有突發狀況或者是發電機損壞，即無法使 用。而單一電池則無發電之功能，因此使用時效有限，使 •用完畢之後還要進行充電相當不方便。 而習用技藝中，如美國專利6,166.515所揭露的技術 係為蓄電池結合太陽能板之裝置，整體裝置並無無線通訊 之能力以及無線識別標籤對於蓄電池之狀態進行記錄，進 而提供給中控中心進行管理。 在習用之電源系統之管理技術，多為人為管理模式， 當緊急狀況發生時，不但無法連續且即時的反應現況，當 分散式電源系統分佈數量過廣或數量過大時，大量的資訊 月//曰修正替換頁 i3〇3m!_™谋之_修正) 透過人為的管理與通訊，不但沒有效率，更常因錯失緊急 應變之黃金時間造成無法彌補傷害。除此之外，倘若電源 系統屬於需定時補充發電之重要元素者，更無法有效且即 時的供應所需之重要元素，如燃料電池發電系統之氫氣、 水、醇類、液化石油氣（LPG)、天然氣等重要元素，以及生 質能發電之酵素、微生物、菌類、有機物以及各式催化劑。 綜合上述情形，因此亟需一種整合再生能源、儲電與 無線通訊裝置之儲能裝置以及其租賃管理系統與方法來解 決習用技藝所造成之問題。 【發明内容】 本發明的主要目的是提供一種整合再生能源、儲電與 無線通訊之儲能裝置以及其租賃管理系統與方法，其係提 供整合再生能源、蓄電池模組之一儲能裝置，達到整合發 電、蓄電以及供電於一體之目的。 本發明的次要目的是提供一種整合再生能源、儲電與 無線通訊之儲能裝置以及其租賃管理系統與方法，顧客可 以攜帶一辨識裝置、具身分識別之NFC手機或ID卡片至營 業所進行儲能裝置之租借以及歸還程序，然後營業所會將 租借或者是歸還之訊息回報給營運中心，達到提供電子化 租賃服務之目的。 本發明的另一目的是提供一種整合再生能源、儲電與 無線通訊之儲能裝置以及其租賃管理系統與方法，其係以 營運中心接收由分租於各地之儲能裝置所回報的即時的現 8 1303508 場資訊，以作為後勤補給(如··判斷供應發電之重要元素補 給量以及補給次數以及頻率）、維修、保養、校正、部件生 命週期管理以及資源回收再利用的逆物流程序之重要依 據，達到確保儲能裝置之安全性與可靠度之目的。 本發明的又一目的是提供一種整合再生能源、儲電與 無線通訊之儲能裝置以及其租賃管理系統與方法，營運中 心監控分租出去之儲能裝置狀態，並於突發狀況發生時， 進4亍供電緊急程序之判斷與供電順序控制或者是報請消防 或者疋醫療單位進行狀況處置，達到應付突發或危險狀況 提昇安全的目的。 為了達到上述之目的，本發明提供一種儲能裝置，电 括：-再生能源裝置，其係可將產生之電力蓄積於具有』 少一第一無線識別標籤之一蓄電池模組内；以及一電力, ，植’其係具有一無線讀寫器以及—第二無線麵 力管理模組可藉由該無線讀寫器讀取該第一無髮 識^戴之貧訊以寫入至該第二無線識別標籤内以記錄索 畜電池核組之狀_，進而監控該蓄電池模組之電力消耗^ 及使用情況而藉由-無線通訊裝置傳輸至監控中心。 置=22再生能源裝置係可選擇為太陽能發電莱 f、if f燃料電池、生f能發電裝置、人工鸯 力、熱能以及前述之任意組合其中之一。 輕較鱗軌裝置财鄉為無線射頻識別 藍牙通訊以及紅外線通訊其中之—。緣務（㈣） 較佳的是’該蓄電池模組更包括有至少一感測裝置。 13035 (素號II 094145793號專利案之說明書修正) 淡,"日修正替換頁 其中該感測裝置係可選擇為一壓力感測器、一溫度感測 器、一電池液位偵測器、一電壓感測器、一濃度感測器或 者是前述之任意組合其中之一。 較佳的是，該再生能源裝置更包括有一發電元素感測 器，該發電元素感測器係可選擇感測燃料電池所使用之氫 氣、水、醇類、液化石油氣（LPG)、天然氣及其組成之其中 之一。如果為生質能發電時，則該發電元素感測器係可選 擇感測生質能發電之酵素、微生物、菌類、有機物、各式 •催化劑以其組成其中之一。 為了達到上述之目的，本發明更提供一種儲能裝置之 租賃管理系統，包括無線識別標籤記錄儲值金額、顧客身 分以及租賃記錄；至少一區域伺服器，設置於租賃之營業 所内，該區域伺服器可讀取該辨識裝置之内容以進行顧客 身分確認以及交易扣款之動作；一主伺服器，其係與該區 域伺服器連接，可接收該區域伺服器所回報之資訊；以及 一儲存倉庫，其係設置於該營業所内，該儲存倉庫内存放 • 有複數個儲能裝置，以供租借使用，該儲能裝置更包括有 一無線通訊裝置；一再生能源裝置，其係可將產生之電力 蓄積於具有至少一第一無線識別標籤之一蓄電池模組内； 以及一電力管理模組，其係具有一無線讀寫器以及一第二 無線識別標籤，該電力管理模組可藉由該無線讀寫器讀取 該第一無線識別標籤之資訊以寫入至該第二無線識別標籤 内以記錄該蓄電池模組之狀態，進而監控該蓄電池模組之 電力消耗以及使用情況而藉由該無線通訊裝置傳輸至該主 伺服器以及該區域伺服器其中之一。 I3〇3m 094Μ5793號專利案之說明書修正） — 較佳的是，該區域伺服器更連 I~――一"· 終端機設置有一無線讀寫器以讀取以/一終端機，該 内容。 5取以及變更該辨識裝置之 較佳的是，該儲存倉座呈 Λ Titiif F ^ ，、有一自動倉儲管理系統。 為了達到上述之目的，本發 賃管理方法，包括有下列步驟 ^仏一種儲能裝置租 置至營業所藉由-區域伺服器選:客：帶-辨:裝 儲能裝置。然後，碟認顧客之身：。^序以及租賃- 程序確認儲能裝置之狀態。顧客取j下來，進行一檢查 程序後，該區域祠服器將資气並〜儲能裝置完成租賃 貝汛亚回報給一主伺服哭。 較佳的是，該顧客可藉由與該 、冬端機進行該選擇程序。 服时相連接之一 較佳的是，該選擇程序更句扭 該終端機選擇進行租借程序；^列步驟：顧客透過 袓借# ^ w t 3 及顧各透過該終端機選擇 1曰W式儲能來置或者是非攜帶式儲能裝置。 較佳的是，該儲能裝置租赁管 ^ 讀區域飼服器對靖柄二其係更包括有 能筆是1 更包括有下列步驟：確認該儲 讀j修保ii:，如果有異常則進行-維修程序， 能；二伺服器會儲能裝置提供給顧客；判斷該儲 4,發電元足’如果不充足則進行補充，·以 診儲乂咸儲能装θ %置之無線識別標籤内容，以判斷 電置之電如果不充足的話，則進行充 今亥雒枚疋δ亥區威〃女σσ㈢崦擇新的儲能裝置提供給顧客。 心知程序更#有下歹·!步驟：對該儲能裝置進行維修分 .1303508 群作業；以及判斷是否需要後送維修，如果不需要的話則 進行現場祕，如果f要的關進行—魏祕。該後送 =序更包括有下列步％:該後送程序可根據分群作業之結 =㈣儲能裝置送^進行再线源維修歸之再生能源 養之維2養之蓄電池礙以及無線設備維修保 養之無線设備薇分別進行維修以及保養。 較佳的*，雜㈣置_㈣方法， 包 一運輸安裝之步驟。其中該運輸安舉 ’、’、 至顧客指定之祕並進行安裝確認將儲能裝置運送 較佳的是，儲能裝置租賃管理方生 儲能裝置發送4急狀況之訊息至心’其係更包括有該 伺服器收到訊息之後根據狀況通知消二^。然後’该主 前往進行處理。繼通知保險公司前^ 較佳的是，儲能裝置租賃管理方本 仃处。 儲能裝置發送-緊急狀況之訊息至^，錢更包括有該 伺服器收到該緊急狀況時根據切斷然後’該主 電線路；以及調度該儲能裝置之供认犯裝置不必要之耗 供電順序。其中該至少-電器裝置：至少-電器裝置之 (如:各式馬達、《、閥)、照明裝置係可選擇為動力裝置 安全閘門、通訊系統、安全監控裝：、號誌、空調裝置、 其中之一。 、夏以及前述之任意組合 李乂佳的是，該主伺服器可根據 傳运之資tfl進行顧客身分與消f 由該區域伺服器所 狀況分析、儲能裝置維修保養政況^析、儲能裝置使用 及救援與緊急程序判斷分析之管理:/、定期消費憑證以 貝吼，以提供管理者進 1303508 行管理。 為了達到上述之目的，本發明更提供一種儲能裝置租 理方法’包括有下列步驟：顧客攜帶一辨識裝置以及 租賃之儲能裝置至營業所藉由一區域伺服器進行一選擇程 ^ 確涊顧客之身分；進行一檢查程序確認儲能裝置之狀 悲’以及完成歸還程序，該區域伺服器回報給一主伺服器。 較佳的是，該顧客可藉由與該區域伺服器相連接之一 終端機進行該選擇程序。 較佳的是，該選擇程序更包括有下列步驟：顧客選擇 進行歸還程序；以及顧客選擇歸還攜帶式儲能裝置或者是 非攜帶式儲能裝置。 心較佳的是，該檢查程序更包括有下列步驟：確認該儲 能裝置之維修保養狀態.，如果有異常則進行一維修程序； 判斷該儲能裝置之發電元素是否充足，如果不充足則進行 補充；讀取該儲能裝置内所設置之無線識別標籤， 判斷該儲能裝置之電力是否充足，如果不充足的話，則進 行充電，以及全部確認完畢之後，如果無問題則送入至一 儲存倉庫進行放置。其中，該維修程序更包括有下列步驟： 對該儲能裝置進行維修分群作業；以及判澌是否需要後送 維修’如果*需要的關進行現場祕，如果需要的話^ 進行一後送程序。另外，該後送程序更包括有下列步驟 该後送程序可根據分群作業之結果將該儲能裝置送至可進 行再生能源維修保養之再生能源廠、蓄電池模組維終保養 之蓄電池廠以及無線設備維修保養之無線設備廠分別進 維修以及保養。 ,1303508 - 較佳的是，儲能裝置租賃管理方法，其係更包括有該 區域伺服器對該辨識裝置進行扣點之動作。 【實施方式】 為使貴審查委員能對本發明之特徵、目的及功能有 更進一步的認知與瞭解，下文特將本發明之系統的相關細 部結構以及設計的理念原由進行說明，以使得審查委員可 以了解本發明之特點，詳細說明陳述如下： 請參閱圖一 A以及圖一 B所示，其中圓一 A係為本發 明之儲能裝置較佳實施例方塊示意圖；圖一 B係為本發明 之儲能裝置較佳實施例示意圖。該儲能裝置1包括有一無 線通訊裝置13、一再生能源裝置11、一蓄電池模組12以 及一電力管理模組10。該再生能源裝置11，其係可將產生 之電力蓄積於具有至少一第一無線識別標籤之一蓄電池模 組12内。在本實施例中，該再生能源裝覃11可為一太陽 能發電裝置、一風力發電裝置、一燃料電池或者是生質能 發電裝置等，但不在此限，例如··人力發電或者是熱能發 電皆可。該再生能源裝置11更包括有一發電元素感測器， 以偵測發電元素之狀態而回報給該電力管理模組10。該發 電元素包含燃料電池所使用之氳氣、水、醇類、液化石油 氣（LPG)、天然氣等重要元素，以及生質能發電之酵素、微 生物、菌類、有機物以及各式催化劑。 該蓄電池模組12係由至少一蓄電池單元120組合而 成，以蓄積由該再生能源裝置11產生之電力，作為獨立供 電以應用在市電無法供應電力之場合或者是緊急突發之備 14 ‘1303508 - 用電力使用。該蓄電池單元120上更設置有一感測裝置121 以及一第一無線識別標籤122。該電池單元120可以蓄積 " 由談再生能源裝置所產生之電力。該感測裝置121係可感 : 測該電池單元12 0之狀態，如溫度、壓力、電壓、發電元 素是否充足或者是電池液狀態等。該感測裝置121可以選 擇為一壓力感測器、一溫度感測器、一電池液位偵測器、 一電壓感測器、一濃度感測器以及前述各感測器之組合其 中之一。該感測裝置121以及該第一無線識別標籤122透 • 過電磁波設計與材料技術之導入減少金屬與水分等干擾而 封裝在該電池單元120上。該第一無線識別標籤122具有 代表各電池單元120之唯一識別碼且可以儲存紀錄該感測 裝置121所感測之資訊。該蓄電池模組12之結構可以參照 群組型主從電池模組結構之技術，其係揭露於中國民國專 利申請號094131981 —案中，在此不作贅述。 該電力管理模組10，其係具有一無線讀寫器101以及 一第二無線識別標籤102，該電力管理模組10可藉由該無 ⑩ 線讀寫器101讀取該第一無線識別標籤122之資訊以寫入 至該第二無線識別標籤102内以記錄該蓄電池模組12之狀 態。該第二無線識別標籤102以及無線讀寫器101係透過 電磁波設計與材料技術之導入減少金屬與水分等干擾。該 電力管理模組10可監控該蓄電池模組12之電力消耗以及 使用情況與該再生能源裝置11之發電狀態而藉由該無線 通訊裝置13傳輸至監控中心。該無線通訊裝置13係可選 擇為無線射頻識別通訊、全球定位通訊（GPS)、整合封包無 線電服務（GPRS)、藍牙通訊以及紅外線通訊其中之一。 15 bosses 用 ^儲犯裝置1可作為下列幾種用途’其一為作為緊急 八電使用’例如醫院、政府機關、工廠、社區大樓、百貨 二司、大賣場、主題樂園、銀髮社區以及重大不可斷電之 A共場所作為緊急用電之用，但不在此限。其二為，行動 ^電之用，例如夜市攤販、行動式餐飲業者（行動咖啡、快 、車、早餐車等）、戶外大型活動、演唱會、廟會等場合， 仁不在此限以作為行動用電之方便簡易、無排煙、無噪音 丨 =犯裝置。其二為作為電動車輛供電之用，例如提供電 動代步車、電動機車、電動自行車、電動遊園車、電動高 夫球車、電動起重機、電動無人搬運車使用。其四、供 休閒旅遊用電，例如提供登山、露營、郊遊或者是個人使 用之用。最後，該儲能裝置也可做為電動器具之供電用， 例如提供電動手工具、電動機器人所需要之電力。 ^明麥閱圖二所示’該圖係為本發明之儲能裝置袓賃管 里系統不意圖。本發明提供一租賃管理系統2建構於一無 網，内20 ’包括至少一辨識裝置23、至少一區域飼服器 2 主飼服态21以及一儲存倉庫221與維修廠222。該 & ^辨識裝置23，其係以一無線識別標籤記錄儲值金 頜/顧客身分以及租賃記錄，顧客90可利用金融機構對該 辨識農置進行加值的動作。該至少一區域伺服器22，設置 =且賃之營業所内’該區域舰器22可藉由一無線讀寫器 223=取該辨識裝置23之内容以崎顧客身分確認以及交 扣秋之動作’為了方便作業該區域伺服器更連接有至少 一終端機’該終端機設置有-無線讀寫器以讀取以及變更 该辨識褒置之内容。該主似器21，其係與該區域伺服器 161303508 IX. Description of the Invention: [Technical Field] The present invention relates to an energy storage device and a rental management system and method thereof, and more particularly to an energy storage formed by integrating a wireless communication device with a renewable energy source and a power storage module. The device provides customers with the service of renting poverty through the business office, and then receives the information returned by the energy storage device through the operation center for identification and traceability of data, operation management, judgment of emergency procedures and power supply sequence control, and life cycle management. (eg, power supply status, residual power, and the history of production, management, recycling, reuse, and disposal of components). In addition, the operation center can also grasp the power consumption and power supply elements, so that the energy storage device can maintain optimal power supply. State of the art is an energy storage device that integrates renewable energy, electricity storage and wireless communication, and its rental management system and method. [Prior Art] Due to the changes in the environment and the advancement of technology, the daily life of modern people and the use of electric energy have long been inseparable. In today's living environment, it is almost interlocked with the mains, and the city's electricity supply is needed for human life. Then, in some special occasions, the utility power cannot be supplied smoothly, but it will affect the fun and even safety of human life. However, there are several situations in which the mains supply cannot be supplied: 1. In large buildings, such as hospitals, factories, government agencies, department stores, etc., there may be interruptions in utility power (earthquakes, fires, or abnormalities). Power outages, and the doubts that cause the safety of the person's face is affecting the work. Second, in the night market vendors, mobile food and beverage operators (mobile coffee, food trucks, etc.), (6) face-to-face corrections) Price corrections for the day - the status of outdoor large-scale events (concerts, temple fairs), these occasions often need Use a lot of electricity. Third, leisure travel electricity, in mountaineering, camping need to use electricity. Fourth, electric vehicles, in the era of environmental protection, electric vehicles are gradually becoming more popular. 5. Electric appliances, such as electric hand tools and robots, are not easy to pick up the mains when operating in a specific environment. In these cases, the situation where the utility power is difficult to supply is listed. Although the conventional technology is mostly replaced by a diesel generator, the diesel generator has the disadvantages of noise and soot. In addition, the current generators are mostly purchased by users, and management and maintenance are extremely inconvenient. If the rental equipment can be managed and maintained by the exclusive rental company, the user can simply use the payment, so that the solution can be solved. People are troubled by the inconvenience of maintenance management. In addition, the conventional technology is mostly a single generator, or a single battery. The single generator has no storage function except the above-mentioned shortcomings. If there is an emergency or the generator is damaged, it cannot be used. The single battery has no power generation function, so the use time is limited, so it is quite inconvenient to charge after use. In the conventional technique, the technology disclosed in U.S. Patent No. 6,166,515 is a battery-incorporated solar panel device. The overall device has no wireless communication capability and the wireless identification tag records the state of the battery, and is then provided to the central control center for management. The management technology of the power system used in the past is mostly the artificial management mode. When an emergency occurs, it is not only unable to continuously and immediately react to the current situation. When the distributed power system is distributed too much or the quantity is too large, a large amount of information month/ /曰 Correction replacement page i3〇3m!_TM zhizhi_correction) Through human management and communication, not only is it inefficient, but it is often caused by the golden time of missing emergency response. In addition, if the power system is an important element that needs to be replenished at a fixed time, it is impossible to supply the important elements required effectively, such as hydrogen, water, alcohol, and liquefied petroleum gas (LPG) in the fuel cell power generation system. Important elements such as natural gas, as well as enzymes, microorganisms, fungi, organic matter and various catalysts for biomass power generation. In light of the above, there is a need for an energy storage device that integrates renewable energy, storage and wireless communication devices, and its rental management system and method to solve the problems caused by conventional techniques. SUMMARY OF THE INVENTION The main object of the present invention is to provide an energy storage device integrating renewable energy, electricity storage and wireless communication, and a rental management system and method thereof, which provide an energy storage device integrating integrated renewable energy and battery modules. Integrate power generation, storage and power supply. A secondary object of the present invention is to provide an energy storage device integrating renewable energy, electricity storage and wireless communication, and a rental management system and method thereof, which can carry an identification device, an NFC mobile phone with ID identification or an ID card to a sales office. The rental and return procedures of the energy storage device, and then the business office will report the rental or return information to the operation center for the purpose of providing electronic rental services. Another object of the present invention is to provide an energy storage device integrating renewable energy, electricity storage and wireless communication, and a rental management system and method thereof, which are operated by an operation center to receive instant returns reported by energy storage devices rented in various places. Now 8 1303508 field information, as the logistics replenishment (such as · judging the supply of important elements of power generation and the number of replenishment times and frequency), maintenance, maintenance, calibration, component life cycle management and the reverse logistics process of resource recycling and reuse According to the purpose of ensuring the safety and reliability of the energy storage device. Another object of the present invention is to provide an energy storage device integrating renewable energy, electricity storage and wireless communication, and a rental management system and method thereof, and the operation center monitors the state of the energy storage device that is rented out, and when an emergency occurs, The judgment of the emergency procedure of the power supply and the power supply sequence control or the reporting of the fire or the medical unit to handle the situation to achieve the purpose of meeting the sudden or dangerous situation to improve safety. In order to achieve the above object, the present invention provides an energy storage device comprising: a regenerative energy device, wherein the generated electric power is accumulated in a battery module having one of the first wireless identification tags; and an electric power , the plant has a wireless reader and the second wireless power management module can read the first undetected message by the wireless reader to write to the second The wireless identification tag records the battery pack of the battery, and monitors the power consumption and usage of the battery module to be transmitted to the monitoring center via the wireless communication device. The set=22 regenerative energy device may be selected from the group consisting of a solar power generation f, an if f fuel cell, a raw energy generating device, artificial force, thermal energy, and any combination of the foregoing. Lighter than the scaly rail device Caixiang is the radio frequency identification Bluetooth communication and infrared communication among them. The edge ((4)) is preferably that the battery module further includes at least one sensing device. 13035 (amendment of the specification of Patent No. 094145793) light, "Day correction replacement page, wherein the sensing device can be selected as a pressure sensor, a temperature sensor, a battery level detector, A voltage sensor, a concentration sensor, or any combination of the foregoing. Preferably, the regenerative energy device further includes a power generation element sensor, wherein the power generation element sensor is selectable to sense hydrogen, water, alcohol, liquefied petroleum gas (LPG), natural gas, and the like used in the fuel cell. One of its components. In the case of biomass power generation, the power generation element sensor may be selected from the group consisting of enzymes, microorganisms, fungi, organic matter, and various catalysts that are capable of generating biomass energy. In order to achieve the above object, the present invention further provides a rental management system for an energy storage device, comprising: a wireless identification tag to record a stored value, a customer identity, and a rental record; at least one regional server is disposed in a rental business office, the regional servo The device can read the content of the identification device for customer identity confirmation and transaction deduction; a main server is connected to the regional server to receive information reported by the regional server; and a storage warehouse It is installed in the business office, and is stored in the storage warehouse. • There are a plurality of energy storage devices for renting, the energy storage device further includes a wireless communication device; and a renewable energy device, which is capable of generating electricity And accumulating in a battery module having at least one first wireless identification tag; and a power management module having a wireless reader and a second wireless identification tag, wherein the power management module can be powered by the wireless The reader reads the information of the first wireless identification tag to write into the second wireless identification tag to record The state of the battery module, and thus to monitor the power consumption and the use of the battery module of the host server and one of the region and wherein the server communication by the wireless device to transmit. Amendment to the specification of the I3〇3m 094Μ5793 patent) — Preferably, the area server is connected to the I~-一" terminal to provide a wireless reader to read / / a terminal, the content . Preferably, the storage bin is Λ Titiif F ^ and has an automatic warehouse management system. In order to achieve the above objectives, the present rental management method includes the following steps: 仏 an energy storage device is rented to a business office by a regional server selection: guest: tape-distribution: energy storage device. Then, the disc recognizes the customer's body: ^ Sequence and lease - The program confirms the status of the energy storage device. After the customer takes the j down and conducts an inspection procedure, the area server will charge the gas and the energy storage device completes the rental. Preferably, the customer can perform the selection process with the winter end machine. Preferably, the selection procedure is to block the terminal to select a rental program; the column step: the customer selects 1 曰W through the terminal by using #^wt 3 Can be placed or non-portable energy storage devices. Preferably, the energy storage device rental tube ^ reading area feeding device for the Jing handle two series further includes an energy pen is 1 further comprising the following steps: confirming the storage reading j repair ii:, if there is an abnormality The maintenance-maintenance program can; the second server will provide the energy storage device to the customer; judge the storage 4, the power generation unit is 'replenished if not enough, and the wireless identification tag is set to be stored in the storage and storage capacity. If the content is not sufficient, the new energy storage device for the 疋 亥 疋 疋 亥 疋 疋 疋 ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( The mind knows the program more #有有·! Steps: Perform maintenance on the energy storage device. 1303508 group operation; and judge whether it is necessary to send the repair, if not, then carry out the secret, if the f is necessary to carry out - Wei secret. The post-delivery order includes the following steps: % of the post-delivery program can be based on the conclusion of the grouping operation = (4) the energy storage device is sent to the re-line source to repair the regenerative energy to maintain the maintenance of the battery and wireless equipment maintenance The maintenance of the wireless device Wei is repaired and maintained separately. The preferred *, hetero (four) set _ (four) method, package a transport installation step. Among them, the transportation security, ',' to the customer's secret and to confirm the installation of the energy storage device is better, the energy storage device rental management side energy storage device sends a message of 4 emergency status to the heart of the system Including the server to receive the message and then notify the user according to the status. Then the owner goes to the process. It is better to notify the insurance company before the management of the energy storage device. The energy storage device sends a message to the emergency situation to ^, and the money further includes that the server receives the emergency condition according to the disconnection and then the main electrical line; and the power supply device that dispatches the energy storage device is unnecessary to consume power. order. Wherein the at least - electrical device: at least - electrical device (such as: various types of motors, ", valves", lighting devices can be selected as power plant safety gates, communication systems, safety monitoring equipment:, number, air conditioning, among them one. , Xia and any combination of the above, Li Weijia, the main server can be based on the transport of tfl to carry out the customer identity and eliminate the situation of the server in the area, the energy storage device maintenance and management, energy storage device Management of use and rescue and emergency procedures judgment analysis: /, regular consumption certificate to be used to provide management to 1303508 line management. In order to achieve the above object, the present invention further provides a method for renting an energy storage device, which comprises the following steps: the customer carries an identification device and the stored energy storage device to the business office, and a selection process is performed by a regional server. The identity of the customer; an inspection procedure to confirm the sorrow of the energy storage device and the completion of the return procedure, the regional server returns to a master server. Preferably, the customer can perform the selection process by a terminal connected to the area server. Preferably, the selection procedure further comprises the steps of: the customer selecting to perform the return procedure; and the customer selecting to return the portable energy storage device or the non-portable energy storage device. Preferably, the inspection program further comprises the steps of: confirming the maintenance status of the energy storage device. If there is an abnormality, performing a maintenance procedure; determining whether the power generation element of the energy storage device is sufficient, if not enough Complementing; reading the wireless identification tag set in the energy storage device, determining whether the power of the energy storage device is sufficient, if not enough, charging, and after all the confirmation is completed, if there is no problem, then sending to one Store the warehouse for placement. Among them, the maintenance procedure further includes the following steps: performing maintenance and grouping operations on the energy storage device; and judging whether it is necessary to send the maintenance service. If the required level is to be performed on the site, if necessary, a post-send procedure is performed. In addition, the back-up procedure further includes the following steps: the post-sending program can send the energy storage device to a renewable energy plant capable of performing renewable energy maintenance and maintenance, a battery factory for maintenance of the battery module, and a wireless device according to the result of the group operation. The wireless equipment factory for equipment maintenance and repair is separately repaired and maintained. 1,303,508 - Preferably, the energy storage device rental management method further includes the regional server performing the action of deciding the identification device. [Embodiment] In order to enable the reviewing committee to have a further understanding and understanding of the features, objects and functions of the present invention, the detailed structure of the system of the present invention and the concept of the design are explained below so that the reviewing committee can The detailed description of the present invention is as follows: Please refer to FIG. 1A and FIG. 1B, wherein the circle A is a block diagram of a preferred embodiment of the energy storage device of the present invention; FIG. A schematic diagram of a preferred embodiment of an energy storage device. The energy storage device 1 includes a wireless communication device 13, a renewable energy device 11, a battery module 12, and a power management module 10. The regenerative energy device 11 is configured to accumulate generated electric power in a battery module 12 having at least one first wireless identification tag. In this embodiment, the regenerative energy device 11 can be a solar power generation device, a wind power generation device, a fuel cell, or a biomass power generation device, but not limited thereto, for example, human power generation or thermal power generation. Can be. The regenerative energy device 11 further includes a power generating element sensor for reporting the state of the power generating element and reporting to the power management module 10. The power generation element includes helium, water, alcohol, liquefied petroleum gas (LPG), natural gas and other important elements used in fuel cells, as well as enzymes, microorganisms, fungi, organic matter and various catalysts for biomass power generation. The battery module 12 is formed by combining at least one battery unit 120 to accumulate the electric power generated by the regenerative energy device 11 as an independent power supply for application where the utility power cannot supply power or an emergency emergency device 14 '1303508 - Use with electricity. The battery unit 120 is further provided with a sensing device 121 and a first wireless identification tag 122. The battery unit 120 can accumulate " power generated by the renewable energy device. The sensing device 121 senses the state of the battery unit 120, such as temperature, pressure, voltage, whether the power generation element is sufficient, or the battery liquid state. The sensing device 121 can be selected as a pressure sensor, a temperature sensor, a battery level detector, a voltage sensor, a concentration sensor, and a combination of the foregoing sensors. . The sensing device 121 and the first wireless identification tag 122 are encapsulated on the battery unit 120 by the introduction of electromagnetic wave design and material technology to reduce interference with metal and moisture. The first wireless identification tag 122 has a unique identification code representing each battery unit 120 and can store information recorded by the sensing device 121. The structure of the battery module 12 can be referred to the structure of the group-type master-slave battery module structure, which is disclosed in the Chinese Patent Application No. 094131981, which is not described herein. The power management module 10 has a wireless reader/writer 101 and a second wireless identification tag 102. The power management module 10 can read the first wireless identification tag by the 10-wire reader/writer 101. The information of 122 is written into the second wireless identification tag 102 to record the state of the battery module 12. The second wireless identification tag 102 and the wireless reader/writer 101 reduce interference between metal and moisture through the introduction of electromagnetic wave design and material technology. The power management module 10 can monitor the power consumption and usage of the battery module 12 and the power generation status of the regenerative energy device 11 to be transmitted to the monitoring center by the wireless communication device 13. The wireless communication device 13 can be selected as one of radio frequency identification communication, global positioning communication (GPS), integrated packet radio service (GPRS), Bluetooth communication, and infrared communication. 15 bosses can be used as the following kinds of applications: 'The first one is used as emergency eight electricity', such as hospitals, government agencies, factories, community buildings, department stores, hypermarkets, theme parks, silver-haired communities, and major non- A site of power outage is used for emergency power, but not limited to this. The second is the use of electricity, such as night market vendors, mobile catering operators (mobile coffee, fast, cars, breakfast cars, etc.), outdoor large-scale events, concerts, temple fairs, etc. The convenience of electricity is simple, no smoke exhaust, no noise 丨 = device. The second is to provide power for electric vehicles, such as electric scooters, electric motors, electric bicycles, electric amusement parks, electric golf carts, electric cranes, and electric unmanned vehicles. Fourth, for leisure travel, such as providing hiking, camping, outings or personal use. Finally, the energy storage device can also be used as a power source for the electric appliance, for example, to provide electric hand tools and electric power required by the electric robot. ^Ming Mai is shown in Figure 2. This figure is not intended for the system of the energy storage device of the present invention. The present invention provides a rental management system 2 constructed in a network, the interior 20' including at least one identification device 23, at least one regional feeder 2 main feeding state 21, and a storage warehouse 221 and a repair shop 222. The & ^ identification device 23 records the stored value of the jaw/customer identity and the rental record with a wireless identification tag, and the customer 90 can use the financial institution to perform an action of adding value to the identified farm. The at least one area server 22 is located in the sales office of the area=the area ship 22 can be confirmed by the wireless reader/writer 223=the content of the identification device 23 as the customer identity and the action of the autumn Convenient operation The area server is further connected with at least one terminal set. The terminal is provided with a wireless reader to read and change the contents of the identification device. The main device 21 is connected to the area server 16
D⑽094145793號專利案之說明書修正：） ’产’月"日疹正替換I 22連接，可接收該區域伺服器22所回報之資訊。在本實 施例中，該辨識裝置23係可選擇為一儲值卡、具身分識別 之NFC手機以及辨識卡片其中之一。 該儲存倉庫221與維修廠222，其係設置於該營業所 内，該儲存倉庫221内存放有複數個儲能裝置，以供租借 使用。在本實施例中，該儲存倉庫222可以是一自動倉儲 系統或者是人為管理之倉儲系統。該儲能裝置如圖一 A以 及圖一 B所示，在此不作贅述。如圖一 B所示該電力管理 • 模組10可藉由監控該蓄電池模組12之電力消耗以及使用 情況與再生能源裝置之狀態而藉由該無線通訊裝置傳輸至 該主伺服器以及該區域伺服器其中之一。而顧客租借完畢 之儲能裝置可供前述之緊急用電24、行動用電26、戶外休 閒用電25、電動車輛用電27或者是電動器具用電28之用。 利用上述之系統本發明提供一種儲能裝置租賃管理營 運模式，如圖三所示，該圖係為本發明之儲能裝置租賃管 理方法營運模式示意圖。該營運模式3主要由營業所31與 _ 營運中心30所構成。該營業所31負責對應顧客32以提供 租賃（租借以及歸還）、管理儲能裝置、儲能裝置發電之重 要元素補給以及簡易之維修保養。該營運中心30負責儲能 裝置之規格訂定、品管驗證、租賃管理調度、維修保養、 動態資訊之掌握、回收分群再利用（逆物流）以及儲能裝置 之能量元素補給與調配。該營運中心30更對應有再生能源 供應商35、蓄電池組供應商34以及無線通訊設備供應商 33。該再生能源供應商35負責組裝、生產、品管再生能源 裝置。蓄電池供應商34負責組裝生產以及品管電池裝置。 1303m 094145793號專利案之說明書修正) 而該無線通訊設備供應商33則負責組裝生產與品管無線 通訊設備。而圖二中之主伺服器21，係設置於營運中心30 内，區域伺服器22以及終端機則設置於營業所31内。以 達到資訊交流與中央管控之目的。 藉由上述營運模式的架構，本發明更提供一種儲能裝 置租賃管理方法，分為兩個主流程，其中之一流程為租借 之流程4，另一流程為歸還之流程5。首先針對租借之流程 4作說明。請參閱圖四A所示，該圖係為本發明之儲能裝 置租賃管理方法顧客租借儲能裝置較佳實施流程示意圖。 該流程4包括下列步驟，首先步驟40顧客至營業所辦理租 賃儲能裝置之程序。此時會進行步驟41判斷顧客為舊顧客 或者是新顧客。所謂舊顧客，也就是過去已經有消費之記 錄；而新顧客，則是過去從未租賃過儲能裝置的客戶。如 果為新顧客則進行步驟42，顧客至營業所洽管理員辦理辨 識裝置以及登錄相關資料的作業，然後營業所會發給顧客 一張辨識裝置以進行租賃之程序。 _ 接下來，進行步驟43顧客會被導引至租賃儲能裝置之 位置，在該位置上設置有一終端機，該終端機係與一區域 伺服器相連接且具有無線讀取器可讀取顧客身上之辨識裝 置的内容。此時顧客透過該終端機的操作晝面選擇進行租 借程序，然後選擇要租借之儲能裝置種類，如大型儲能裝 置或者是小型儲能裝置等類，其中大型儲能裝置可供前述 之緊急用電或者是行動用電之用。而小型之儲能裝置則可 應用於休閒旅遊用電、電動車輛用電或者是電動器具用電 之用。選擇完畢之後，則進行步驟44，無線讀寫裝置會讀 18 4()3508 取辨識裝置内之資訊再確認顧客之身分是否正確，如果確 認有誤則進行步驟45，洽管理員進行身分之確認。The specification of the D(10)094145793 patent is amended:) The 'production' month " estrus is replacing the I 22 connection and can receive the information reported by the area server 22. In this embodiment, the identification device 23 can be selected as one of a stored value card, an NFC mobile phone with identity recognition, and an identification card. The storage warehouse 221 and the repair shop 222 are disposed in the business office, and the storage warehouse 221 stores a plurality of energy storage devices for rental use. In this embodiment, the storage repository 222 can be an automated storage system or a manually managed storage system. The energy storage device is shown in FIG. 1A and FIG. 1B, and details are not described herein. As shown in FIG. 1B, the power management module 10 can transmit to the host server and the area by the wireless communication device by monitoring the power consumption and usage of the battery module 12 and the state of the renewable energy device. One of the servers. The energy storage device that the customer has rented can be used for the aforementioned emergency power consumption 24, mobile power consumption 26, outdoor leisure power supply 25, electric vehicle power supply 27, or electric appliance power supply 28. The present invention provides an energy storage device rental management operation mode, as shown in FIG. 3, which is a schematic diagram of an operation mode of the energy storage device rental management method of the present invention. This operation mode 3 is mainly composed of the sales office 31 and the _ operation center 30. The sales office 31 is responsible for providing customers with rentals (rental and return), management of energy storage devices, storage of important elements for energy storage, and simple maintenance. The operation center 30 is responsible for specification of the energy storage device, quality control verification, lease management scheduling, maintenance, mastery of dynamic information, recycling and reuse (reverse logistics), and energy element replenishment and deployment of the energy storage device. The operation center 30 corresponds to a renewable energy supplier 35, a battery pack supplier 34, and a wireless communication equipment supplier 33. The renewable energy supplier 35 is responsible for assembling, producing, and managing renewable energy devices. The battery supplier 34 is responsible for assembly production and quality control battery devices. The specification of the 1303m 094145793 patent is amended) and the wireless communication equipment supplier 33 is responsible for assembling the production and quality control wireless communication equipment. The main server 21 in FIG. 2 is installed in the operation center 30, and the area server 22 and the terminal are installed in the sales office 31. To achieve the purpose of information exchange and central control. The present invention further provides an energy storage device rental management method, which is divided into two main processes, one of which is the renting process 4 and the other is the returning process 5. First, explain the process of renting 4 . Please refer to FIG. 4A, which is a schematic diagram of a preferred implementation flow of a customer rental energy storage device for the energy storage device rental management method of the present invention. The process 4 includes the following steps. First, in step 40, the customer goes to the sales office to process the rental energy storage device. At this point, step 41 is performed to determine whether the customer is an old customer or a new customer. The so-called old customers, that is, the records of consumption in the past; and the new customers, are customers who have never leased energy storage devices in the past. If it is a new customer, step 42 is performed, and the customer contacts the administrator to handle the identification device and the operation of logging in related materials, and then the business office sends the customer an identification device for the rental process. _ Next, proceeding to step 43, the customer will be directed to the location of the rental energy storage device, where a terminal is provided, the terminal is connected to a regional server and has a wireless reader to read the customer. The content of the identification device on the body. At this time, the customer selects the lending program through the operation of the terminal, and then selects the type of energy storage device to be rented, such as a large-scale energy storage device or a small energy storage device, among which a large-scale energy storage device can be used for the aforementioned emergency. Use electricity or use electricity for action. The small energy storage device can be used for leisure travel electricity, electric vehicle power or electric appliances. After the selection is completed, proceed to step 44, and the wireless read/write device will read 18 4 () 3508 to obtain the information in the identification device and confirm whether the identity of the customer is correct. If the confirmation is incorrect, proceed to step 45 and contact the administrator to confirm the identity. .
如果確認無誤則會進行步驟46，對取出之儲能裝置進 行檢查程序。請參閱圖四B所示，該圖係為本發明之儲能 裝置租賃管理方法之檢查程序較佳實施流程示意圖。首先 以步驟461進行儲能裝置之維修保養確認，讀寫裝置會讀 取铸能裝置上之第二無線識別標籤之内容，然後進行判斷 該儲能裝置之保養記錄是否正常。如果異常的話，則進行 步驟462，以一維修程序對該儲能裝置進行維修。請參閱 圖四C所示，該圖係為本發明之儲能裝置租賃管理方法之 ，修以及後送程序較佳實施流程示意圖。在步驟462中， 百先以步驟4620對儲能裝置進行維修分群之動作，然後透 $區域饲服器將分群分類的結果回報給營運中心之主伺服 ，。所謂維修分群係為針對儲能裝置有問題之部分進行分 不作業完畢之後，進行步驟4621判斷該儲能裝置是 艾後至·替rb t m 内维攸i 中如果不需要則以步驟4622於營業所 η难修。如果豐亚 心，士放、定 要則以步驟4623將儲能裝置後送至營運中 田營運中心本 將儲能裝置、、：^驟4624根據分群之結果進行步驟4625 是無線設備Ϊΐ再ί能源製造工廠、蓄電池製造工廠或者 命週期管理（如^工^、，在步驟4624中，營運中心會藉由生 理、回收、 供電狀況、殘留電力以及部件之生產、管 斷，如該部件用、廢棄之履歷）對於有問題之部件進行判 請工廠進行回用週期達到極限，則會在步驟4625時委 °刀群再利用之逆物流程序。待工廠維修完 19If the confirmation is correct, step 46 is performed to check the stored energy storage device. Please refer to FIG. 4B, which is a schematic diagram of a preferred implementation process of the inspection program for the energy storage device rental management method of the present invention. First, in step 461, the maintenance of the energy storage device is confirmed, and the reading and writing device reads the content of the second wireless identification tag on the casting device, and then determines whether the maintenance record of the energy storage device is normal. If abnormal, then step 462 is performed to repair the energy storage device with a maintenance procedure. Please refer to FIG. 4C, which is a schematic diagram of a preferred implementation process of the repair and delivery procedures of the energy storage device rental management method of the present invention. In step 462, the energy storage device is repaired and grouped by step 4620, and then the result of the group classification is returned to the main servo of the operation center through the regional feeding device. The so-called maintenance grouping system is performed after the operation of the energy storage device is completed, and step 4621 is performed to determine that the energy storage device is Aihou to rbrb tm, and if it is not required, it is opened in step 4622. It is difficult to repair. If Feng Yaxin, Shifang, will send the energy storage device to the operation of the Zhongtian Operation Center in step 4623. The energy storage device will be used. Step 4624 is based on the result of the grouping. Step 4625 is the wireless device. Manufacturing plant, battery manufacturing plant or life cycle management (in the case of ^46), in step 4624, the operation center will use the physiological, recycling, power supply conditions, residual power and parts production, tube break, such as the use of parts, waste The history of the problem is determined by the factory to determine the recycling cycle to reach the limit, then in step 4625, the reverse logistics program is reused. After the factory is repaired 19
月/|日修正替換頁 1303纖圆™案之說明綱 畢之後以步驟4626送回營運中心，營運中心再進行步驟 4627根據各個營業所之需求分配維修完畢之儲能裝置到需 要的營業所。 再回到圖四B所示，如果正常的話則進行步驟463， 確認儲能能裝置内之發電元素是否足夠。如果不夠，進行 步驟464，對發電元素進行補充。當然在步驟463、464所 舉的例子為再生能源裝置是生質能或者是燃料電池；如果 再生能源裝置為太陽能的話，則確認太陽能板之功能是否 正常、破損或髒污。之後，再以步驟465進行確認儲能裝 置之蓄電池模組所蓄積之電力是否充足，如果不充足的話 則進行步驟466，視狀況馬上原地充電或者是由該區域伺 服器搜尋儲存倉庫内之庫存以更換另一個儲能裝置給顧 客。 再回到圖四A所示，步驟46之後，進行步驟47，系 統會對該辨識裝置進行扣點之動作，以完成交易動作，在 此扣點之動作會藉由營業所之該區域伺服器將資訊回傳至 營運中心之主伺服器，然後該主伺服器會和相關之銀行進 行電子取款與入賬之交易。此外，營業所之區域伺服器會 將租賃之相關記錄以及目前營業所之資源，例如：租賃顧 客之租賃相關記錄（姓名、租期等）、儲能裝置數量或者是 發電元素數量回報給營運甲心之主伺服器，以供該主伺服 器進行資源分配以及調度的參考資料。使該主伺服器可以 根據前述之資訊進行顧客身分與消費習慣分析、儲能裝置 使用狀況分析、儲能裝置維修保養狀況分析以及定期消費 憑證，以提供管理者進行管理。步驟47之後，進行步驟 20 i3〇3m!_號麵之說明書修正) ，产日修正替換頁 48，營業所會針對大型之儲能裝置派送專車送至顧客指定 之位置，並協助安裝或者是架設固定等相關事宜。出租之 後之儲能裝置會以步驟49隨時以該無線通訊裝置回報相 關資訊至營運中心之主伺服器以作為售後服務管理之資 訊0 請參閱圖四D所示，該圖係為本發明之儲能裝置租賃 管理方法之監控出借之儲能裝置較佳實施流程示意圖。首 先在步驟491中，儲能裝置發出資訊給營運中心，營運中 心在收到該資訊之後以步驟492進行判斷該資訊是否為緊 急狀況，如果不是的話則回到步驟491，如果是的話，則 進行步驟493,營運中心根據狀況進行處理。請參閱圖四E 所示，該圖係為本發明之儲能裝置租賃管理方法之緊急狀 況處置較佳實施流程示意圖。再本實施例之緊急狀況處理 包括營運中心通知消防局或警察局至現場處理、通知醫院 到場處理、通知保險公司到場協助處理。此外，該營運中 心更可根據回報之資訊進行生命週期管理（如：供電狀況、 殘留電力以及部件之生產、管理、回收、再利用、廢棄之 履歷），此外營運中心也可以掌握消耗電力、供電元素之補 給或者是部件的保養與更換。 另外如果是營運中心收到儲能裝置所發出之訊息為緊 急用電的狀況時（如停電或地震發生時造成市電供應中 斷），根據該狀況調度該儲能裝置之供電給至少一電器裝置 之供電順序。該電器裝置可為動力裝置（如：各式馬達、泵、 閥）、照明裝置、號誌標示（比如逃生方向號誌、異常發生 號誌等）、空調裝置、安全閘門、通訊系統或者是安全監控 21 1303508 裝置。例如，該電力產生裝置係設置於大樓内，則當緊急 狀況發生時，則中控中心會要求蓄電裝置僅供應部份重要 < 設備之電源，例如大樓内部對外通訊所需要之電力、緊急 ‘照明設備或者是號誌之電力以及安全閘門打開之電力等。 又如，如果該電力產生裝置係設置在郊區，則當緊急狀況 發生時，則中控中心可以控制該電力產生裝置之蓄電裝置 僅供應該區域内之重要道路燈號或者是照明路燈之電源， 以避免不必要之電力浪費。 • 請參閱圖五A所示，該圖係為本發明之儲能裝置租賃 管理方法顧客歸還儲能裝置較佳實施流程示意圖。該流程 5包括有下列步驟：首先進行步驟50，顧客攜帶辨識裝置 至營業所辦理歸還之程序，接下來進行步驟51，顧客透過 終端機選擇歸還程序以及歸還之機型種類。接下來以步驟 52確認顧客之身分與系統登錄之身分是否相符，如果不相 符則以步驟53洽詢管理員進行身分確認。如果相符的話則 進行步驟54，對於歸還之儲能裝置進行檢查。 _ 請參閱圖五B所示，該圖係為本發明之儲能裝置租賃 管理方法之檢查程序較佳實施流程示意圖。首先以步驟540 進行儲能裝置之維修保養確認，讀寫裝置會讀取儲能裝置 上之第二無線識別標籤之内容，然後進行判斷該儲能裝置 之保養記錄是否正常。如果異常的話，則進行步驟541， 以一維修程序對該儲能裝置進行維修，步驟541係與圖四 C之程序相同在此不作贅述。接下來，如果正常的話則進 行步驟542，確認儲能能裝置内之發電元素是否足夠。如 果不夠，進行步驟543，對發電元素進行補充。當然在步 22 -1303508 燃 能 驟542、543所舉的例子為再生能源裝置是生質能或者是 料電池，如果再生能源裝置為太陽能_，則確認太陽 板之功能是否正常或破損。· 之後’再財驟544進行確麟能裝置之蓄電池模組 所蓄積之電力是否充足，如果不充足的話則進行步驟545, 原地進行充電。然後’再以步驟546判斷顧客是否要扣款， 如超過時_還或有損壞等情形。如果有必要則進行步驟 547對該辨識裝置進行扣點。最後進行步驟548將儲能裝 置透過自動倉儲般送回倉庫存放。再回到圖五A所示，步 驟54之後’則區域伺服器會完成歸還料，並回報給主伺 服器。 唯以上所述者，僅為本發明之較佳實施例，當不能以 之限制本發日錄圍。即大凡依本發明申料利範圍所做之 均等變化及修飾，仍將不失本發明之要義所在，故都應視 為本發明的進一步實施狀況。 综合上述，本發明提供之整合再生能源、儲電與無線 通訊裝置之儲能裝置以及其租賃管理系統與方法具有方便 之租賃模式與官理方法，再加上儲能裴置整合無線通訊、 再生肖b源以及蓄電之功能。因此本發明以可滿足業界之需 求’進而提高該產業之競爭力，誠已符合發明專利法所規 定申請發明所需具備之要件，故爰依法呈提發明專利之申 請，謹請貴審查委員允撥時間惠予審視，並賜準專利為 禱0 23 .1303508 【圖式簡單說明】 圖一 A係為本發明之儲能裝置較佳實施例方塊示意圖。 圖一 Β係為本發明之儲能裝置較佳實施例示意圖。 圖二係為本發明之儲能裝置租賃管理系統示意圖。 圖三係為本發明之儲能裝置租賃管理方法營運模式示意 圖。 圖四Α係為本發明之儲能裝置租賃管理方法顧客租借儲能 _ 裝置較佳實施流程示意圖。 圖四B係為本發明之儲能裝置租賃管理方法之檢查程序較 佳實施流程示意圖。 圖四C係為本發明之儲能裝置租賃管理方法之維修以及後 送程序較佳實施流程示意圖。 圖四D係為本發明之儲能裝置租賃管理方法之監控出借之 儲能裝置較佳實施流程示意圖。 圖四E係為本發明之儲能裝置租賃管理方法之緊急狀況處 • 置較佳實施流程示意圖。 圖五A係為本發明之儲能裝置租賃管理方法顧客歸還儲能 裝置較佳實施流程示意圖。 圖五B係為本發明之儲能裝置租賃管理方法之檢查程序較 佳實施流程示意圖。 【主要元件符號說明】 卜儲能裝置 10-電力管理模組 24 …1303508 101- 無線讀寫器 102- 第二無線識別標籤 11- 再生能源裝置 12- 蓄電池模組 120- 電池單元 121- 感測裝置 12 2 -第一無線識別標籤 13- 無線通訊裝置 2 -租賃管理系統 2 0 -無線網路區域 21- 主何服器 22- 區域伺服器 220- 無線讀寫器 221- 儲存倉庫 222- 維修廠 23- 辨識裝置 24- 緊急用電 25- 戶外用電 26- 行動用電 27- 電動車輛用電 28- 電動器具用電 3-租賃管理營運模式 30-營運中心 25 1303508 3卜營業所 32- 顧客 33- 無線通訊設備供應商 34- 蓄電池模組供應商 35- 再生能源供應商 4- 租賃管理之租借方法 40〜49-步驟 461〜466-步驟 4620〜4627-步驟 491〜493-步驟 5- 租賃管理之歸還方法 50〜55-步驟 540〜548-步驟 90-顧客Month/|Day Correction Replacement Page 1303 The description of the FibreTM case is returned to the operation center in step 4626, and the operation center proceeds to step 4627 to allocate the repaired energy storage device to the required sales office according to the needs of each business office. Returning to Figure 4B, if it is normal, step 463 is performed to confirm whether the power generating elements in the energy storage device are sufficient. If not, proceed to step 464 to supplement the power generation elements. Of course, the examples given in steps 463 and 464 are that the renewable energy device is a biomass or a fuel cell; if the renewable energy device is solar, it is confirmed whether the function of the solar panel is normal, damaged or dirty. Then, in step 465, it is confirmed whether the power stored in the battery module of the energy storage device is sufficient. If not, the process proceeds to step 466, and the battery is immediately charged in the field or the inventory in the storage warehouse is searched by the regional server. To replace another energy storage device to the customer. Returning to FIG. 4A, after step 46, step 47 is performed, and the system performs a button action on the identification device to complete the transaction action, and the action of the button point is performed by the area server of the sales office. The information is transmitted back to the main server of the operation center, and the main server then conducts electronic withdrawal and credit transactions with the relevant bank. In addition, the regional server of the business office will report the relevant records of the lease and the resources of the current business office, for example, the lease related records (name, lease term, etc.) of the leased customer, the number of energy storage devices or the number of power generation elements to the operation A. The main server of the heart, for the main server to carry out resource allocation and scheduling reference materials. The main server can perform customer identity and consumption habit analysis, energy storage device usage analysis, energy storage device maintenance status analysis, and regular consumption vouchers according to the aforementioned information to provide management for management. After step 47, proceed to step 20 i3〇3m!_ face correction), production date correction replacement page 48, the business office will send a special car to the customer designated location for the large energy storage device, and assist in installation or erection Fixed and other related matters. After the rental, the energy storage device will return the relevant information to the main server of the operation center as the information of the after-sales service management by using the wireless communication device at step 49. Please refer to FIG. 4D, which is the present invention. A schematic diagram of a preferred implementation flow of the energy storage device for monitoring and leasing of the energy storage device rental management method. First, in step 491, the energy storage device sends a message to the operation center. After receiving the information, the operation center determines whether the information is an emergency condition by step 492, and if not, returns to step 491, and if so, proceeds to In step 493, the operation center processes according to the situation. Please refer to FIG. 4E, which is a schematic diagram of a preferred implementation process for emergency situation management of the energy storage device rental management method of the present invention. The emergency situation handling of this embodiment includes the operation center notifying the fire station or the police station to the site for processing, notifying the hospital to attend the scene, and notifying the insurance company to attend the site for assistance. In addition, the operation center can manage the life cycle according to the information of the return (such as: power supply status, residual power and parts production, management, recycling, reuse, and waste history). In addition, the operation center can also control power consumption and power supply. Replenishment of elements or maintenance and replacement of parts. In addition, if the operation center receives the information sent by the energy storage device as the emergency power supply (such as the power supply interruption caused by the power failure or the earthquake), the power supply of the energy storage device is dispatched to the at least one electrical device according to the situation. Power supply sequence. The electrical device can be a power device (such as: various motors, pumps, valves), lighting devices, signage (such as escape direction number, abnormal occurrence number, etc.), air conditioning device, safety gate, communication system or safety Monitor 21 1303508 devices. For example, if the power generating device is installed in a building, when an emergency occurs, the central control center may require the power storage device to supply only a part of the important power of the device, such as the power required for external communication inside the building, emergency ' The lighting equipment is either the power of the number and the power of the safety gate. For another example, if the power generating device is installed in a suburb, when the emergency occurs, the central control center can control the power storage device of the power generating device to be only the important road signal in the area or the power source of the lighting street lamp. To avoid unnecessary waste of electricity. Please refer to FIG. 5A, which is a schematic diagram of a preferred implementation process of the customer returning energy storage device for the energy storage device rental management method of the present invention. The process 5 includes the following steps: First, in step 50, the customer carries the identification device to the business office to return the program, and then proceeds to step 51, where the customer selects the return procedure and the returned model type through the terminal. Next, in step 52, it is confirmed whether the identity of the customer matches the identity of the system login. If not, the administrator is asked to confirm the identity in step 53. If yes, proceed to step 54 to check the returned energy storage device. _ Please refer to FIG. 5B, which is a schematic diagram of a preferred implementation process of the inspection program for the energy storage device rental management method of the present invention. First, in step 540, the maintenance of the energy storage device is confirmed. The read/write device reads the content of the second wireless identification tag on the energy storage device, and then determines whether the maintenance record of the energy storage device is normal. If it is abnormal, proceed to step 541 to repair the energy storage device by a maintenance procedure. Step 541 is the same as the procedure of FIG. 4C and will not be described herein. Next, if it is normal, step 542 is performed to confirm whether the power generating elements in the energy storage device are sufficient. If not, proceed to step 543 to supplement the power generation elements. Of course, in the case of step 22 - 1303508, the examples of fuel energy 542, 543 are that the renewable energy device is a biomass energy or a battery, and if the renewable energy device is solar _, it is confirmed whether the function of the solar panel is normal or broken. • After that, the power stored in the battery module of the Qualified device is sufficient. If it is not sufficient, proceed to step 545 to charge it in place. Then, in step 546, it is judged whether the customer wants to deduct the payment, if it is exceeded or there is damage. If necessary, proceed to step 547 to deduct the identification device. Finally, in step 548, the energy storage device is returned to the warehouse for storage through automatic storage. Returning to Figure 5A, after step 54, the regional server will complete the return and return to the main servo. The above description is only a preferred embodiment of the present invention, and it is not possible to limit the daily registration. That is, the equivalent changes and modifications made by the invention in accordance with the scope of the invention will remain without departing from the scope of the invention, and should be considered as further implementation of the invention. In summary, the present invention provides an integrated energy storage device for regenerative energy, power storage and wireless communication devices, and a rental management system and method thereof, which have convenient lease mode and official method, plus energy storage device integrated wireless communication, and then The zodiac b source and the function of storing electricity. Therefore, the present invention can meet the needs of the industry', thereby improving the competitiveness of the industry, and has already met the requirements for applying for an invention as stipulated by the invention patent law. Therefore, the application for the invention patent is submitted in accordance with the law. Dialing time for review, and granting a patent for prayer 0 23.1303508 [Simplified illustration of the drawings] Figure 1A is a block diagram of a preferred embodiment of the energy storage device of the present invention. Figure 1 is a schematic view of a preferred embodiment of the energy storage device of the present invention. Figure 2 is a schematic diagram of the energy storage device rental management system of the present invention. Figure 3 is a schematic diagram of the operation mode of the energy storage device rental management method of the present invention. Figure 4 is a storage management method for the energy storage device of the present invention. The customer leases energy storage _ The schematic diagram of the preferred implementation process of the device. Fig. 4B is a schematic diagram showing a better implementation procedure of the inspection procedure of the energy storage device rental management method of the present invention. Figure 4C is a schematic diagram showing a preferred implementation process of the maintenance and delivery procedures of the energy storage device rental management method of the present invention. FIG. 4D is a schematic diagram of a preferred implementation process of the energy storage device for monitoring and lending the storage device rental management method of the present invention. Figure 4E is a schematic diagram of a preferred implementation process for the emergency management of the energy storage device rental management method of the present invention. Figure 5A is a schematic diagram showing a preferred implementation flow of the customer returning energy storage device of the energy storage device rental management method of the present invention. Figure 5B is a schematic diagram showing a better implementation procedure of the inspection procedure for the energy storage device rental management method of the present invention. [Main component symbol description] Bu energy storage device 10 - Power management module 24 ... 1303508 101 - Wireless reader 102 - Second wireless identification tag 11 - Renewable energy device 12 - Battery module 120 - Battery unit 121 - Sensing Device 12 2 - first wireless identification tag 13 - wireless communication device 2 - rental management system 20 - wireless network area 21 - main server 22 - regional server 220 - wireless reader 221 - storage warehouse 222 - maintenance Factory 23- Identification Device 24-- Emergency Power 25- Outdoor Power 26- Mobile Power 27- Electric Vehicle Power 28- Electric Appliance Power 3-Leasing Management Operation Mode 30-Operation Center 25 1303508 3Bu Business Office 32- Customer 33- Wireless Communication Equipment Supplier 34- Battery Module Supplier 35- Renewable Energy Supplier 4- Rental Management Rental Method 40~49-Step 461~466-Step 4620~4627-Step 491~493-Step 5- Rental management return method 50~55-step 540~548-step 90-customer