M335083 八、新型說明： 【新型所屬之技術領域】 一種與電能產生裝置電性連接的電能儲存裝 置，本創作尤指-種利用監控I元監控充電狀況， 並可進行自行放電的保護措施，再透過訊號傳輸單 元，可進行遠端監控的電能儲存裝置。 【先前技術】 由於石化能源的存量減少，世界各國的科學家 莫不為了尋找替代能源而努力’目前常見的替代能 源有風力、太陽能、水力（潮汐能）及地熱能等等， 其利用相對應的電能產生裝置，如：風力發電利用 風車被風力吹動而產生電能，或是像太陽能發電使 用太陽能板收集光能’經轉換成為電能，其產生電 能後，都是利用儲能電池加以儲放電能；請參閱「第 1圖」’為一般儲能電池的裝置示意圖，如圖中所示， 其係將複數個儲能電池10，以串聯或並聯的方式， 與電能產生裝置20電性連接，其電能產生裝置2。 所產生的電能就會儲放於儲能電池1 〇中，但電性連 接時，其每個儲能電池1〇間的連接線阻抗不同，而 會影響到每個儲能電池10的充電情況，有些館能電 池1〇的充電快，有些儲能電池1〇的充電慢，傳統 儲能電池ίο並沒有自我保護的效果，因此，有些儲 月b電池1 〇會有充電不足的現象，有些儲能電池1 〇 M335083 =電：度的問題，都有可能影響到儲能電池1。 Γ哥命，而操作人員又無法由儲能電、池i。表面 侍知充電狀況，而進行儲能電池 不方便。 丨〇的更換’相當地 【新型内容】 有鑑於新一代替代能源的儲 ^ 电而要’本創作人 羑精心研究，並積個人從事該項搴 A只肀莱的多年經驗， 終設計出一種嶄新的電能儲存裝置。 本創作之主要〆的，旨在提供—種可遠端監， 充電狀況的電能儲存裝置，供操作人員隨時監控其 充電及異常狀況。 為達上述目的，本創作之電能儲存裴置，主要 係包括一電池本體、一監控單元及一訊號傳輸單 元，其使用時，係將複數型態的電池本體以串聯或 並聯的方式，與一電能產生裝置電性連接後，而對 複數個電池本體進行充電的工作，其中，監控單元 係由一監控電路、放電保護迴路及一顯示器所組 成，可紀錄啟用時間、使用次數及儲電量等相關資 料，並由顯示器顯示出來，主要係藉由監控單元監 控電池本體的儲電里^料’當使用電池本體内部的 電量時，其放電保護迴路可由廠商設定或使用者自 行設定等方式，控制電池本體的放電量，以在電池 本體中保留最低限度的電量，以延長電池本體的使 6 M335083 用哥命’其電池本體再度充電時，也可以更快、更 順暢地充入，再利用訊號傳輪單元以有線網路、無 線網路或是GPRS等方式，與一電腦或一行動通訊裝 置連結，以呈資訊連結，而將相關資料傳輸至電腦 或是可隨身攜帶的行動通訊裝置上，而由電腦或行 動通訊裝置中的一監控程式，以圖形化界面或數值 化界面供操作人員快速讀取其充電狀況，以實現操 作人員在遠端監控充電狀況的目的，而可隨時對應 充電時的異常狀況進行排除，而確保充電時的品質 及避免能源的浪費；又，在電池本體上設置有一保 護迴路，其係位於監控單元及訊號傳輸單元間，可 用來保護電池本體，其係在電池本體充電完畢後， 或疋充電期間發生異常狀況時，自動切斷與電能產 生裝置的連接，避免充電過度或是充電異常，所造 成的電池壽命衰退；再者，操作人員也可以透過網 路^向控制保護迴路作動，由遠端切斷電池本體與 電此產生裝置的連接，以徹底保護本創作之電能儲 存裝置。 為使貴審查委員能清楚了解本創作之内容，僅 以下列說明搭配圖示，敬請參閱。 【實施方式】 μ參閱「第2圖」，為本創作較佳實施例的裝置 示意圖’如圖中所示，本創作之電能儲存裝置30, M335083M335083 VIII. New description: [New technical field] A kind of electric energy storage device electrically connected with electric energy generating device. This creation especially refers to the use of monitoring I to monitor the charging status, and can carry out self-discharge protection measures. Remotely monitored electrical energy storage device through the signal transmission unit. [Prior Art] Due to the reduction of petrochemical energy stocks, scientists from all over the world are not striving to find alternative energy sources. The current common alternative energy sources are wind, solar energy, hydropower (tidal energy) and geothermal energy, etc., which use corresponding electrical energy. The generating device, for example, the wind power is generated by the wind power by the windmill, or the solar energy is used to collect the light energy into the electric energy, and after the electric energy is generated, the energy storage battery is used for storing and discharging energy; Please refer to "FIG. 1" as a schematic diagram of a general energy storage battery device. As shown in the figure, a plurality of energy storage batteries 10 are electrically connected to the electric energy generating device 20 in series or in parallel. Electric energy generating device 2. The generated electric energy is stored in the energy storage battery 1 ,, but when the electrical connection is made, the impedance of the connection line between each of the energy storage batteries is different, and the charging condition of each energy storage battery 10 is affected. Some museums can charge 1 电池 of battery fast, some energy storage batteries charge 1 〇 slow, traditional energy storage battery ίο does not have the effect of self-protection, therefore, some storage month b battery 1 〇 there will be insufficient charging, some Energy storage battery 1 〇M335083 = electricity: degree of problem, may affect the energy storage battery 1 . The scorpion is alive, and the operator can't be stored by the energy, pool i. The surface is sensitive to the state of charge, and it is inconvenient to carry the energy storage battery.丨〇 更换 ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' A new electrical energy storage device. The main focus of this creation is to provide an electrical energy storage device that can be remotely monitored and charged for operators to monitor their charging and abnormal conditions at any time. In order to achieve the above objective, the electrical energy storage device of the present invention mainly comprises a battery body, a monitoring unit and a signal transmission unit. When used, the battery body of the plurality of types is connected in series or in parallel. After the electrical energy generating device is electrically connected, the plurality of battery bodies are charged, wherein the monitoring unit is composed of a monitoring circuit, a discharge protection circuit and a display, and can record the activation time, the number of uses, and the storage capacity. The data is displayed by the display, mainly by monitoring the storage battery of the battery body by the monitoring unit. When the internal power of the battery body is used, the discharge protection circuit can be set by the manufacturer or set by the user to control the battery. The discharge amount of the main body is such that the minimum amount of electric power is retained in the battery body to extend the battery body so that the 6 M335083 can be charged more quickly and smoothly when it is recharged with the battery body, and then the signal is transmitted. The wheel unit is connected to a computer or a mobile communication by wired network, wireless network or GPRS. Linking to information links and transmitting relevant information to a computer or a mobile communication device that can be carried around, and a monitoring program in a computer or mobile communication device provides a graphical interface or a numerical interface for the operator to quickly Read the charging status to achieve the purpose of the operator monitoring the charging status at the remote end, and can be excluded at any time according to the abnormal condition during charging, thereby ensuring the quality of charging and avoiding waste of energy; and, setting on the battery body There is a protection circuit, which is located between the monitoring unit and the signal transmission unit, and can be used to protect the battery body. When the battery body is charged, or when an abnormal condition occurs during charging, the connection with the power generating device is automatically cut off to avoid Excessive charging or abnormal charging, the battery life is degraded; in addition, the operator can also actuate the control protection circuit through the network, and the remote end cuts off the connection between the battery body and the electric generating device to completely protect the present Created electrical energy storage device. In order for your review board to have a clear understanding of the content of this creation, please refer to the following instructions only. [Embodiment] Referring to "Fig. 2", a schematic diagram of a device according to a preferred embodiment of the present invention is shown in the figure. The electrical energy storage device 30 of the present invention, M335083
係以複數型態並聯或串聯的方式，而與一電能產生 裝置40電性連接，供以儲放電能產生裝置4〇所產 生的電能’由於本創作之電能儲存裝置3 〇，係包括·· 一電池主體301、一監控單元302及一訊號傳輸單 το 303，當電能產生裝置4〇對每個電能儲存裝置3〇 進行各別充電時，可利用電能儲存裝置3 〇内的監控 單元302，可監控電池本體3Qi的儲電量，並透過 式號傳輸單元303以有線網路、無線網路或是GpRS 等方式，與一電腦5 0或是一可隨身攜帶的行動通訊. 裝置60連結，將電池本體3〇1的儲電量實料，發送 給位於監控中心的電腦5 〇或是行動通訊裝置6 〇完 成資Λ連結，供操作人員由遠端監控電能儲存裝置 30的充電狀況，其不但可節省時間與人力資源的浪 費’且其電能也可妥善地被保存。 請參閱「第3圖」，為本創作較佳實施例的立體 示意圖，如圖中所示，前述之電能儲存裝置3〇主要 包括：一電池本體3 01，其上方孫士丨 八工乃係成型有一對應正 極的接電端3 0 11，以及一對庫倉扛从从^ 主丁厲貝極的接電端3011， 以將對應正極的接電端3011電性連接於前述電能 產生裝置40的正極’對應負極的接電端3()11電性 連接於前述電能產生裝置40的負極；-監控單元 302，其係組設於電池本體3〇丨上 係與電池本體3 0 1保持電性連接，供 體301的儲電量，而監控單元go?係 其監控單元302 以監控電池本 由一監控電路 8 M335083 3021、 成，其 一放電保護迴路3022及一顯示器3023所組 監控電路3 0 21中係紀錄有電池本體3 〇 1的啟The electric energy generated by the storage and discharge energy generating device 4 is electrically connected to the electric energy generating device 40 in a parallel manner or in series. The electrical energy storage device 3 of the present invention includes a battery main body 301, a monitoring unit 302, and a signal transmission unit τ 303, when the electric energy generating device 4 各 is separately charged for each electric energy storage device 3, the monitoring unit 302 in the electric energy storage device 3 can be utilized. The battery body 3Qi can be monitored for power storage, and is connected to a computer 50 or a portable mobile communication device via a serial number transmission unit 303 via a wired network, a wireless network or a GpRS. The storage capacity of the battery body 3〇1 is sent to the computer located in the monitoring center or the mobile communication device 6 to complete the resource connection, and the operator can remotely monitor the charging status of the electrical energy storage device 30, which can not only be Save time and waste of human resources' and its power can be properly preserved. Please refer to FIG. 3, which is a perspective view of a preferred embodiment of the present invention. As shown in the figure, the foregoing electrical energy storage device 3〇 mainly includes: a battery body 301, above which Sun Shiyi has eight moldings. Corresponding to the positive terminal 3 0 11, and a pair of warehouses 扛 from the main terminal 3011, the corresponding positive terminal 3011 is electrically connected to the positive electrode of the electric energy generating device 40. The power receiving end 3 () 11 corresponding to the negative electrode is electrically connected to the negative electrode of the electric energy generating device 40; the monitoring unit 302 is disposed on the battery body 3 and is electrically connected to the battery body 310. The power storage capacity of the donor 301, and the monitoring unit go? is its monitoring unit 302 to monitor the battery by a monitoring circuit 8 M335083 3021, a discharge protection circuit 3022 and a display 3023 group monitoring circuit 3 0 21 Recorded with the battery body 3 〇1
用時間、使用次數及儲電量等相關資料，其放電保 護迴路3022係用以保護電池本體301，由於一般電 池本體301在使用時，因為深度放電，造成日後重 新充電日守’其電池本體3 01的阻抗加大，使得重新 充電時所需的電量增加，其充電效率自然不好，因 此，本創作特別設計了放電保護迴路，可自行設定 其放電量、充入電流及充入電壓的大小等數值，供 以對電池本體增加更完善的保護效果，又，顯示器 30 23係組設於電池本體301的表面，並可在顯示器 30 23以圖形化界面，或是數值化界面顯示出來，讓 操作人員可直接由電池本體301的表面讀取相關資 料’再者’其顯示器3023可為一觸控螢幕，可與放 電保遵迴路3 0 2 2作資訊連結，而供使用者以觸控設 定的方式，自行設定其電池本體3〇1的放電量、充 入電流及充入電壓的大小等等；以及一訊號傳輸單 元303,其係組設於電池本體3〇1上，訊號傳輸單 元30!並與監控單元302呈電性連接，供以將監控 單元302監控電池本體301的儲電量資料，透過訊 號傳輸單元303以有線網路、無線網路或是GpRs等 方式作連結，與前述電腦50或前述行動通訊裝置 60完成資訊連結，以將電池本體3〇1的儲電量資 料，發送給前述之電腦50,或是前述可隨身攜 9 M335083 行動通訊裝置60’供操作人員在遠端監控電池本體 301的充電狀況，透過位於電腦5〇與行動通訊裝置 60中的一監控程式，可以圖形化界面或數值化界 面’供操作人員快速讀取電池本體3 〇丨的儲電量， 就可在遠端隨時監控電池本體3〇1的充電狀況，並 Ik時對應充電時的異常狀況進行排除，以確保充電 時的品質，及避免能源的浪費；又，在監控單元3 〇 2 與訊號傳輸單元3 0 3間並組設有一保護迴路3 〇 4， 供以自動切斷電能產生裝置4〇與電池本體3〇1的連 接，可用來保護電池本體3〇1，當電池本體3〇1充 電完畢後，或是充電期間發生異常狀況時，自動切 斷與電能產生裝置40的連接，避免充電過度或是充 電異常，所造成的電池本體301的壽命衰退；再者， 操作人員也可以透過網路反向控制保護迴路3〇4作 動，由逆端切斷電池本體301與電能產生裝置40的 連接’以徹底保護本創作之電能儲存裝置3 〇。 請參閱「第4圖」，為本創作較佳實施例的硬體 方塊圖，如圖中所示，使用時，其電能儲存裝置3〇 的電池本體301係與一電能產生裝置4〇電性連接， 以供對電池本體301進行充電，其電能進入電池本 體301後，會被儲放於電池本體3〇1内，藉由監控 單元302的監控電路監控電池本體3〇1内的儲電 量，並由放電保護迴路3022控制電池本體301的放 電里，充入電流及電壓的相關設定，在電池本體3 〇 1 10 M335083 表面又設置有顯不器3023，可顯示電池本體3〇1的 啟用時間、使用次數及儲電量等相關資料；而，保 護迴路304可自行監控電池本體3〇1的儲電量，以 及輸入電流或電壓的異常狀態，可於電池本體3 〇 i 充電完畢後，或是充電期間發生異常狀況時，自動 切斷與電能產生裝置40的連接，避免充電過度或是 充電異常，所造成的電池本體3〇1的壽命衰退；又， 其電池本體301的儲電量可透過訊號傳輸單元 303，將儲電量資料發送至電腦5〇或行動通訊裝置 60上，供操作人員在遠端隨時監控本創作電能儲存 裝置30的充電狀況。 如上所述，本創作其據以實施時，係以複數型 態串聯或並聯的方式，與一電能產生裝置電性連 接，利用監控單元監控其充電狀況，並由訊號傳輪 單元以有線網路、無線網路或是GpRS等技術，與一 電腦或一行動通訊裝置作連結，以完成資訊連結， 而將充電狀況主動告知操作人員，又，其設置有保 護迴路，可於充電完畢後，自動切斷電池本體的充 電工作’確實可達到Μ供一冑可遠端監控充電狀況 的電能儲存裝置，讓操作人員隨時監控充電量及異 常狀況之目的。 唯，以上所述者，僅為本創作之較佳之實施例 而已，並非用以限定本創作實施之範圍丨任何熟習 此技藝者，在不脫離本創作之精神與範圍下所作之 M335083 均等變化與修飾，皆應涵蓋於本創作之專利範圍内。 綜上所述，，本創作電能儲存裝置之功效，係具 有新型之「產業可利用性」、「新穎性」與「進步性」 等專利要件；申請人爰依專利法之規定，向 鈞局 提起新型專利之申請。 12 M335083 【圖式簡單說明】 第1圖，為一般儲能電池的裝置示意圖。 第2圖，為本創作較佳實施例的裝置示意圖。 第3圖，為本創作較佳實施例的立體示意圖。 第4圖，為本創作較佳實施例的硬體方塊圖。 【主要元件符號說明】 10 儲 能 電 池 20 電 能 產 生 裝 置 30 電 能 儲存裝 置 301 電 池 本 體 3011 接 電 端 302 監 控 單 元 3021 監 控 電 路 3022 放 電 保 護 迴 路 3023 顯 示 器 303 訊 號 傳 物J 單 元 304 保 護 迴 路 40 電 能 產 生 裝 置 50 電 腦 60 行動 通 訊 裝 置 13The discharge protection circuit 3022 is used to protect the battery body 301 by using time, the number of times of use, and the amount of stored electricity. Since the battery body 301 is in use, the battery is recharged in the future due to deep discharge, and its battery body 3 01 The impedance is increased, so that the amount of power required for recharging increases, and the charging efficiency is naturally not good. Therefore, the design of the discharge protection circuit is specially designed, and the discharge amount, the charging current, and the charging voltage can be set by themselves. The value is added to the battery body to provide a more perfect protection effect. Moreover, the display 30 23 is assembled on the surface of the battery body 301, and can be displayed on the display 30 23 in a graphical interface or a numerical interface. The person can read the relevant information directly from the surface of the battery body 301. Further, the display 3023 can be a touch screen, and can be connected with the discharge protection circuit 3 0 2 2 for the user to set by touch. In a manner, the discharge amount of the battery body 3〇1, the magnitude of the charging current and the charging voltage, and the like are set by itself; and a signal transmission unit 303, The battery unit 3 is connected to the battery unit 3, and is electrically connected to the monitoring unit 302. The monitoring unit 302 monitors the power storage data of the battery unit 301 through the signal transmission unit 303 to the wired network. A wireless network or a GpRs connection is used to complete the information connection with the computer 50 or the mobile communication device 60 to transmit the storage data of the battery body 3〇1 to the computer 50, or the aforementioned portable 9 M335083 mobile communication device 60' allows the operator to remotely monitor the charging status of the battery body 301. Through a monitoring program located in the computer 5 and the mobile communication device 60, a graphical interface or a numerical interface can be provided for the operator to quickly By reading the storage capacity of the battery body 3 ,, the charging status of the battery body 3〇1 can be monitored at any time at the remote end, and the abnormal condition during charging is excluded at Ik to ensure the quality during charging and avoid energy. Waste; in addition, a protection circuit 3 〇4 is arranged between the monitoring unit 3 〇 2 and the signal transmission unit 303 to automatically cut off the power generating device 4〇 The connection of the battery body 3〇1 can be used to protect the battery body 3〇1. When the battery body 3〇1 is charged, or when an abnormal condition occurs during charging, the connection with the power generating device 40 is automatically cut off to avoid overcharging. Or the abnormal charging, the life of the battery body 301 is degraded; in addition, the operator can also operate the network reverse control protection circuit 3〇4, and the connection between the battery body 301 and the power generating device 40 is cut off by the reverse end. 'To completely protect the creation of the electrical energy storage device 3 〇. Please refer to FIG. 4, which is a hardware block diagram of a preferred embodiment of the present invention. As shown in the figure, in use, the battery body 301 of the electrical energy storage device 3 is electrically connected to an electric energy generating device. The battery body 301 is connected to be charged, and after the electric energy enters the battery body 301, it is stored in the battery body 3〇1, and the power storage in the battery body 3〇1 is monitored by the monitoring circuit of the monitoring unit 302. The discharge protection circuit 3022 controls the discharge of the battery body 301, and the current and voltage settings are charged. On the surface of the battery body 3 〇1 10 M335083, a display device 3023 is provided to display the activation time of the battery body 3〇1. The protection circuit 304 can monitor the storage capacity of the battery body 3〇1 and the abnormal state of the input current or voltage, which can be charged after the battery body 3 〇i is charged or charged. When an abnormal situation occurs during the period, the connection with the electric energy generating device 40 is automatically cut off to avoid overcharging or abnormal charging, and the life of the battery body 3〇1 is degraded; The storage capacity can be 301 303, the storage capacity data transmitted to a computer or mobile communication device 60 5〇 through signal transmission means for the operator to always monitor the charging condition of the electrical energy storage device 30 of the present creation at the distal end. As described above, the present invention is implemented in a series or parallel manner in a plurality of modes, electrically connected to an electric energy generating device, and monitored by the monitoring unit for charging state, and the signal transmitting unit is wired. Technology such as wireless network or GpRS is connected with a computer or a mobile communication device to complete the information connection, and the charging status is actively informed to the operator, and the protection circuit is provided, which can be automatically activated after the charging is completed. Cutting off the charging work of the battery body can indeed achieve an energy storage device that can remotely monitor the charging status, allowing the operator to monitor the amount of charge and abnormal conditions at any time. The above is only a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention, and is not intended to limit the scope of the present invention, and the M335083 is equivalently changed without departing from the spirit and scope of the present invention. Modifications should be covered by the scope of this creation. In summary, the effectiveness of the creation of the electric energy storage device is a new type of "industry availability", "novelty" and "progressive" patent requirements; the applicant is in accordance with the provisions of the Patent Law File an application for a new patent. 12 M335083 [Simple description of the diagram] Figure 1 is a schematic diagram of the device for general energy storage batteries. Figure 2 is a schematic view of the apparatus of the preferred embodiment of the present invention. Figure 3 is a perspective view of a preferred embodiment of the present invention. Figure 4 is a hardware block diagram of the preferred embodiment of the present invention. [Main component symbol description] 10 Energy storage battery 20 Electric energy generating device 30 Electrical energy storage device 301 Battery body 3011 Power terminal 302 Monitoring unit 3021 Monitoring circuit 3022 Discharge protection circuit 3023 Display 303 Signal transmission J Unit 304 Protection circuit 40 Power generation device 50 computer 60 mobile communication device 13