1285476 九、發明說明： 【發明所屬之技術領域】 指一-種無線網域管理系統之技術，尤其是 妒呢昔堂收發裝置（WirelessAccessP〇int)與再生 二畜純組進行整合’並藉*無線 =::i個發電、蓄電模組進行資訊收集 理之-種整1^管理、發電與蓄電f理以及通訊狀態管 理系統 ϋ再生能源與蓄電系統之無線收發裝置以及管 【先前技術】 由於無線傳輸技術的進步·，使得無線區域網路逐普 及於日沓A. 可以 生活、工業或商業上之應用。由於無線區域網路 域S免去不必要之佈線困擾，減少線材之消耗因此對於區 _ 1之系統進行資訊收集與散佈具有相當大的助益。 收r要維持區域網路能夠運作的重要元件就是負責訊號接 線乂及發射之無線收發裝置（Wireless Access Point)，無 :收發數置佈建的完善的話，可以避免在區域通訊時有通 因死角產生。由於無線收發裝置本身需要有電源的供應， /此在偏遠地區的區域網路建構上，最好的方式是與電力 二、、先之路燈或電線桿作結合，以藉由路燈或電線桿提供之 電源氺、宏 運作，例如美國專例U· S· Pat. No. 6704567或者是 U, S + i /at· No· 6690533所揭露的即將網路通訊之節點裝置設 於電線椁上，而利用市電供應其運作。不過，由於路燈 1285476 的佈建係沿著道路而架設，而道路又多為直線延伸，因此 如果僅要透過兩三條道路而建構出無線通訊之區域，很顯 然是不夠的，另外如果是架設於電線桿上，由於一般電線 ·、 桿分布密度並不高，再加上電線地下化之措施，設置在電 線桿上之方式並不符合未來的趨勢。此外，若要將無線收 發裝置與電線桿結合，無線通訊裝置業者就必需透過電力 系統之負責單位，以簽約的方式進行租借，如此不但會造 成佈建程序上之不便，額外的電費也是一筆沉重的負擔。 • 此外，市電之供應本身並不具備再生能源裝置或緊急備用 電源裝置，因此萬一停電或者是電線斷裂時，即會影響通 訊0 縱使無線收發裝置可以架設在具有發電以及蓄電之系 統上，來獲得電力，然而此舉還是得花費人力以及時間對 於佈線點之發電以及蓄電狀態進行巡察管理，因此無法動 態且即時的掌握各項重要資訊，例如發電元素（如太陽能 板、燃料電池之氳、氧供應）、供電狀況、殘留電力、各部 • 元件之生命週期資訊、保養校正資訊、電力消耗資訊以及 耗材補給等資訊。 綜合上述情形，因此亟需一種整合再生能源與蓄電系 統之無線收發裝置以及管理系統來解決係用技藝所造成之 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與蓄電系 1285476 統之無線收發裝置以及管理系統，其係將無線收發裝置與 發電、蓄電模組進行整合，使該無線收發裝置可以在任何 狀態下得到電力之供應，達到維持區域網路正常通訊之目 的。 本發明的次要目的是提供一種整合再生能源與蓄電系 統之無線收發裝置以及管理系統，其係以中控中心管理具 有無線射頻通訊技術之電源系統，中控中心接收由各地之 無線收發裝置即時的現場資訊，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、校正以及重要部件生命週期管理之重要依據，以達 到確保無線收發系統可靠度之目的。 本發明的另一目的是提供一種整合再生能源與蓄電系 統之無線收發裝置以及管理系統，其係於發電系統之蓄電 池部件與電源管理部件上均設置有無線識別裝置以及各式 檢測器，以達到即時檢測發電系統與蓄電池模組之動態資 訊（如系統之溫度、壓力、濃度）以及發電效率之目的。 為了達到上述之目的，本發明提供一種無線收發裝 置，包括：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；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，談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；以及一無線收發器，其係與該蓄電池 模組作電性連接，可接收該蓄電池模組提供之電源。 較佳的是，該再生能源裝置係可選擇為太陽能發電裝 1285476 置、風力發電裝置、燃料電池以及生質能發電裝置其中之 該蓄電池模組更具有至少一感測裝置，其係與該第一 無線識別標餘接，以提供Μ資訊給該無線識別標籤。 其中，該感測裝置可選擇為一壓力感測器、一溫度感測器、 一電池液位偵測器、—電«測ϋ、-濃度感測器以及前 述各感測器之組合其中之一。 較佳的是，該再生能源裝置更提供電力給一供電裝 置。其中該供電裝置係可提供照明裝置、汽車啟動用電、 電動車輛電池充電以及手機等電器用品之充電所需之電 較佳的是，該電力管理模組更包括有 器，以偵測該再生能源裝置之發電效率。 之管理系統/勺^之—目的’本發明提供一種無線收發裝置 ^ 匕括·複數個無線收發裝置以及一中控中心。 :複Ϊ::線收發裝置分布於一區域内而形成無線通信網 ; = -;-無線識別標籤“ 及-第二無線識別標;：力管 無線識別標籤之資訊以寫入至該第二4 該蓄電池模組之狀“及-無線= 組提供之電源。二連接’可接收該蓄電池模 收發妒置戶/Hi'、、/ Λ卫〜，其係可接收由該複數個盔線 衣置所傳狀記錄於該第二無線朗標_之内Γ 1285476 以即時監控該無線收發裝置之發電、充電、供電以及通訊 之狀態。 較佳的是，該無線收發裝置係可以有線傳輸之方式將 該第二無線識別標籤内之内容傳遞至該中控中心；或者是 該無線收發裝置係可以藉由該無線收發器將該第二無線識 別標籤内之内容傳遞至該中控中心。 較佳的是，該中控中心可將該第二無線識別標籤内之 内容進行整合管理以形成一管理資訊。其中該管理資訊係 • 包括有供電狀況、殘留電力、生命週期資訊、保養資訊、 電力消耗資訊、發電之重要元素消耗與補給資訊、耗材補 給資訊以及其組成其中之一。 較佳的是，該發電之重要元素包含有燃料電池所使用 之氫氣、水、醇類、液化石油氣、天然氣以及其組成其中 之一0 較佳的是，該發電之重要元素包含有生質能發電所需 要之酵素、微生物、菌類、有機物、催化劑以及其組成其 中之 【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： 請參閱圖二以及圖三所示，其中圖二係為本發明整合 1285476 再生能源與蓄電系統之無線收發.裝置較佳實施例示意圖； . 圖二係為本發明整合再生能源與蓄電系統之無線收發裝置 幸父佳貫施例方塊組合示意圖。該無線收發裝置2包括：一 、 再生能源裝置20、一電力管理模組24以及一無線收發器 • 21。该再生能源裝置20可將產生之電力蓄積於具有一第一 無線識別標籤2211之一蓄電池模組22内。在本實施例中， 忒再生能源裝置20可以選擇為風力發電、太陽能發電、燃 料電池或者是生質能發電等產生電力之方式。 • 該蓄電池模組22係由至少一電池單元221，每個電池 單元221具有一感測裝置2212以及一第一無線識別標籤 2211。該電池單元221可以蓄積由該再生能源裝置2〇所產 生之電力。該感測裝置2212係可感測該電池單元221之狀 態，如溫度、壓力、電壓或者是電池液狀態等。該感測裝 置221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。該第一無線識別標籤2211透過電磁 ❿ 波设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221上。該第一無線識別標籤2211可以即時記 錄該感測裝置2212所感測之資訊。 該電力管理模組24係具有一無線讀寫器24丨以及一第 二無線識别標籤242，該電力管理模組24可藉由該無線讀 寫态241瀆取该第一無線識別標籤2211之資訊以寫入至兮 第二無線識別標籤2 4 2内以管理該蓄電池模組2 2之狀能^ 該電力管理模組24更可以藉由一發電效率制器25ς監 控該再生能源裝置20之發電效率是否正常。例如：再生能 11 1285476 源裝置為太陽能板時，該發電效率偵測器25可以偵測太陽 能板之發電效率，而將訊息回報至該電力管理模組24而記 錄在該第二無線識別標籤242内，或者是透過發電效率偵 測器25即時掌握燃料電池、風力發電以及生質能發電等再 生能源裝置之發電效率以及分析其發電重要元素之消耗 量。 該無線收發器21，其係與該蓄電池模組22以及該電 力管理模組24作電性連接，可接收該蓄電池模組22提供 之電.源。該無線收發裝置2更具有一供電裝置23，其係可 以提供各種不同需求之供電介面，例如在本實施例中，該 供電裝置可提供供應一照明裝置230,或者是提供一接電 端子231以作為汽車啟動供電之接頭，亦或者是提供插座 . ί 232以供電動汽車或者是手機等電器產品之充電介面。 請參閱圖四所示，該圖係為本發明整合再生能源與蓄 電系統之無線收發裝管理系統較佳實施例示意圖。利用前 述之無線收發裝置佈設於一區域範圍内配合中控中心以形 成一無線收發系統3。該無線收發系統3利用複數個無線 收發裝置2以架構成一無線區域網路30。如此可以避免該 無線收發裝置2受限於電源供應而必須依賴路燈或者是電 線桿的情形。請參閱圖三以及圖四所示，該無線區域網路 30通信範圍内的無線收發裝置2與中控中心31連接，該 無線收發裝置2係可以藉由該無線收發器21將該第二無線 識別標籤242内之内容傳遞至該中控中心31或者是藉由有 線傳輸至該中控中心31。 該中控中心31可將該第二無線識別標蕺242内之内容 12 1285476 進行整合官理以形成一管理資訊。哕其次^ 電狀況、殘留電力、生命週期 訊係包括有供 K中消耗與補給、耗材補給以及: 用:氫氣、水?：、=:ί素包含她^^^ 中之-或者是包含有生質能發電：需==及其組成其 ，、有機物、催化劑以及其組成料二 貧訊’使該中控中心31對於區域網路心u 内之再生能源裝置2〇或者是蓄帝 …線收發裝置2 的監控。該無線收發裝置2可以%透過=動態即時 傳遞資訊至該中控中心31。 、’、5者…線的方式 中控中^ 31會對於該無線收發m進行時動 之，別、保養校正、系統管理、資 ^、、由 ‘羞心31 τ以了解每一個部件之狀況，例如是否需要‘ =養校正、電池液是否需要更換或者是電池單元= j化雜形，以作為㈣補給、祕彳 ，㈣如··供電狀況、殘留電力、產品;= 電板組之可靠度，進而維持無線通信之正常。崔保畜 此外’如圖三所示，該裝置2 2雜。如果該再生能源裝置2()為_電池i 政率谓測器2 5監控燃料電池發電系統之 ” j電 液化石油氣⑽）以及天然㈣重要“Μ量狀&=適 1285476 時補給。又如，該再生能源裝置20為太陽能發電的時候， 該發電效率偵測器25也可以偵測該太陽能板之發電效 率，進而藉由該電力管理模組將資訊回報給該中控中心 31，以判斷太暢能板是否需要進行更換或清潔。 唯以上所述者，僅為本發明之較佳實施例，當不能以 之限制本發明範圍。即大凡依本發明申請專利範圍所做之 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。 綜合上述，本發明提供之無線收發裝置以及系統除了 解決區域網路之存取點電力消耗之問題，更具有監控供應 存取點電力之發電以及蓄電模組内部組成元件與發電元素 之狀態以及發電、耗電情形，以提供雉修保養與生命週期 管控之優點。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。1285476 IX. Description of the invention: [Technical field of invention] Refers to the technology of a wireless domain management system, especially the integration of WirelessAccessP〇int and the regenerative two livestock group. Wireless =::i power generation, storage module for information collection - seed management, power generation and storage management, and communication status management system, wireless transceivers and batteries for renewable energy and storage systems [prior technology] Advances in wireless transmission technology have made wireless local area networks popular in the future, which can be used in life, industrial or commercial applications. Since the wireless local area network S eliminates unnecessary wiring troubles and reduces the consumption of wires, it is quite helpful to collect and distribute information for the system of the area _1. The important component to maintain the operation of the local area network is the wireless access point for signal connection and transmission. No: if the number of transmission and reception is perfect, it can avoid the dead angle in the area communication. produce. Since the wireless transceiver itself needs to have a power supply, the best way to construct a regional network in a remote area is to combine it with a power source, a street light or a utility pole to provide it by street light or utility pole. The power supply and macro operation, such as the US special case U.S. Pat. No. 6704567 or the node device of the network communication disclosed in U, S + i / at No. 6690533 is set on the wire raft, and Use the utility to supply its operations. However, since the construction of the street light 1285476 is erected along the road, and the roads are mostly extended in a straight line, it is obviously not enough to construct a wireless communication area through only two or three roads. On the utility poles, because the general distribution of wires and rods is not high, and the measures for undergrounding of the wires, the way of setting them on the poles does not conform to the future trend. In addition, in order to combine the wireless transceiver with the utility pole, the wireless communication device operator must rent the contract through the responsible unit of the power system, which will not only cause inconvenience in the construction procedure, but also the extra electricity bill is heavy. The burden. • In addition, the supply of utility power does not have a regenerative energy device or an emergency backup power supply. Therefore, if there is a power outage or a broken wire, it will affect the communication. 0 Even if the wireless transceiver can be installed on a system with power generation and storage, Obtaining electricity, however, it takes manpower and time to conduct inspections on the power generation and storage status of the wiring points. Therefore, it is impossible to dynamically and instantly grasp important information such as power generation elements (such as solar panels, fuel cells, and oxygen). Supply), power supply status, residual power, life cycle information for each unit, components, maintenance correction information, power consumption information, and supplies replenishment. In view of the above situation, there is a need for a wireless transceiver and management system that integrates renewable energy and power storage systems to solve the problems caused by the system. SUMMARY OF THE INVENTION The main object of the present invention is to provide a wireless transceiver device and a management system for integrating a renewable energy source and a power storage system 1285476, which integrates a wireless transceiver device with a power generation and storage module, so that the wireless transceiver device can be The supply of electricity in any state is achieved to maintain the normal communication of the regional network. A secondary object of the present invention is to provide a wireless transceiver device and a management system for integrating a renewable energy source and a power storage system, which are to manage a power system having a wireless radio frequency communication technology by a central control center, and the central control center receives the wireless transceivers from various places. On-site information, as an important basis for logistics supply (such as: judging the supply of important elements of power generation and the number of replenishment and frequency), maintenance, maintenance, calibration and life cycle management of important components, to ensure the reliability of the wireless transceiver system . Another object of the present invention is to provide a wireless transceiver device and a management system for integrating a renewable energy source and a power storage system, which are provided with a wireless identification device and various types of detectors on a battery component and a power management component of the power generation system to achieve Instantly detect dynamic information about power generation systems and battery modules (such as system temperature, pressure, concentration) and power generation efficiency. In order to achieve the above object, the present invention provides a wireless transceiver device, including: a regenerative energy device, which can accumulate generated power in a battery module having at least one first wireless identification tag; a power management module The utility model has a wireless reader/writer and a second wireless identification tag. The power management module can read the information of the first wireless identification tag by the wireless reader to write to the second wireless identification tag. Internally recording the state of the battery module; and a wireless transceiver electrically connected to the battery module to receive power provided by the battery module. Preferably, the regenerative energy device is selected from a solar power generation device 1285476, a wind power generation device, a fuel cell, and a biomass power generation device, wherein the battery module further has at least one sensing device, and the A wireless identification tag is provided to provide the information to the wireless identification tag. Wherein, the sensing device can be selected as a pressure sensor, a temperature sensor, a battery level detector, an electric detector, a concentration sensor, and a combination of the foregoing sensors. One. Preferably, the regenerative energy device further supplies power to a power supply. The power supply device can provide the lighting device, the vehicle starting power, the electric vehicle battery charging, and the electrical equipment required for charging the mobile phone, etc. Preferably, the power management module further includes a device to detect the regeneration. Power generation efficiency of energy devices. The present invention provides a wireless transceiver device, a plurality of wireless transceiver devices, and a central control center. : Reclamation:: The line transceivers are distributed in an area to form a wireless communication network; = -; - the wireless identification tag "and - the second wireless identification tag;: the information of the wireless tag identification tag is written to the second 4 The shape of the battery module "and-wireless = power supply provided by the group. The second connection 'receivable the battery mode transceiver household / Hi', / / defending ~, which can be received by the plurality of helmet line clothing records recorded in the second wireless label _ 1285476 To monitor the state of power generation, charging, power supply and communication of the wireless transceiver in real time. Preferably, the wireless transceiver device can transmit the content in the second wireless identification tag to the central control center in a wired transmission manner; or the wireless transceiver device can use the wireless transceiver device to perform the second The content in the wireless identification tag is passed to the central control center. Preferably, the central control center can integrate and manage the content in the second wireless identification tag to form a management information. The management information system includes one of power supply status, residual power, life cycle information, maintenance information, power consumption information, important element consumption and replenishment information for power generation, consumable supply information, and one of its components. Preferably, the important element of the power generation comprises hydrogen, water, alcohol, liquefied petroleum gas, natural gas and a component thereof used in the fuel cell. Preferably, the important element of the power generation comprises the biomass. Enzymes, microorganisms, fungi, organic matter, catalysts and compositions thereof capable of generating electricity. [Embodiment] In order to enable the reviewing committee to have further knowledge and understanding of the features, objects and functions of the present invention, the present invention will be specifically described below. The relevant detailed structure of the system and the concept of the design are explained in order to enable the reviewing committee to understand the characteristics of the present invention. The detailed description is as follows: Please refer to FIG. 2 and FIG. 3, wherein FIG. 2 is the integrated 1285476 regeneration of the present invention. A schematic diagram of a preferred embodiment of a wireless transceiver for an energy and power storage system; Fig. 2 is a schematic diagram of a combination of a wireless transceiver device for integrating a renewable energy source and a power storage system according to the present invention. The wireless transceiver device 2 includes: a renewable energy device 20, a power management module 24, and a wireless transceiver. The regenerative energy device 20 can accumulate the generated electric power in a battery module 22 having a first wireless identification tag 2211. In the present embodiment, the neon regenerative energy device 20 may be selected to generate electric power such as wind power generation, solar power generation, fuel cells, or biomass power generation. • The battery module 22 is composed of at least one battery unit 221, and each battery unit 221 has a sensing device 2212 and a first wireless identification tag 2211. The battery unit 221 can accumulate electric power generated by the regenerative energy device 2〇. The sensing device 2212 can sense the state of the battery unit 221, such as temperature, pressure, voltage, or battery state. The sensing device 221 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 first wireless identification tag 2211 is packaged on the battery unit 221 by the introduction of electromagnetic chopping design and material technology to reduce interference with metal and moisture. The first wireless identification tag 2211 can instantly record the information sensed by the sensing device 2212. The power management module 24 has a wireless reader/writer 24 and a second wireless identification tag 242. The power management module 24 can capture the information of the first wireless identification tag 2211 by using the wireless read/write state 241. The power management module 24 can be configured to be managed by the power generation efficiency controller 25 by being written to the second wireless identification tag 224 to manage the battery module 2 2 . Is the efficiency normal? For example, when the regeneration device 11 1285 476 is a solar panel, the power generation efficiency detector 25 can detect the power generation efficiency of the solar panel, and report the information to the power management module 24 to be recorded on the second wireless identification tag 242. In the meantime, the power generation efficiency of the fuel cell, the wind power generation, and the biomass power generation and the like are quickly grasped by the power generation efficiency detector 25, and the consumption of important elements of the power generation is analyzed. The wireless transceiver 21 is electrically connected to the battery module 22 and the power management module 24, and can receive the power source provided by the battery module 22. The wireless transceiver device 2 further has a power supply device 23, which can provide various power supply interfaces. For example, in the embodiment, the power supply device can provide a lighting device 230 or provide a power receiving terminal 231. As a connector for powering the car, it is also a socket. ί 232 is used to power the car or the charging interface of electrical products such as mobile phones. Referring to FIG. 4, the figure is a schematic diagram of a preferred embodiment of a wireless transceiver management system for integrating a renewable energy source and a power storage system. The wireless transceiver system 3 is configured to be integrated with the central control center by using the wireless transceiver described above to form a wireless transceiver system 3. The wireless transceiver system 3 utilizes a plurality of wireless transceivers 2 to form a wireless local area network 30. This avoids the situation where the radio 2 is limited to the power supply and must rely on street lights or poles. Referring to FIG. 3 and FIG. 4, the wireless transceiver device 2 in the communication range of the wireless local area network 30 is connected to the central control center 31, and the wireless transceiver device 2 can use the wireless transceiver 21 to enable the second wireless device. The content in the identification tag 242 is passed to the central control center 31 or is transmitted to the central control center 31 by wire. The central control center 31 can integrate the content 12 1285476 in the second wireless identification tag 242 to form a management information. ^Second ^Electric condition, residual power, life cycle information system includes K for consumption and replenishment, consumables replenishment and: Use: hydrogen, water?:, =: 素素 contains her ^^^ - or contains Biomass power generation: need == and its composition, organic matter, catalysts and its constituents, the second poverty news, so that the central control center 31 for the regional network heartu, the renewable energy device 2〇 or the storage... line Monitoring of the transceiver 2. The radio transceiver 2 can transmit information to the central control center 31 in a real-time transmission. , ', 5, ... line mode in the middle control ^ 31 will be the time to move the wireless transceiver m, other, maintenance correction, system management, resources ^, by 'shame 31 τ to understand the status of each component For example, whether it is necessary to '= correction, whether the battery liquid needs to be replaced or the battery unit = j hybrid, as (4) replenishment, secret, (4) such as · power supply status, residual power, product; = reliability of the electric board group Degree, and thus maintain the normality of wireless communication. Cui Baoyin In addition, as shown in Figure 3, the device is 2 2 miscellaneous. If the regenerative energy device 2() is a battery i-rate predictor 25 monitors the fuel cell power generation system "j liquefied petroleum gas (10)) and the natural (four) important "quantity" & = 1285476 replenishment. For example, when the regenerative energy device 20 is solar power generation, the power generation efficiency detector 25 can also detect the power generation efficiency of the solar panel, and then report the information to the central control center 31 by using the power management module. In order to judge whether the too smooth board needs to be replaced or cleaned. The above is only the preferred embodiment of the present invention, and the scope of the present invention is not limited thereto. That is, the equivalent changes and modifications made by the present invention in the scope of the present invention will remain without departing from the scope of the present invention, and therefore should be considered as further implementation of the present invention. In summary, the wireless transceiver device and system provided by the present invention not only solves the problem of power consumption of the access point of the regional network, but also monitors the power generation of the power supply to the access point and the state of the components and power generation elements of the power storage module and the power generation. , power consumption situation, to provide the advantages of maintenance and life cycle control. Therefore, the present invention satisfies the needs of the industry and further enhances the competitiveness of the industry. Since the invention has met the requirements for applying for an invention as stipulated by the invention patent law, it is therefore required to submit an invention patent according to law. Dial the time to review and grant the patent as a prayer.
14 1285476 【圖式簡單說明】 圖一係為習用技術網路存取點佈點示意圖。 圖二係為本發明整合再生能源與蓄電系統之無線收發裝置 較佳實施例示意圖。 圖三係為本發明整合再生能源與蓄電系統之無線收發裝置 較佳實施例方塊組合示意圖。 圖四係為本發明整合再生能源與蓄電系統之無線收發裝管 理系統較佳實施例示意圖。 【主要元件符號說明】 卜無線區域網路 1 〇 -斜線區域 Π-道路 12-路燈 2-無線收發裝置 20- 再生能源裝置 21- 無線收發器 2 2 -蓄電池模組 221-電池單元 2211- 第一無線識別標籤 2212- 感測裝置 23-供電裝置 230-照明裝置14 1285476 [Simple description of the diagram] Figure 1 is a schematic diagram of the network access point layout of the conventional technology. 2 is a schematic diagram of a preferred embodiment of a wireless transceiver device incorporating a renewable energy source and a power storage system according to the present invention. FIG. 3 is a block diagram showing a preferred embodiment of a wireless transceiver device for integrating a renewable energy source and a power storage system according to the present invention. Figure 4 is a schematic diagram of a preferred embodiment of a wireless transceiver management system incorporating the renewable energy and power storage system of the present invention. [Main component symbol description] Wireless local area network 1 〇 - slash area Π - road 12 - street light 2 - wireless transceiver 20 - renewable energy device 21 - wireless transceiver 2 2 - battery module 221 - battery unit 2211 - a wireless identification tag 2212 - sensing device 23 - power supply device 230 - lighting device
15 1285476 231- 接電端子 232- 插座 24- 電力管理模組 241- 無線讀寫器 242- 第二無線識別標籤 25- 發電效率偵測器 3-無線收發系統 30-無線區域網路 31 -中控中心 1615 1285476 231- Power terminal 232- Socket 24 - Power management module 241 - Wireless reader 242 - Second wireless identification tag 25 - Power efficiency detector 3 - Wireless transceiver system 30 - Wireless area network 31 - Medium Control Center 16