TWM380516U - Intelligent power management system - Google Patents

Intelligent power management system Download PDF

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Publication number
TWM380516U
TWM380516U TW98215855U TW98215855U TWM380516U TW M380516 U TWM380516 U TW M380516U TW 98215855 U TW98215855 U TW 98215855U TW 98215855 U TW98215855 U TW 98215855U TW M380516 U TWM380516 U TW M380516U
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Taiwan
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power
power supply
ethernet
control module
supply module
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TW98215855U
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Chinese (zh)
Inventor
zhong-qin Luo
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zhong-qin Luo
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Publication of TWM380516U publication Critical patent/TWM380516U/en

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M380516M380516

五、新型說明: 【新型所屬之技術領域】 一本創作隸屬一種電力遠端管理之技術領域,具體而 二係指一種能透過單一設備與軟體操控遠端不同電源供 电才異組之冬此化電源管理系統,错以有效的取得用電資 訊,並能直接進行用電控制,而達到提升節能與用電安 全性之目的。 ~ 【先前技術】 ▲ 按’電力的開發為近代人們帶來生活型態的完全改 變,也促使工業與科技大幅的發展與進步,各式各樣的 電氣與复sfl a又備充促在人們的生活環境之中,而這此電 力設備通常需要使用電力才能操作,當用電量增加後, 復容易因負載過大而造成短路等意外,嚴重塑 ^安全性。再者受到科技的發展,人們對_㈣求不 畸的增加,而用於火力發電的石油、媒碳等主要能源又 將消耗殆盡,且這類以石油氣或媒碳等火力發電所造成 的環境污染問題更早已引起關注,尤其是排放二氧化碳 之溫室效應引發全球暖化的問題最為嚴重,故目前開發 有多種的新能源,如利用風力或太陽能等來進行自發電 ’以達節省能源消耗及不破壞環境之目的。 然不論何種新能源,其一樣會受限於自然環境而有 ,不足之處,例如風力僅適用於海岸線、且其會產生風 ΰ。至於太陽能則受曰光影響,於昏暗環境中即無用武 ,地。故如能搭配節能觀念,才能真正發揮節能減碳之 敦果,而節能除了使用低耗能的電器設備外,最主要來 98.12.2 年月 自於隨手關閉不用電器設備的電源,以減少能源不必要 的浪費’但各設備或因需要、或因一時忘記,常在人員 離開住處、公司或工廠後,仍未能確實關閉斷電,無形 間造成能源的浪費; 換言之’良好的電力管理不僅可有效的避免電力浪 費’並能提高用電的安全。而目前的電力管理系統除了 近端的控制外’更以開發至遠端的控制,也就是中控中 心或用戶端之透過乙太網路通訊技術【Ei±ernet;】及電 力線通訊技術【P〇Wer Une Communication,PLC】, 經由PLC乙太網路閑道器【pLC Ethernet Gateway】、 PLC電力線及P1X電源供電模組連接,使遠端的使用者 可^用操她组逐1不同的ριχ電絲電模組擷取用 控制指令。由於該PLC乙太網路閘道器係 ;具;對i二以匕因此用戶端之的;控模組 #,&# PLC f %' I模組連接的軟體才能有效操 作故田PLC電源供電模紐的數量越多日丰,由於鉦半夺丨 用單-的軟體統-管理,κH *於無去利 造成電力管理的不便,且A其管理會越多樣與複雜,而 力資訊的穩定性與正確性热法有效的確保收集及取得電 緣是,本創作人乃針對< 臨的問題深入探討,並4 則述現有遠端電力管理所面 驗,積極尋求解決之^稭^多年從事相關產業的研發經 於成功的開發出一種不斷努力之研究與試作,终 有電力管理無法透過單电源官理系統,藉以克服現 【新型内容】 人體統一操作的不便與困擾。 M380516 9¾1¾ 2辦正 因此’本創作之主要目的係 月補充 統’藉以能讓遠端的供—種智此化電源 管理系統’藉以能讓遠端的使用提供—種智能化電源 及操控複數不同的plc電源供電杻y利用單一軟體收集 便利性’且可提升節能省電與^增進用電管理的 戈全的功效。 為此,本創作主要係透過下 實現本創作的各項目的與效能:1技術手段,來具體 技術及電力線通訊技術來達到管理^、引用乙太網路通訊 系統包含有至少-個以上電源供電模:的u源管理 邊緣服務器及—操控模組所構成;其中個或以上之 ,各組=力線通訊功能之電源插座 務器連接減糾祕軌㈣之電力線與邊緣服 至於邊緣服務器具有收集與控制各 硬體架構及1具軟體; W各為供電模組之 服務if组可透過網際網路之乙太網路與前述邊緣 時掌握各t使时可透過雜模組操作邊緣服務器即 各电碾供電模組的狀態與傳達指令。 U Μ 作讓“的:過本創作前ίΐ術t段的展現,使得本創 =的使用者可姻邊緣服務器即時掌握所 電源〇態’並直接傳達使用者的指令’以控制: 模組的的開關狀態,同時能取得及回報電源供電 之電力管^訊與異常,供透過單—軟體統—進行遠端 能及用=,使本創作之電源管料、統能在『管理、節 书女全』等方面較習式者更具功效增進。 為使賁審查委員能進一步了解本創作的構成、特 5 M380516V. New description: [New technology field] A creation belongs to a technical field of remote power management, and specifically refers to a winter that can be controlled by a single device and a software device. The power management system is wrong to obtain power consumption information effectively, and can directly control the power consumption, thereby achieving the purpose of improving energy conservation and power consumption safety. ~ [Prior Art] ▲ According to the development of electric power, the complete change of life style brought by modern people has also promoted the great development and progress of industry and technology, and various electrical and complex sfl a In the living environment, this power equipment usually needs to use electricity to operate. When the power consumption is increased, it is easy to cause an accident such as a short circuit due to excessive load, and the safety is severe. In addition, due to the development of science and technology, people are demanding an increase in _(4), and the main energy sources such as petroleum and medium carbon used for thermal power generation will be exhausted, and such coal-fired or medium-carbon-fired power generation will cause The environmental pollution problem has attracted attention earlier, especially the greenhouse effect of emitting carbon dioxide has caused the most serious problem of global warming. Therefore, a variety of new energy sources have been developed, such as using wind or solar energy for self-generation to save energy consumption. And do not damage the environment. However, no matter what kind of new energy, it will be limited by the natural environment. Insufficient, for example, wind is only applicable to the coastline, and it will generate wind. As for solar energy, it is affected by the dawn, and it is useless in the dark environment. Therefore, if we can match the concept of energy conservation, we can truly play the role of energy saving and carbon reduction. In addition to the use of low-energy electrical equipment, the most important thing is to reduce the energy supply from the electrical equipment in September 98.12.2. Unnecessary waste's, but the equipment is often unable to close the power outage after the person leaves the house, company or factory because of the need, or because it is forgotten. In other words, the energy waste is invisible; in other words, 'good power management is not only It can effectively avoid power waste' and improve the safety of electricity consumption. In addition to the near-end control, the current power management system is more developed to remote control, that is, the central control center or the user terminal through the Ethernet communication technology [Ei±ernet;] and power line communication technology [P 〇Wer Une Communication, PLC], connected via PLC Ethernet channel [pLC Ethernet Gateway], PLC power line and P1X power supply module, so that the remote user can use her group to make a different ριχ The electric wire electric module captures the control command. Because the PLC Ethernet network gateway system; has; the second to the user, so the user terminal; control module #, &# PLC f%' I module connected software can effectively operate the field PLC power supply The more the number of power supply modules is, the more it is, the more it is inconvenient, and the more complicated and complicated the management of A, because of the inconvenience of power management. Stability and correctness The thermal method is effective in ensuring the collection and acquisition of electrical margins. This creator is in-depth discussion on the issue of < Pro and the existing remote power management, and actively seeks to solve the problem ^ After years of research and development in related industries, we have successfully developed a research and trial work that is constantly working hard. Ultimately, power management cannot pass through the single-power government system to overcome the inconvenience and troubles of the current [new content] unified operation of the human body. M380516 93⁄ ⁄ ⁄ ⁄ ⁄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ The plc power supply 杻 y uses a single software to collect convenience' and can improve energy saving and power saving. To this end, this creation is mainly through the realization of the purpose and effectiveness of this creation: 1 technical means, to the specific technology and power line communication technology to achieve management ^, reference Ethernet communication system contains at least one or more power supply Mode: u source management edge server and - control module; one or more, each group = power line communication function power socket server connection minus correction track (four) power line and edge service to the edge server has collection And control each hardware architecture and one software; W each service group of the power supply module can access the edge server through the Internet and the edge of the network. The status of the electric power supply module and the communication instructions. U Μ 让 让 “ : : : : : : : : : : : : : : 过 过 过 过 过 过 过 过 过 过 过 过 过 过 过 过 过 过 本 本 本 本 本 本 本 本 本 本 本 本 本The switch state, at the same time, can obtain and return the power supply power control and abnormality, for the remote power can be used through the single-software system, so that the power supply and materials of the creation can be managed and programmed. In terms of women's fullness, it is more effective than the apprentices. In order to enable the censorship committee to further understand the composition of this creation, special 5 M380516

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徵及其目的,以下乃舉本創作之若千較值實施例,並配 合圖式詳細說明如后,同時讓熟潍該頊技術領域者能夠 具體實施。 ’… 【實施方式】 本創作係一種智能化電源管理系统,隨附圖例示之 本^作電源管理系統的具體實施例及其搆件中,所有關 於丽與後、左與右、頂部與底部、上部與下部、以及水For the purpose of the levy and its purpose, the following is a numerical example of the creation of the present invention, and is accompanied by a detailed description of the drawings, and at the same time, enables those skilled in the art to implement it. '...Embodiment】 This is an intelligent power management system, which is illustrated in the accompanying drawings as a specific embodiment of the power management system and its components, all related to the rear and left, right and top, bottom and bottom , upper and lower, and water

平與垂直的參考’僅用於方便進行描述,並非限制本創 作,亦非將其構件限制於任何位置或空間方向。圖式與 5兄,書中所指定的尺寸’當可在不離開本創作之申請專 利範圍内,根據本創作之具體實施例的設計與需求而進 行變化。 而本創作之智能化電源管理系統架構,則係如第一 圖所示’本創作之電源管理系統係利用乙太網路通城 術【Ethernet】及電力線通訊技術【pQwe^ineThe flat and vertical references are provided for convenience of description only and are not intended to limit the present invention, nor to limit its components to any position or spatial orientation. The schema and the 5 brothers, the dimensions specified in the book, can be varied in accordance with the design and needs of the specific embodiment of the present invention without departing from the scope of the application. The intelligent power management system architecture of this creation is as shown in the first figure. 'The power management system of this creation uses the Ethernet and Ethernet power technology [pQwe^ine].

Communication, Ρϊ ri 忠、去 外 , ^ LLJ末達到官理之目的,該電湄瞢理Communication, Ρϊ ri loyalty, go outside, ^ LLJ at the end to achieve the purpose of the official, the electric clerk

系統包含有至少―個以上電源供電模組 以上之邊緣服務器(20)及一操控模組(5〇)所構成; 其中 該電源供電模組(10)係為具電力線通訊【Power Line C〇mnmmCatlon,PLC】功能之電源插座且 源供電模組⑴)可用於提供對應設備之電力供 訊傳輸,又各電J供電模組(1〇)並利用具通訊二之 電力線(15)與丽述邊緣服務器(2〇)連接; 此 至於邊緣服務ϋ (2G)具有收集與控制各電源供電 6 M38Q516 模組(1°i =能,又電源供電模組(HO在硬體 上至少具有微處理器、記憶體【包括動態隨機存= 體及固態記憶裝置】、至少-個電力線通訊連接 少一個乙太網路連接埠,再者邊緣服務器(20)内ϋ 立有-工具軟體’紅具軟料有提供各 (1〇)動態1川咖⑽〜。col】、具有 Server來對該PLC之電源供電模組(1〇)做設 取其電力狀態資訊、具有對該P L c之電源供電模組一又 )做電力資料採擷與開關控制及具有使操控模組(5〇 可用TCP/IP的方式來取得或下達電力狀態或控 令等功能; 曰 又用戶端之操控模組(50)可為有線或無線之终端 設備【如電腦、筆記型電腦、手持通訊裝置等】及中控 中心,該操控模組(50)可透過網際網路之乙太網路( 30)【Ethernet】與前述邊緣服務器(2〇)連接,讓用 戶端之使用者可透過操控模組(50)操作邊緣服務哭( = 體’而利用邊緣服務器(20)即時掌i各 ””電模組(10)的狀態與傳達指令; 猎此,tft h ㈣務器(2η^端使用者能由操控模組(5G)透過邊 電資訊與傳、)操作及收集各電源供電模組(1G)之用 嚷栺令,而組構成智能化電源管理系統者。 而關於+ 則係如第〜劓作之智能化電源管理系統的實際操作, 所汴者,使用者可利用用戶端之操控模組 務器(20?啕際網路之乙太網路(3〇)與前述之邊緣服 5QN ^ 建轾,讓用戶端之使用者可透過操控模組( ”内建柃邊緣服務器(20)之工具軟體,而利用 7 修正 邊^務器(20)即時掌握各FIX之電源供電袓1TTJ^ )的狀態與傳達指令; 、、且(10 用且i此r卩可透過鹏【網際網路絲域_路】來利 =,〇)’其可得:各=:¾ 綱源供電模組(1〇)的開關、取得ΐ 及回報:ΐ=Γ=流與功率消耗等用電資訊 AA ^ …、電4、、、· (10)的異常電力狀態;使整體 的用電官理單純化,增進 1定正體 節能省電與使用安全的功理的便利性’且可提升 源供有—實施例’其係如第二圖所示,該電 有二PL、r且〇)利用具通訊功能之電力線(15)連接The system comprises at least one edge server (20) and a control module (5〇) above the power supply module; wherein the power supply module (10) is powered by power line communication [Power Line C〇mnmmCatlon] , PLC] function power socket and source power supply module (1) can be used to provide power transmission of the corresponding equipment, and each power J power supply module (1〇) and use the power line (15) with communication two Server (2〇) connection; This is the edge service ϋ (2G) with collection and control of each power supply 6 M38Q516 module (1 ° i = can, but also power supply module (HO has at least a microprocessor on the hardware, Memory [including dynamic random memory = solid state memory device], at least one power line communication connection with one less Ethernet connection port, and then the edge server (20) has a - tool software 'red tool soft material has Providing each (1〇) dynamic 1 Sichuan coffee (10) ~.col], having a server to set the power state information of the PLC power supply module (1〇), having a power supply module for the PL c Also) do power data picking and switching Control and have the function of enabling the control module (5〇 available TCP/IP to obtain or release power status or control commands; 曰 and the user terminal control module (50) can be wired or wireless terminal equipment [such as computer , notebook computer, handheld communication device, etc. and the central control center, the control module (50) can be connected to the aforementioned edge server (2〇) via the Internet Ethernet (30) [Ethernet], allowing the user The user of the end can use the control module (50) to operate the edge service to cry (= body' and use the edge server (20) to immediately "i" the state of the electrical module (10) and communicate the command; hunting this, tft h (4) The server (2n^ end user can operate and collect the power supply module (1G) by the control module (5G) through the side information), and the group constitutes the intelligent power management system. And about + is the actual operation of the intelligent power management system like the first one, the user can use the user's control module (20? Internet of Ethernet) (3〇) with the aforementioned edge service 5QN ^ Jianye, let the user side Users can control the status and communication commands of each FIX power supply 袓1TTJ^ by using the 7-correction edge server (20) through the control module ("built-in edge server (20) tool software); And (10 use and i this r卩 can pass through Peng [Internet network domain _ road] to benefit =, 〇) 'It is available: each =: 3⁄4 source power supply module (1 〇) switch, obtained ΐ and return: ΐ = Γ = flow and power consumption and other electricity information AA ^ ..., electricity 4,,, (10) abnormal power state; make the overall electricity policy simplification, improve the 1 fixed body energy saving province The convenience of using electricity and safety is improved and the source can be improved. The embodiment is as shown in the second figure. The power has two PL, r and 〇) connected by a power line (15) with communication function.

Gateway 1 ? ^ ^ ^ ^ H (60) [ PLC-Ethernet 路(651 rT^太網路閘道器(60)並透過一區域網 緣服務器(2〇), ea Netw〇rk,LAN】連接前述之邊 電力線通訊【ΡΙχ如此^緣服務器(2〇)即可不需内建 過區域網路(65 之介面,而由邊緣服務器(20)透 各PLC之電源供雷ί ^太網路間道器(60)操控及監視 與實用價值,使'敕、、且(1〇),其—樣具有前述之功效 管理的便利性,-的用電官理單純化,並能增進用電 而達到節能省電與使时全之目的。 柯it匕,可以王里 ,除了有效解決f =本創作為—創意極佳之新型創作 ,且在相同的技術臨的問題’更大幅增進功效 公開使用,同時具;中未見相同或近似的產品創作或 專利有關「新賴性放的增進,故本創作已符合新型 、」與「進步性」的要件,乃依法提出 8 M380516 申請新型專利。 【圖式簡單說明】 第1圖:係本創作之智能化電源管理系統的架構示意圖 ,用以說明本創作系統的連接關係。 第2圖:係本創作之智能化電源管理系統另一實施例的 架構不意圖。 【主要元件符號說明】 (10) 電源供電模組 (15) 電力線 (20) 邊緣服務器 (30) 乙太網路 (50) 操控模組 (60) 乙太網路閘道器 (65) 區域網路Gateway 1 ? ^ ^ ^ ^ H (60) [PLC-Ethernet (651 rT^ too network gateway (60) and connected via a regional network server (2〇), ea Netw〇rk, LAN] On the side of the power line communication [ΡΙχ so ^ edge server (2 〇) can be built without the need for built-in regional network (65 interface, and the edge server (20) through the PLC power supply for the ί ^ too network inter-channel device (60) Control and monitoring and practical value, so that '敕,, and (1〇), which have the convenience of the aforementioned power management, can be simplistic and can save energy and save energy. Power saving and the purpose of making time. Ke Ito, can be Wang Li, in addition to effectively solve f = this creation is - creative new creation, and in the same technology, the problem of 'more significant improvement in public use, while There is no identical or similar product creation or patent related to the "new promotion of the new property, so the creation has been in line with the new," and "progressive" elements, is to apply for a new type of patent 8 M380516. Brief Description] Figure 1: Department of Intelligent Power Management Schematic diagram of the architecture to illustrate the connection relationship of the authoring system. Fig. 2: The architecture of another embodiment of the intelligent power management system of the present invention is not intended. [Main component symbol description] (10) Power supply module ( 15) Power Line (20) Edge Server (30) Ethernet (50) Control Module (60) Ethernet Gateway (65) Regional Network

Claims (1)

、申請專利範圍: 1、-種智能化電源管理系統,其係利 技術及電力線通訊技術來達到管理之目== 官理系統包含有至少一個以上電厂、源 彳,、,L 4'自 丄电你供冤枳組、一個 5 之邊緣服務器及一操控模組所構成;其中 該電源供電模㈣為具電力線軌魏之電源插座 緣=模組並利用具通訊功能之電力線與邊 集與控制各電源供電模組之 又操控模組可透過網際網路之乙太網 服務器連接,使用㈣過操控模組操二邊J 器即時掌握各電源供電模組的狀態與傳達=服務 藉此,組構成智能化電源管理系統者。 2 ,其中該邊緣服務器在硬體架構上至少且 器、記憶體、至少一個之電力線通訊連接及二 一個乙太網路連接埠。 文平汉主乂 3、 如申請專利範圍帛2項所述之智能化電源管 ,其中該記憶體可選自動態隨機存取記同< 記憶裝置。 4、 如申請專利範圍第i項所述之智能化電源管理 ,其中該邊緣服務器之工具軟體具有提供各電= 电才旲組動態IP、具有以Web Server來對該plc ^ M380516Patent application scope: 1. Intelligent power management system, which is based on technology and power line communication technology to achieve management objectives == The government system contains at least one power plant, source, and L 4'你 你 你 你 你 、 、 、 、 、 、 、 、 、 ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; The control module that controls each power supply module can be connected through the Internet's Ethernet server, and (4) the control module operates on both sides of the J device to instantly grasp the status and communication of each power supply module. Groups constitute intelligent power management systems. 2, wherein the edge server has at least a device, a memory, at least one power line communication connection and two Ethernet connections on the hardware architecture. Wenping Han Principles 3. The intelligent power supply tube as described in claim 2, wherein the memory may be selected from a dynamic random access memory < memory device. 4. The intelligent power management as described in item i of the patent application scope, wherein the tool software of the edge server has a dynamic IP for providing each electric=electric group, having a Web Server to the plc ^ M380516 )8.12 年 電源供電模組做設定或獲取其電力狀態資訊、具有 對該PLC之電源供電模組做電力資料採擷與開關控 制及具有使操控模組可用TCPWP的方式來取得或 下達電力狀態或控制的指令等功能。 5、 如申請專利範圍第1項所述之智能化電源管理系統 ,其中該操控模組可選自終端電腦、遙控控制器及 中控中c。 6、 如申請專利範圍第1項所述之智能化電源管理系統 ,其中該操控模組可為有線或無線之電腦、筆記型 電腦、手持通訊裝置等。 7、 如申請專利範圍第1項所述之智能化電源管理系統 ,其中該電源供電模組利用具通訊功能之電力線連 接有一 PLC之乙太網路閘道器,該乙太網路閘道器 並透過一區域網路連接邊緣服務器。 M38Q516 四、指定代表圖: (一) 本案指定代表圖為:第(1 )圖。 (二) 本代表圖之元件符號簡單說明: (10) 電源供電模組 (15) 電力線 (20) 邊緣服務器 (30) 乙太網路 (50) 操控模組8.12 power supply module to set or obtain its power status information, with power data acquisition and switch control for the power supply module of the PLC and with the TCPWP of the control module to obtain or release power status or control Instructions and other functions. 5. The intelligent power management system according to claim 1, wherein the control module is selected from the group consisting of a terminal computer, a remote controller, and a central control unit. 6. The intelligent power management system according to claim 1, wherein the control module can be a wired or wireless computer, a notebook computer, a handheld communication device, or the like. 7. The intelligent power management system according to claim 1, wherein the power supply module uses a power line with a communication function to connect to a PLC Ethernet gateway, the Ethernet gateway And connect to the edge server through a regional network. M38Q516 IV. Designated representative map: (1) The representative representative of the case is: (1). (2) A brief description of the component symbols of this representative diagram: (10) Power supply module (15) Power line (20) Edge server (30) Ethernet (50) Control module
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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI454008B (en) * 2011-01-04 2014-09-21 Delta Electronics Inc Power distribution unit and power management system employing the same

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI454008B (en) * 2011-01-04 2014-09-21 Delta Electronics Inc Power distribution unit and power management system employing the same

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