1312403 九、發明說明： 【發明所屬之技術領域】 本發明之智慧蠢晰理控⑽統，其藉*朗管理控制裝 置之設置，可麵電氣設備之既有麟鮮魏錢介面或外部 通訊介面與魏設生絲，來赌氣設叙運作，使 相關之電氣設備得以產生能源制效較，f量管 及維運管理網路化等各種功效者。 一 【先前技術】 目别市面販售之舰電氣設備幾乎全屬於_運作程序與參 數封閉不對賴放’且無對外通賴路之獨立運作系統型態，空 調、冰櫃、馬達、照m因此從外部非常_得知電氣2 備的運作的狀態與效能，如魏㈣氣設備運作賴式，大多都 必須經由使用者自行手動控制，但電氣設備在剛出廠安裝初期時 運作效能還好，但都會隨著使用的時間而逐漸劣化，另如該電氣 設備又會隨環境參數改變而劣化者(如空調系統），—般用戶是不 見得了解’就紐植时時間長控，因此會造錢源^費， 或無法達__舰，甚至釀成可怕的意外；如果魏設備本 ^無法得知環境參數改變，或無自動調整最佳運作模式的能力 時，也會縮短電氣設備使用的年限。 “目前市碰售之傳統電氣設備，錄t運作異常或即將故障 時是無法测的’都得_電氣設備損壞才能得知，並需由用戶 自行聯絡該電氣設備供應商，轉修人員僅能經_戶描述故障 1312403 現象，判斷該攜帶相關零組件至現場維修，通常用戶都不是專業 人員，因而描述錯誤或不清，導致維修人員無法到場一次完修， 除延遲用戶電氣設備修復啟用時機外，也造成維修成本大幅提 升；極少數高價電氣設備雖具備網路能力’但對外通訊協定仍屬 專屬封閉型，因此非製造商或設計者甚難與其互動，因此無法將 其納入整體電氣設備管理系統來加以管理，造成該電氣設備之能 源與用戶及供應商人力資源的浪費’以及無法做整體設備管理等 之困擾。 【發明内容】 本發明之主要目的，係一種智慧型監測管理控制系統，其藉 由監測管理控制裝置之設置，來監控管理電氣設備之運作效能與 方式’以達成電氣設備能源使用效率化。 本發明之次一目的，係一種智慧型監測管理控制系統，其藉 由監測管理控姆置之設置’來監控氣設備之運作效能與 方式，以達成電氣設備需量管理之智慧化。 本發明之另—目的，係―種智慧型制管雜惟統，其藉 由監測官财嫩置之設置’絲控管理魏讀之運作效能與 方式’以達成電氣設備料管理之網路化。 本毛月之又—目的’係—種智慧型監測管理控制系統，其藉 由孤則&私#丨裝置之設置，可以林更動魏設狀情況下， 即得以提升該錢設備所欲達成之各種效能者。 為了達成本發明’本發明一種智慧型監測管理控制系統，該 7 1312403 冬慧型監測管理控制系統包括：一監測管理控制裝置，所欲監測 吕理控制之空調設備，一外部管理電腦，及其所欲調控之服^務空 間等所組成，·其中，該監測管理控制裝置包含一主控制裝置，係 "亥皿測^理控制裝置之控制中^ 電腦端有線通訊網路介面， 其端與主控制裝置相連接，另一端則與外部管理電腦相連接， 作為監·理㈣錢與外部腦交換訊紅树通賴路 介面；-電腦端無線通訊網路介面，其—端與主控制裝置相連接， ^-端則與外部管理電纖連接，作為監膽理控織置與外部 e理電腦X換m線通賴路介面；-服務空賊測資訊接 收端端與主控制襄置相連接，另一端則與服務空間感測器相 連接’其可用以精確_環境狀態的物理變化，做為指揮空調設 備運作的相關參數；—服務空間控制訊號輸出端，一端與主控制 裝置相連接，另一端則與服務空間執行器相連接，其可依昭監測 管理控制裝置的_，_服# 借㈣式、目丨〜括 力工间執仃器進仃作動；一空調設 空：電源_相連接;—空_==與 接=::接’另，與空調設備電源執:連 空調設備樣__糾目雜；接，另，與 制#置相連接，另 核擬輸出端’一端與主控 :裝置=另1則與空調設備執行 備14-侧，貞彳以-空調設備模 ❿在工调权 、我與服務㈣模擬接收端相 1312403 =，一設備端有線通訊網路介面，一端與主控制裝置相連接 另^則姑赠備轉通轉_減接； 凡 網路介面，—端與主_置相· ^ 通訊網路輪_目連接；—__軸㈣，; •端則與 控制⑽_ ’ P雜她備她蝴；及一= 汉備控制訊號輸出端，其一端與球制裝置相連接，另一 空調設備風扇執行器相連接者。 任何電氣設備都必須要有電力供應才能正常運作，而緩由掌 握現有魏設備電力輸人敗電额龍值，分析不同 運作模式祕費的電流量與翅值的差異，以及各電流電壓值所 產生的電氣設備物理變化，较造成週遭物觀㈣改變，都可 做為電氣設備處於何種運健式或·是否正常的麟依據，因 此監測管理控繼置介接電流與龍❹指，量測經由現有電氣 設備電力輸人端或其他雜之運作電流龍值，以及介接其他如 溫度、濕度、氣體、流量、超音I等各類感難，來量測受管 控的電氣設備或週遭環境的物理變化，做為監測管雜概置的 輸入貢訊’配合電氣設仙部預設之可程式化運作邏輯與參數， 或外部官理電腦經由網路通訊埠即時設定之運作邏輯與參數，來 即時決策監測管理控制裝置相關輸出控制埠的訊號與參數，以及 介接之控職行n的配合動作，精確指揮魏設備的運作， 或改變環輸觀象’或卿其他魏設備制傾，或即時通 1312403 知外。卩官理電腦貞餘管的魏設備運㈣常、貞責監管區域環 &參數異常’或定時喃負貴控管的魏設備運作資訊、負責監 管區域環境參數資訊。 本發明-種智慧型監測管理控制系統，其藉由「監測管理控 制裝置」所具備可同時本身自動控顺接受外部遙測遙控的能 力’經由公眾網路服務t者，提供各式「設備與設備」（Machine t〇 Machine)通訊相關的加值服務’如網路化能源管理、網路化維運 管理、網路化設施管理、網路化緊急通報，以域市場殷切 需求之各種公眾服務的目的者。 為了詳細說明，特舉下述之實施例加以說明如下，惟，該等 實施例並非用於限制本發明。 【實施方式】 本發明-種智慧型監測管理控制系統，請參賴式第一圖所 示，係該智慧型監測管理控制系統之配置示意圖。該智慧型監測 管理控制祕包括：-監測管理控繼置⑽）；所欲監測管理控 制之電氣設備，本實施例係以空調設備(2〇)作為舉例說明，但並 非用以限制本發明；-外部管理電腦⑽；及其所欲調控之服務 空間(40)等所組成。請|5]時參閱圖式第二圖，係該監測管理控制 裝置之方塊示意圖。該監測管理控制裝置（1〇)包含一主控制裝置 (11)，係該監測管理控制裝置（1〇)之控制中心。一電腦端有線通 訊網路介面（13)，其一端與主控制裝置（11)相連接，另一端則與 1312403 料#理電腦⑽相連接，作為制管理控織置(10)與外部管 s理軸⑽讀訊息之有線通簡路介面。m端無線通訊網 路介面（15)，其—端與主控繼置⑴)相連接，另-端則與外部 营理電腦(30)相連接，作為監測管理控制裝置⑽與外部管理電 =(30)乂換此|、之無線通訊網路介面。—服務空間感測資訊接收 端⑵端與主控制裝置⑴)相連接，另一端則與服務空間感測 鲁 器、⑽相連接’在空調設備⑽所針對之服務空間⑽中安裝有 各種服務空間感測靡）’其可肋精確掌握環境狀態的物理變 化，做為指揮空調設備⑽運作_關參數，其中，該服務空間 感測器(42)可為對溫度、濕度、二氧化碳計量或移鱗之感測者。 -服務帥控制訊號輸出端⑷，—端與主控雜置⑴)相連接， 端則與服務空間執行器（44)相連接，其可依照監測管理控制 :置(10)的指揮’使該服務空間執行器⑽進行作動;而該服務 •空間執行器(44)可為控制外氣引進的風扇與阻風門，以及冰或熱 水閥門與加或除濕設施，或是外氣引進專用之空調設施等。-空 調雜電源感測資訊接收端⑹，一端與主控制裝置⑴)相連接， 另—端則與空調設備電源感測器⑽相連接，藉由感測空調設備 (^電源端之電流與電壓，監測管理控條置⑽可依不同電流 2掌握空調設備⑽運倾式與狀態。—空調設備電雜制訊號 础端⑻’一端與主控制裝置〇1)相連接，另一端則與空調設備 電源執行器⑽相連接’其可依照監測管理控制裝置（1〇)的指 11 13124031312403 IX. Description of the invention: [Technical field of invention] The invention of the invention is a smart and succinct control system (10) system, which is provided by the lang management device and the external communication interface of the electrical equipment. With Wei set raw silk, to anger and set up the operation, so that the related electrical equipment can produce energy efficiency, f volume management and maintenance management network and other functions. A [prior art] The ship's electrical equipment sold in the market is almost all _ operational procedures and parameters are closed, and there is no independent operating system type of external communication, air conditioning, freezer, motor, photo m The outside is very _ to know the status and performance of the operation of the electrical equipment, such as Wei (four) gas equipment operation, most of them must be manually controlled by the user, but the electrical equipment is still very good at the beginning of the factory installation, but will It gradually deteriorates with the time of use, and if the electrical equipment deteriorates with the change of environmental parameters (such as air conditioning system), the user does not have to understand the time of the long-term control, so the source of money will be generated. ^ Fees, or can not reach __ ship, and even caused terrible accidents; if Wei equipment can not know the change of environmental parameters, or the ability to automatically adjust the best mode of operation, it will also shorten the life of electrical equipment. "The traditional electrical equipment that is currently sold in the city is undetectable when the operation of t is abnormal or is about to fail." It is necessary to know the damage of the electrical equipment, and the user must contact the electrical equipment supplier by himself. The repair personnel can only After describing the fault 1312403 phenomenon, it is judged that the relevant components are carried to the on-site maintenance. Usually, the user is not a professional, and thus the description is wrong or unclear, and the maintenance personnel cannot be repaired once, except for delaying the user's electrical equipment repair. In addition, it also causes a significant increase in maintenance costs; very few high-priced electrical equipments have network capabilities', but the external communication protocol is still proprietary, so it is difficult for non-manufacturers or designers to interact with them, so they cannot be integrated into the overall electrical equipment. Management system to manage, resulting in the waste of energy and user and supplier power resources of the electrical equipment and the inability to do overall equipment management, etc. [Summary of the Invention] The main purpose of the present invention is a smart monitoring management control system Monitoring and managing electrical by monitoring the settings of the control device The operational efficiency and method of the equipment is used to achieve energy efficiency in electrical equipment. The second objective of the present invention is to provide a smart monitoring management control system that monitors the operational efficiency of gas equipment by monitoring the settings of the management device. And the way to achieve the wisdom of electrical equipment demand management. The other purpose of the present invention is to use a kind of intelligent system management system, which monitors the operation of the official control system "Efficiency and method" to achieve the network management of electrical equipment management. The month of the month - the purpose of the system - a kind of intelligent monitoring management control system, which can be changed by the setting of the orphan & private device In the case of Wei set, it is possible to enhance the various performances that the money equipment is intended to achieve. In order to achieve the invention of a smart monitoring management control system of the present invention, the 7 1312403 Donghui type monitoring management control system includes: a monitoring management The control device is composed of an air conditioning device controlled by Luli, an external management computer, and a service space to be regulated, and the monitoring The control device comprises a main control device, which is a computer wired communication network interface in the control of the control device, and the terminal is connected with the main control device, and the other end is connected with an external management computer. Supervision and management (4) money and external brain exchange news Hongshu pass the road interface; - computer-side wireless communication network interface, its end is connected with the main control device, ^- terminal is connected with external management fiber, as the supervision Controlling the weaving and external e-computer X to change the m-line interface; - the service thief test information receiving end is connected with the main control device, and the other end is connected with the service space sensor. _ physical changes in the environmental state, as a parameter to command the operation of air-conditioning equipment; - service space control signal output, one end is connected with the main control device, the other end is connected with the service space actuator, which can be monitored and managed Control device _, _ service # Borrow (four), 丨 括 括 括 工 工 工 ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; Power supply with air conditioning equipment: Air conditioning equipment __ 纠目 mixed; connect, another, and system # phase connection, another verification output 'end and master: device = another 1 with air conditioning equipment to prepare 14-side, 贞彳 - air conditioning The equipment module is in the power adjustment, I and the service (4) analog receiving end phase 1312403 =, a device-side wired communication network interface, one end is connected with the main control device, and the other is a turn-by-turn turn-down; Interface, - terminal and main _ phase · ^ communication network wheel _ mesh connection; - __ axis (four),; • end and control (10) _ 'P miscellaneous her preparation; and a = Han control signal output, its One end is connected to the ball making device, and the other air conditioner fan actuator is connected. Any electrical equipment must have a power supply to operate normally, and slowly grasp the value of the existing Wei equipment power failure, analyze the difference between the current and the wing value of different operating modes, and the current and voltage values. The physical changes of the electrical equipment produced can cause the change of the surrounding objects (4), and can be used as the basis for the operation or the normality of the electrical equipment. Therefore, the monitoring and control relays the relay current and the dragon's finger. Measure the controlled electrical equipment or surrounding it through the electrical input of existing electrical equipment or other miscellaneous operating current values, as well as other types of difficulties such as temperature, humidity, gas, flow, and supersonic I. The physical change of the environment, as an input tribute to the monitoring of the miscellaneous settings, with the programmable logic and parameters preset by the electrical design department, or the operational logic and parameters set by the external official computer via the network communication. To immediately control the signals and parameters of the output control of the control device, and the matching actions of the control line n to accurately control the operation of the Wei equipment. , or change the concept of the incarnation or the other Wei equipment, or immediately pass 1312403. Wei Guanli computer 贞 管 Wei Wei equipment transport (four) often, responsible for the supervision of the regional ring & parameter abnormalities or time to administer the Wei control equipment operating information, responsible for the supervision of regional environmental parameters information. The invention provides a smart monitoring management control system, which is provided with a "monitoring and management control device" capable of automatically controlling the external remote sensing remote control at the same time. (Machine t〇Machine) communication-related value-added services such as networked energy management, networked maintenance management, networked facility management, networked emergency notification, and various public services that are eagerly demanded by the domain market. Target person. The following examples are described below for the purpose of illustration, and are not intended to limit the invention. [Embodiment] The invention-intelligent monitoring management control system is shown in the first figure of the reference type, and is a schematic diagram of the configuration of the intelligent monitoring management control system. The smart monitoring management control secret includes: - monitoring management control relay (10)); the electrical equipment to be monitored and controlled, this embodiment is exemplified by air conditioning equipment (2), but is not intended to limit the present invention; - An external management computer (10); and a service space (40) to be regulated. Please refer to the second figure of the drawing when it is |5], which is a block diagram of the monitoring management control device. The monitoring management control device (1) includes a main control device (11) which is a control center of the monitoring management control device (1). A computer-side wired communication network interface (13), one end of which is connected to the main control device (11), and the other end is connected to the 1312403 material #理电脑(10), as a management and control weaving (10) and external tube The axis (10) reads the message through the wired interface. The m-side wireless communication network interface (15) is connected to the main control relay (1), and the other end is connected to the external management computer (30) as a monitoring management control device (10) and external management power = ( 30) Change this |, the wireless communication network interface. - The service space sensing information receiving end (2) is connected to the main control device (1), and the other end is connected to the service space sensing device (10). Various service spaces are installed in the service space (10) for the air conditioning device (10). Sensing 靡) 'The rib can accurately grasp the physical changes of the environmental state, as the command air conditioning equipment (10) operation _ off parameters, wherein the service space sensor (42) can measure the temperature, humidity, carbon dioxide or scale The sensor. - the service control signal output terminal (4), the - terminal is connected to the main control miscellaneous (1), and the end is connected to the service space actuator (44), which can be controlled according to the monitoring management: the command of the (10) The service space actuator (10) is actuated; and the service space actuator (44) can be a fan and a choke valve for controlling the introduction of external air, and an ice or hot water valve and an adding or dehumidifying device, or an air conditioner for introducing external air. Facilities, etc. - Air conditioner miscellaneous power sensing information receiving end (6), one end is connected with the main control device (1), and the other end is connected with the air conditioner power sensor (10), by sensing the air conditioner (^ current and voltage of the power terminal) The monitoring and management control device (10) can control the air conditioning equipment (10) and the tilting state according to different currents. - The air conditioning equipment electrical hybrid signal base (8) 'end is connected with the main control device 〇 1), and the other end is connected with the air conditioning device. The power actuator (10) is connected 'it can be in accordance with the monitoring management control device (1〇) finger 11 1312403
揮，藉由該空調設備電源執行器⑽來控制空調設備⑽之壓縮 機或總開關電源。-故障訊號接收埠⑽，—端與主控制裝置⑻ 相連接，另-端則與空調設備⑽)之故障訊號輸出端㈣相連 接’有較概備⑽雜姆訊錄出之魏，離可與監測 官理控制裝置⑽介接，當空調設備⑽故障時，監測管理控制 襄置⑽會即時透過網路通知指定人M。—模擬輸出端⑽，一 端與主控制裝置(11)相連接，另—端則與空調設備執行器⑽相 連接，而在空調設備⑽這-侧，則以一空調設備模擬控制端⑻ 與服務空間模擬接收端⑷）相連接；當監測管理控制裝置（⑻經 由回風(或回水)溫度她輸出埠來指揮空調設備⑽運作，並藉 由空調設賴擬控制端⑵）無毅間觀接收端⑷）之連接來 影響服務空間⑽’而溫度輸出值會參考監測f理控制裝置⑽ 所介接之細㈣n或外部管理電腦⑽要求之參數來決定。一 設備端有線通訊網路介面⑼，—端與主控制裝置⑴)相連接，另 -端則與空調設備鹏通訊輪出端⑽相連接，部分空調設備⑽ 具備有對外通訊之網路介面，因此制管理控讎置（⑻可藉由 網路來掌㈣空調設備⑽的内部運作狀況，或指揮空調設備(20) 運作。-設備端無線通賴路介面⑺，—端與主控織置⑴）相 連接’另一端則與空調設備無線通訊網路輸出端（27)相連接，部 分空調設備(20)具備有無線通訊網路介面，因此監測管理控制裝 置（10)可藉由該空調設備（20)的無線通訊網路介面來指揮空調設 12 1312403 備（20)的運作，而該無線通訊網路介面可以為紅外線遙控介面或 類似之裝置者。一空調設備感測資訊接收端（5)，~端與主控制裝 置（11)相連接，另一端則與空調設備感測器（25)相連接，在空調 設備(20)上安裝有各種空調設備感測器（25) ’其得以感測空調設 備（20)之出回風（或出回水）口之ifflL度’監測管理控制裝置（1〇)夢 由該出回風（或出回水）口之感測溫度，來掌握空調設備（2〇)之運 作模式、狀態與效率，以及作為指揮相關執行器輸出埠或溫度模 擬輸出埠參數與執行程序之依據。一空調設備控制訊號輸出端 (3)，其一端與主控制裝置（11)相連接，另一端則與空調設備風扇 執行器（23)相連接，監測管理控制裝置（1〇)藉由該等之空調設備 風扇執行器（23)，對空調設備(20)之送風扇做風速控制，以及送 風方向控制者。 本^明之冬慧型監測官理控制糸統除了可以監測管理空調設 備(20)，對其他之電氣設備（6〇)亦同樣可行。請參閱圖式第三圖 所示，係本發日月另-實施例之配置示意圖。其中，該智慧型監測 管理控制系統包括：-朗管理㈣裝置⑽：所欲監測管理控 制之電氣設備⑽）；-外部管理_⑽；及其所欲調控之服務 空間(4G)等所組成。至於其相關之連接及功能如前所述 ，不再重 複。 監測官理控制裝置（10)是—台具備網路介接能力的微電腦， 專門設計做為蝴設備⑽（或魏賴）管理以，監測管理控 13 1312403 制裝置（10)可經由空調設備（20)(或電器設備）之既有對外電氣信 號介面或外部通訊介面與空調設備（2〇)(或電器設備）產生互動， 來監控管理空凋设備（20)(或電器設備）之運作效能與方式，以達 成空s周设備(20)(或電器設傷)在能源使用效率化與需量管理智慧 化，以及維運管理網路化等目的。當監測管理控制裝置（1〇)應用 在空調設備（20)之運作管理時，其感測輸入埠可用來介接溫度、 屋度、一氧化石厌、紅外線溫度、超音波(如第一、二圖之元件圖號 (2)及(42)與元件圖號(5)及(25))，以及電流、電壓（如第一、二 圖之元件圖號(6)及(26))等對環境與空調設備(2〇)運作所需要的 感測器，用以做為掌握環境物理變化，與空調設備（2〇)運作狀況 的重要依據，並經由内部預設的運作邏輯，或外部指示的運作程 序’控制輸出輕動各類空調執行器，或模擬各類空調輸入訊號， 藉以指揮空調運作，以下列舉幾種糊監翁理控制裝置（1〇)達 到能源使服率倾需量管理智慧、化，以鱗運管糊路化目的 之應用實施例。 (一）能源使用效率化 (A)主機侧運作管理電腦化 (a)出回水(風）溫度設定機動化調整： 參閱圖式第四圖所示，係出回水(風)溫度設定機動化調整 之不意圖。將監測管理控制裝置⑽之模擬輸出端A及Μ，分別 串接在接受管控之空調設備⑽之原空調設獅回水(風)溫度感 1312403 測器（251) ’及空調主機監控電路(250)上，同時也在該原空調設 備出回水（風）溫度感測器（251)的旁邊安裝另一組參考溢度感測 器（252) ’該二組溫度感測器（251)(252)係安置於出回水（風）管 (255)内，而環境溫度感測器（253)及環境濕度感測器（254)係安置The air conditioner power supply actuator (10) controls the compressor or the main switching power supply of the air conditioner (10). - The fault signal is received (10), the terminal is connected to the main control device (8), and the other terminal is connected to the fault signal output terminal (4) of the air conditioner (10). Interfacing with the monitoring official control device (10), when the air conditioning device (10) fails, the monitoring management control device (10) immediately notifies the designated person M through the network. - Analog output (10), one end connected to the main control unit (11), the other end connected to the air conditioning unit actuator (10), and on the side of the air conditioning unit (10), an air conditioning unit analog control end (8) and service The space analog receiving end (4) is connected; when the monitoring and control device (8) outputs the air through the return air (or return water) temperature, the air conditioning device (10) is operated, and the air conditioning device (2) is used to control the terminal (2). The connection of the receiving end (4)) affects the service space (10)' and the temperature output value is determined by referring to the parameters required by the monitoring control device (10) or the external management computer (10). A device-side wired communication network interface (9), the end is connected to the main control device (1), and the other end is connected to the air-conditioning device (10), and some air-conditioning devices (10) have a network interface for external communication. System management control unit ((8) can use the network to palm (4) the internal operation of air conditioning equipment (10), or direct the operation of air conditioning equipment (20). - Equipment side wireless communication interface (7), - end and main control weaving (1) The other end is connected to the wireless communication network output end (27) of the air conditioner, and some of the air conditioning units (20) are provided with a wireless communication network interface, so that the monitoring management control device (10) can be used by the air conditioning device (20) The wireless communication network interface directs the operation of the air conditioner 121212403 (20), and the wireless communication network interface can be an infrared remote control interface or the like. An air conditioning device senses the information receiving end (5), the ~ end is connected to the main control device (11), the other end is connected to the air conditioner device sensor (25), and various air conditioners are installed on the air conditioner device (20). Device sensor (25) 'It is able to sense the airflow (or return water) mouth of the air conditioner (20). The monitoring management control device (1〇) dreams of the return air (or return) The sensing temperature of the water port is used to grasp the operation mode, state and efficiency of the air conditioning equipment (2〇), and as the basis for commanding the relevant actuator output or temperature analog output parameters and execution procedures. An air conditioner control signal output end (3), one end of which is connected to the main control device (11), and the other end is connected to the air conditioner fan actuator (23), and the monitoring management device (1) is provided by the same The air conditioner fan actuator (23) performs wind speed control on the fan of the air conditioner (20) and the air supply direction controller. In addition to monitoring and managing air-conditioning equipment (20), this winter-type monitoring system can also be used for other electrical equipment (6〇). Please refer to the third figure in the figure, which is a schematic diagram of the configuration of the present embodiment. Among them, the intelligent monitoring management control system comprises: - Lang management (4) device (10): electrical equipment (10) to be monitored and controlled; - external management _ (10); and service space (4G) to be regulated. As for the related connections and functions as described above, they are not repeated. The monitoring system control device (10) is a microcomputer with network interface capability, which is specially designed to be managed as a butterfly device (10) (or Wei Lai), and the monitoring and management device 13 1312403 device (10) can be operated via air conditioning equipment ( 20) (or electrical equipment) has an external electrical signal interface or external communication interface to interact with air conditioning equipment (2〇) (or electrical equipment) to monitor the operation of the management equipment (20) (or electrical equipment) Efficacy and methods to achieve the goal of energy efficiency and demand management intelligence, as well as the network management of maintenance management, in order to achieve equipment (20) (or electrical damage). When the monitoring management control device (1〇) is applied to the operation management of the air conditioning device (20), the sensing input port can be used to interface with temperature, house, stagnation, infrared temperature, and ultrasonic (eg, first, The component numbers (2) and (42) and component drawing numbers (5) and (25) of the two figures, as well as the current and voltage (such as the component drawing numbers (6) and (26) of the first and second figures). The sensors required for the operation of the environment and air-conditioning equipment (2〇) are used as an important basis for mastering the physical changes of the environment and the operation of the air-conditioning equipment (2〇), and through internal preset operational logic, or external The operating procedure of the instruction 'controls the output of various types of air-conditioner actuators, or simulates various types of air-conditioner input signals, to direct the air-conditioning operation. The following lists several types of paste control equipment (1〇) to achieve the energy demand rate An application example of managing wisdom, simplification, and sizing. (1) Energy use efficiency (A) Host-side operation management computerization (a) Return water (wind) temperature setting motorization adjustment: Refer to the fourth figure in the figure, the return water (wind) temperature setting maneuver Not intended to adjust. The analog output terminals A and Μ of the monitoring management control device (10) are respectively connected in series to the original air conditioning lion backwater (wind) temperature sense 1312403 (251) of the air conditioning equipment (10) under control and the air conditioning host monitoring circuit (250) On the other hand, another set of reference overflow sensors (252) 'the two sets of temperature sensors (251) are installed next to the return air (wind) temperature sensor (251) of the original air conditioner. 252) is placed in the return water (wind) pipe (255), and the ambient temperature sensor (253) and the environmental humidity sensor (254) are placed.
於出回水(風）管（255)外，將其分別以線路連接於監測管理控制裝 置（10)，使監測管理控制裝置（1〇)可獲取環境之溫度及濕度值作 為制御之參考。另外，該監測管理控制裝置（1〇)亦分別介接設備 管理網路（100)及所欲控制之空調設備主機（2〇〇)。亦即該監測管 理控制裝置（1G)接管原先由空調主機監控電路(25〇)對空調設備 主機(200)之控制權，而由監測管理控制裝置（1〇)可直接對空調設 備主機(200)加以控制。將冰水式空調主機出水溫度每提高代， 系統側的耗電量則約可節省2%，因此依照天氣變化、室内外溫差 以及環境負载需求量的不同，即時調整冰水主機出水溫度，便能 降低冰水主機的負荷進而節省電力的消耗。例如，在夏季時，冰 水主機出水溫度通常岐狀為rc，但若能在負載需求較低且室 内外溫錄顿時段(如早晨紐晚），社機出水溫制高為1〇 f便可㈣約6%的用電。另外，氣冷式空調主機回風溫度每提 兩1°C ’系統耗電約可節省6%，以國人為例，在一般 所中’絕大多數人感覺舒適的溫度範圍介於22t〜2rc之間，因 ==麵_⑽繼瞻、加卜溫差以及環 見、*㈣刊’即_整空調主機回風溫度，便能降低空 15 1312403 調主機的負荷’進而節省電力的，如果將室内平阶产由22 °C調高至25〇C即可節省18%的用電。 又 用电如刖所述，利用監測管理控 制裝置(10)之溫度_職模擬輸鱗，串接於空耻機之出回 水(或回風)感測器上’將監測管理控制裝置(1。)訊號模擬訊號輸 出介面A及Μ ’串接在接受管控之空調設備⑽之原空調設備出 回水(風)溫度感測器⑽上’同時也在該原空調設備出回水⑻In addition to the return water (wind) pipe (255), it is connected to the monitoring and management control device (10) by a line, so that the monitoring and management control device (1〇) can obtain the temperature and humidity values of the environment as a reference for the control. In addition, the monitoring management control device (1〇) also interfaces with the device management network (100) and the air conditioning device host (2〇〇) to be controlled. That is, the monitoring management control device (1G) takes over control of the air conditioning equipment host (200) originally by the air conditioning host monitoring circuit (25〇), and the monitoring management control device (1〇) can directly directly operate the air conditioning device host (200). ) to control. When the water temperature of the ice water-type air conditioner main unit is increased, the power consumption on the system side can be saved by about 2%. Therefore, according to the weather change, the indoor and outdoor temperature difference and the environmental load demand, the water temperature of the ice water main unit can be adjusted instantly. It can reduce the load of the ice water main unit and save power consumption. For example, in the summer, the water temperature of the ice water main unit is usually rc, but if the load demand is low and the indoor and outdoor temperature recording period (such as morning and night), the temperature of the machine water is 1〇f. (4) About 6% of electricity. In addition, the air-cooled air-conditioning main engine return air temperature is increased by two 1 °C 'system power consumption can save about 6%, taking the Chinese as an example, in the general situation, the vast majority of people feel comfortable temperature range is 22t~2rc Between, because == face _ (10) step, Gab temperature difference and ring see, * (four) issue 'that _ whole air conditioning host return air temperature, can reduce the empty 15 1312403 to adjust the load of the host' and then save power, if Indoor level production from 22 °C to 25 °C can save 18% of electricity. In addition, as described in the electric power, the monitoring and control device (10) is used to simulate the temperature scale, and is connected in series with the return water (or return air) sensor of the airless machine. 1.) Signal analog signal output interface A and Μ 'Sequentially connected to the return air (wind) temperature sensor (10) of the original air conditioning equipment of the air conditioner (10) that is controlled and controlled. 'At the same time, the original air conditioner is returned to the water (8)
溫度感測11(251)的旁邊钱另—組參考溫度躺以卿，兩組 溫度感測11(251)(252)會感_相_溫度代，此時監測管理控 制裝置⑽會由與其所介接_空調設備出回水㈤溫度感測器 (251)得知該空調設備⑽之㈣水(風)溫度為代，並按照内部 預設的溫度值，或環境溫濕度值，或#咖電限量值，_由設Temperature sensing 11 (251) next to the money another group reference temperature lying in Qing, two sets of temperature sensing 11 (251) (252) will feel _ phase _ temperature generation, then the monitoring management control device (10) will be Interconnection _ air conditioning equipment return water (5) temperature sensor (251) knows that the air conditioning equipment (10) (four) water (wind) temperature generation, and according to the internal preset temperature value, or ambient temperature and humidity value, or #咖Electric limit value, _ by
備管理網路⑽)職_溫度值，做為顺應職出加溫或減溫 訊號給空調主機監控電路⑽）之溫度感·輸人點，此時空^ 機監控電路(250)收_會是Yt: ’因此空調設備域⑽）會依照 Y°C所應有的運作方式運作，藉以達到管理空概備主機⑽)運 作的目的；由於該監測管理控制裝置⑽是串接在空調設借⑽ 的出回水(風)溫度感測ϋ上，當者在調整溫度控制器時，出 回水(風)溫度Xt會改變，監測管理控制裝置（1〇)會立即得知，藉 以掌握使用者行為，並可經由⑽預設斜部通知是否要隨之^ 整。另外’當監測管理控制裝置⑽故障時，該監測管理:姆 置（10)將自動把對空調設備主機⑽)之控_交回給空調主機 16 1312403 調主機監控電路(250)控制該 監控電路(250)，亦即回復到由原空 空调设備主機（2〇〇)之狀態者。 (b)主機變容量台數管理： 請參_式第五圖所示’係主機變容量台數管理之示意圖。 5斗夕空糊戶_統與季節需求差異的考量，會將安裝一 ㈣触機柯敲絲，改為絲2〜3讀小健轉 機的系統設計’由於空調主機在高貞載運轉時，效率高較為省 ’反之在低負载運轉時，則效率較差非常耗電。本發明之 施例即彻前述之特點，在複數台空調主機⑽）⑽)⑽)之一 側安裝監咖娜1(1(〇，咖__晴置( 動調散齡贿作之錄，时避免低效辆轉多耗的電力， 又月b夠減v單纟大嘴數空調主機之冷卻水泵與冷卻水塔可觀的 運轉電力。 (B)負載侧管理電腦化 (a)使甩行為合理化： 請同時參咖式第六圖，係服務空間之_示意圖，及第七 圖，為使用行為合理化之控制示意圖。該服務空間⑽天花板之 適當處設有出風n(41G)及回風口_，出風口⑽)與回風口 (420)之間以轉連接，而在辨路之適當處設有風車(4⑷，同 時於天减之H減有新鮮空氣導人口（樣)及污濁空氣排 出口（440) ’㈣戶適#處設錢動練_等。另外，於該服 1312403 務空間（40)亦設立了複數個感測器，移動感測器（4〇2)、二氧化碳 感測器（412)、出風口溫度感測器（42幻、體溫感測器（4犯）、亮度 感測|§(442)、回風口溫度感測器（452)、室外亮度感測器（462)、 至外溫度感測器（472)等。前述該等感測器皆與監測管理控制裝置 (10)介接’利用監測管理控制裝置（1〇)監測負載侧服務空間⑽ 是否有人，若無人則停止風車(414)運作，或於指定時段調高設定 溫度；在不同季節、時段、參考溫度或其他不同參數時，負載侧 服務空間⑽風車(414)運作之設定溫紐之賴，使環境溫度保 持在合理範圍，當窗戶邊輻射熱溫度超過設定值時，電動窗簾(碰) 啟動’關職簾隔離輻射熱，當門窗未關導致冷氣外㉟，立即告 警提醒’當室外空氣溫度低於設定溫度，相對濕度低於65%，且二 氧化碳值低於600ppm時引進外氣，並停止空調主機運作；室内空 氣二氧化碳含量高於設定值時，開啟新鮮空氣導入ϋ(；43〇)，引進 適量戶外新鮮錄’維護室内空氣品質。習知空調設備之風車(4⑷ 係直接與溫度控繼(45G)介接，*由該設置於服務空間(4〇)内之 /皿度控制H(45G)加以控制’如第七圖之虛線所示。本實施例在不 更動原空調設備之任何設施的前提下，僅需將本發明之監測管理 控制裝置（10)跨接於既有空調設備的溫度控制器（45〇)與風車 (414)之間，接管既有溫度控制器之水閥控制(A)、風速控制（幻及 電源控制(C)，監測管理控制裝置（10)會依據本身所介接的感測 器，如出回風溫度感測器（422X452)、移動感測器（4〇2)及其他感 18 1312403 測益之參數與預設運作邏輯，或經由設備管理網路(聊所收到的 動作指示，由監測管理控制裝置（1〇)之水閥控制⑼、風速控制 ㈤及魏控魏Π來負責指揮風車⑷4)之運作，即能達成將既 有風車使用行為合理化之目的。岭風車(4⑷)運作 異常時’制管理控繼置⑽亦會立即將異常狀態，經由設備 管理網路（100)通知預設之對象。 (二）需量管理智慧化 (Α)用電需量管理電腦化 傳、、克之電力&畺管理是在電錶源頭監測用電量，當用電量超 過預設值’立即按預設優先順序對負載側卸載，是由上而下的方 式做用電需量管理方式，其缺點係負載侧會有無預警中斷的問題 存在。本發明藉由監膽理控繼置⑽所管理的電氣設備，可 依預設用電量上限值’自行控制用電量雜在預設範圍之内，是 由下而上的方錢職需好财式，不㈣無鮮情的缺點 產生，並且可由監測管理控制裝置⑽依季節、時段、服務空間 狀態等不同，機_整各貞叙用t量上限，制雜量管理智 慧化，並可由單-服務空間擴A至建祕、鄰里、市區，進而至 全國’有雜小供電尖離峰差距，提高發電設施湘率。請參閱 圖式第八圖所示，係用電需量管理電腦化之示意圖。本發明利用 監測管理控制裝置⑽介接—組比流!!_)_)(_在電氣 設備（601)(602)(603)的電源⑽0)輸人端’隨時掌握電氣設備 19 1312403 (601)(602)(603)之耗電量，監測管理控制裝置（1〇)會按照當時内 部預設，或外部設備管理網路（100)通知之用電量上限，以線性或 是開/關(On/Off)之方式機動調整電氣設備⑽υ⑽2)(6〇3)的耗 電量’如此即可達顧電需量腦化之目標。前述之線性調 整，例如機動將溫度調升或調降；而開^f(〇n/〇ff)調整，則例如 將蓄水塔之抽水馬達暫停，當蓄水塔水位尚未達下限時。由於電 腦的處裡速度非常快，再配合分散處裡錢巾管理的技術，即可 將管理區域不斷擴大。 (B)空調負載需量管理電腦化 請參閱圖式第九圖’係空調負載需量管理電腦化之示意圖。 中大型水冷式中央空調系統是工商業建築物内常用的系統，多數 是依照每5坪(16. 5 rrf)服務空間，配置i 4頁空調的經驗準則，來 規劃設計此類系統’如果輯人貞賴時考制冰(熱）水的傳輸 知失’以及系統會因老化而導致的效率喔，就會在設計階段將 系統侧的供應能域大於貞載侧需求量，—般會放大1()〜2〇%之 間。然而’依照一般常態，在負载側有部分是並非有常駐人員的 封閉空間’例如會議室、展示室、庫料；也有部分封閉空間以 除濕為主’對溫度要求不是非常嚴格的，但是仍帛空調來達到除 濕的目的’如儲藏室、觀室、洗手間等；另外如主管辦公室、 外勤人員專屬辦公室等，也不會從早到晚都會坐在辦公室内；所 以在負載側有許多可以機動關閉空調運作或調整空調溫度的區 20 1312403 * 扣本發明之另一實施例，係利用監測管理控制裝置（ίο)讓整個 带周系統運作官理電腦化，因此原本系統側供應量需大於負載側 二求量的傳統峰準廳可赠變，*但是祕與貞_的運作 2率會大幅提升，並可以利用空調負載需量管理程式保持供給與 而长之間的平衡’將貞載侧需求限制在與祕侧可供應量的範圍 之内，使用者可以自行設定空調系統節能比，由電腦系統按預設 Φ 優先顺序'時間、環境狀態，模擬運算負載側在該節能比， 在不同時段可能的溫度分佈配狀況，電腦也可依據歷史與即時資 訊模擬建議最佳節能比，提供使用者參考。環境溫度的變化速度 相對於電腦執行速度是非常慢的，利用這個特性，即可將電腦資 輸之分時多i(Time DivisiQn Multi細ing)的通訊理論， 完全套用在冰(熱)水㈣_傳輸至負載側之上，_時間差供 應不同使用者，盡量滿足每位使用者的需求。 (三）維運管理網路化 瞻請參_式第十_示，係維運管_路化之示意圖。過去 電器設備的維護策略多採取「事後維護的方式」，供應商將電氣 設備售出後’都是特客戶通知設麵障時，由客戶描述故障現 場情況’躲貞至故_氣設備現場轉，—次叫修至少要到場 維修-次以上，才會將轉魏設備修復；部份高單價，维運^ 術含量高的電氣設備，供應商會定期到電氣設備安魏場檢視設 備運作狀況’採取「預防型維護策略」。本發明之另一實施例 21 1312403Backup management network (10)) job _ temperature value, as a response to the job to warm or desuperheat signal to the air conditioning host monitoring circuit (10)) temperature sense · input point, at this time the air machine monitoring circuit (250) received _ will Yes Yt: 'Therefore the air conditioning equipment domain (10) will operate according to the operation mode of the Y°C, so as to achieve the purpose of managing the operation of the air host (10); since the monitoring management control device (10) is connected in series in the air conditioner (10) The return water (wind) temperature sensing ϋ, when the temperature controller is adjusted, the return water (wind) temperature Xt will change, and the monitoring management control device (1〇) will know immediately, so as to grasp the use. Behavior, and can be notified via (10) preset obliques whether or not to follow. In addition, when the monitoring management control device (10) fails, the monitoring management: M. (10) will automatically return the control of the air conditioning device host (10) to the air conditioning host 16 1312403. The host monitoring circuit (250) controls the monitoring circuit. (250), that is, return to the state of the original air conditioning equipment host (2〇〇). (b) Management of the number of units of variable capacity of the main unit: Please refer to the diagram of the management of the number of units of the variable capacity shown in the fifth figure. 5 夕 空 糊 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ It is more economical. On the contrary, when operating at low load, the efficiency is very low and the power consumption is very high. The embodiment of the present invention is characterized by the above-mentioned features, and is installed on one side of a plurality of air conditioner main engines (10)) (10)) (10)) (1 (〇, 咖__晴置 (moving the age of bribery, When avoiding inefficient vehicles, the power consumption is reduced, and the monthly b is enough to reduce the operating power of the cooling water pump and the cooling tower of the air conditioner main unit. (B) Computerization of the load side management (a) rationalization of the behavior : Please also refer to the sixth figure of the coffee shop, which is the schematic diagram of the service space, and the seventh picture, which is the control diagram for rationalizing the use behavior. The service space (10) has the wind out n (41G) and the return air outlet at the appropriate place. , the air outlet (10)) and the return air outlet (420) are connected by rotation, and a windmill (4 (4) is provided at the appropriate place for distinguishing the road, and at the same time, the H is reduced by the fresh air to guide the population (sample) and the dirty air discharge port (440) '(4) Households' money setting _ etc. In addition, in the service 1312403 space (40) also set up a number of sensors, mobile sensors (4 〇 2), carbon dioxide sensor (412), air outlet temperature sensor (42 phantom, body temperature sensor (4 guilt), brightness sensing | § (442), return air temperature a detector (452), an outdoor brightness sensor (462), an external temperature sensor (472), etc. The aforementioned sensors are all connected with the monitoring management control device (10) to utilize the monitoring management control device ( 1〇) Monitor the load side service space (10) Whether anyone, if no one stops the windmill (414), or increase the set temperature during the specified time period; the load side service space (10) in different seasons, time periods, reference temperatures or other different parameters Windmill (414) operates the setting of the temperature, so that the ambient temperature is kept within a reasonable range. When the radiant heat temperature of the window exceeds the set value, the electric curtain (touch) starts to turn off the curtain to isolate the radiant heat, when the door and window are not closed, resulting in cold air. 35, immediately alert reminder 'When the outdoor air temperature is lower than the set temperature, the relative humidity is lower than 65%, and the carbon dioxide value is lower than 600ppm, the external air is introduced, and the operation of the air conditioner main unit is stopped; when the indoor air carbon dioxide content is higher than the set value, it is turned on. Fresh air is introduced into the ϋ(;43〇), and a small amount of outdoor fresh recorded 'maintenance indoor air quality is introduced. The windmill of the known air conditioning equipment (4(4) is directly and temperature controlled (45G) Connected, * is controlled by the / degree control H (45G) set in the service space (4〇) as shown by the dotted line in the seventh figure. This embodiment does not change any facilities of the original air conditioning equipment. The monitoring management control device (10) of the present invention only needs to be connected between the temperature controller (45〇) of the existing air conditioner and the windmill (414), and takes over the water valve control of the existing temperature controller (A). Wind speed control (phantom and power control (C), monitoring and management control device (10) will be based on the sensor itself, such as the return air temperature sensor (422X452), mobile sensor (4〇2 And other senses 18 1312403 The parameters of the measurement and the preset operation logic, or via the equipment management network (the action instructions received by the monitoring control device (1〇), the water valve control (9), the wind speed control (5) and Wei Weiwei is responsible for directing the operation of the windmill (4) 4), that is, the purpose of rationalizing the use of the existing windmill. When the ridge windmill (4(4)) is operating abnormally, the system management control relay (10) will immediately notify the preset object via the device management network (100). (2) Demand management wisdom (Α) electricity demand management computerized transmission, gram power & 畺 management is to monitor the power consumption at the source of the meter, when the power consumption exceeds the preset value 'immediately press the preset priority The order is unloaded on the load side, and the power demand management mode is used in a top-down manner. The disadvantage is that there is a problem that there is no early warning interruption on the load side. According to the invention, the electrical equipment managed by the relay (10) can be controlled according to the preset upper limit value of the power consumption, and the power consumption is within the preset range, and is the bottom-up party. Need good financial, no (four) no shortcomings, and can be monitored by the monitoring and control device (10) according to the season, time, service space status, etc., the machine _ whole 贞 用 t t t t t t t t t t t t t And from the single-service space to expand to the secret, neighborhood, urban area, and then to the country 'have a small power supply sharp peak gap, improve the power generation facilities Xiang rate. Please refer to the figure in Figure 8 for a computerized diagram of electricity demand management. The invention utilizes the monitoring management control device (10) to interface-group ratio flow!!_)_) (_in the electrical equipment (601) (602) (603) power supply (10) 0) input terminal 'at any time to grasp the electrical equipment 19 1312403 (601 ) (602) (603) power consumption, monitoring management control device (1〇) will be in accordance with the internal preset, or the external device management network (100) to notify the power consumption limit, linear or on / off (On/Off) The method of maneuvering electrical equipment (10) υ (10) 2) (6 〇 3) power consumption 'this can achieve the goal of brain energy demand. The aforementioned linear adjustment, such as maneuvering, raises or lowers the temperature; and by adjusting (f), the pumping motor of the water storage tower is suspended, for example, when the water level of the water storage tower has not reached the lower limit. Since the speed of the computer is very fast, the management area can be expanded with the technology of money towel management in the scattered area. (B) Computerization of air conditioning load demand management Please refer to the ninth figure of the figure, which is a schematic diagram of computerized air conditioning load demand management. The medium and large-scale water-cooled central air-conditioning system is a commonly used system in industrial and commercial buildings. Most of them are based on the 5 ping (16.5 rrf) service space and are equipped with the experience guidelines of 4-page air-conditioning to plan and design such systems. When you are concerned about the transmission of ice (hot) water, and the efficiency of the system due to aging, the supply energy field on the system side will be greater than the load on the side of the load during the design phase. () ~ 2〇% between. However, according to the normal state, there are some closed spaces on the load side that are not resident personnel, such as conference rooms, exhibition rooms, and storage materials. Some closed spaces are mainly dehumidified. 'The temperature requirements are not very strict, but they are still 帛Air conditioning to achieve dehumidification purposes such as storage rooms, viewing rooms, restrooms, etc.; in addition, such as the competent office, the dedicated office of the field staff, etc., will not sit in the office from morning till night; so there are many on the load side can be motorized off Zone for air conditioning operation or adjustment of air conditioner temperature 20 1312403 * Another embodiment of the present invention utilizes a monitoring management control device (ίο) to computerize the entire system of operation of the system, so that the original system side supply needs to be larger than the load side The second level of traditional peaks can be changed, * but the secret and 贞 _ operation 2 rate will be greatly improved, and can use the air conditioning load demand management program to maintain the balance between supply and long- Restricted to the range of supply to the secret side, the user can set the energy saving ratio of the air conditioning system by himself, and the computer system is preset according to the preset Φ Sequence 'time, environmental conditions, the load-side reference by analog computing the energy ratio, at different times with possible temperature distribution conditions, the computer can also be based on historical information and instant simulation suggest the best energy resources than available. The speed of change of the ambient temperature is very slow compared to the execution speed of the computer. With this feature, the communication theory of Time DivisiQn Multi ing can be fully applied to ice (hot) water (4). _ transmitted to the load side, _ time difference to supply different users, try to meet the needs of each user. (III) Networking of maintenance management. Please refer to the __10th _, which is a schematic diagram of the _ _ _ _ road. In the past, the maintenance strategy of electrical equipment used more "post-maintenance methods". After the suppliers sold the electrical equipment, they were all notified by the customer when the barrier was set up, and the customer described the situation of the fault. ,------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- 'take a "preventive maintenance strategy." Another embodiment of the invention 21 1312403
係藉由安裝監測管理控制裝置⑽讓整個電氣設備⑽)運作管理 電腦化之後’可以即時掌握所有運作資訊，電氣設備⑽運作有 任何異常’立即經由本地或公取網路通知預設對&，負責維護的 人員也可經_路登人轉異錄況，攜帶正挪修備品至現場 更換可以-人修復’盡速讓電氣s備⑽）（或空調設備⑽))運作 恢復正常運作；監測管雜織置（⑻也可以絲儲存在電氣設 備⑽)之資訊，或定期透過公糊路傳送至f理巾心、，定期分析 電氣設備⑽運作之歷史資訊，可_設備的潛在問題，掌握遠 端電氣設備⑽之各種環境與運作陳態變化，當發現監測參數 異常’並在損壞前修復，將維護層次提升至「預測型維護模式」， 預防因電氣設備運作情^造成的各财職無形之營運損失。 另外，由於電氣設備（60)運作管理經過電腦化與網路化之後，就 非常容易與财鱗服務結合，成域興鴨加值服務，由設備 供應商與網路業者結合推出各類加值服務，如「節能網」、「設 &笞理、满」、《^«*eService網」等，即可加速電氣設備（6〇)運 作管理經過電腦化與網路化的普及化。 綜上所述，本發明智慧型監測管理控制系統，藉由監測管理 控制裝置之設置’使相關之電氣設備得以產生能源使用效率化 (Energy Efficiency) ^ t*^iI(Demand Management)%»^ , 以及維運管理網路化(eServ㈣等各種功效，合於產業上之利用 性。而該監測管理控制裝置可經由電氣設備之既有對外標準電氣 22 1312403 2號介面或转觀介酿魏設做生互動，來驗管理電氣 认備之運作，加在不㈣電氣設備之情;兄下，即得以提升該電 氣°又備所欲達成之各種效能，較習知技術麵具有功效之增進， 具有進步性。另本發明巾請前絲見於刊物，其翻性亦毋庸置 疑。本發明合於專利法之規定，爰依法提出發明專利之”，祈 請惠予審查麵予專利，實感德便。 【圖式簡單說明】 第一圖係本發明智慧型監測管理控制系統之配置示意圖。 第二圖係本發明監測管理控制裝置之方塊示意圖。 第二圖係本發明另一實施例之配置示意圖。 第四圖係本發明出回水(風)溫度設定機動化調整之實施例的 示意圖。 第五圖係主機變容量台數管理之實施例的示意圖。 第六圖係服務空間之感測示意圖。 第七圖係使用行為合理化之實施例的控制示意圖。 第八圖係用電需量管理電腦化之實施例的示意圖。 第九圖係空調負載需量管理電腦化之實施例的示意圖。 第十圖係維運管理網路化之示意圖。 【主要元件符號說明】 (2)服務空間感測資訊接收端（3)空調設備控制訊號輸出端 (4)服務空間控制訊號輪出端（5)空調設備感測資訊接收端 23 1312403 (6)空調設備電源感測資訊接收端 (8)空調設備電源控制訊號輸出端 (7)设備端無線通訊網路介面（9)設備端有線通訊網路介面 (10)監測管理控制裂置 (12)故障訊號接收痒 (14)模擬輸出端 (20)空調設備 (22)故障訊號輸出端 (24)空調設備執行器After the entire management of the electrical equipment (10) is computerized by installing the monitoring and management control device (10), it is possible to immediately grasp all operational information, and any abnormalities in the operation of the electrical equipment (10) immediately notify the presets via the local or public network. The person in charge of maintenance can also go through the _ road to change the situation, carry the spare parts to the field to replace - people can repair 'as soon as possible to make electrical equipment (10)) (or air conditioning equipment (10))) operation resumes normal operation; monitoring The information of tube weaving (8) can also be stored in electrical equipment (10), or periodically transmitted to the heart of the towel through the public paste, and periodically analyze the historical information of the operation of the electrical equipment (10), and the potential problems of the equipment can be mastered. The various environmental and operational changes of the remote electrical equipment (10), when the monitoring parameters are found to be abnormal and repaired before the damage, the maintenance level is upgraded to the "predictive maintenance mode" to prevent the various occupations caused by the operation of the electrical equipment. Intangible operational losses. In addition, since the operation and management of electrical equipment (60) has been computerized and networked, it is very easy to combine with the financial scale service, and the domain-added value-added service is provided by equipment suppliers and network operators. Services such as "Energy Saving Network", "Setting & Processing, Full", "^«*eService Network", etc., can accelerate the popularization of the operation and management of electrical equipment (6〇) through computerization and networking. In summary, the intelligent monitoring management control system of the present invention enables the related electrical equipment to generate energy efficiency by monitoring the setting of the management control device (Energy Efficiency) ^ t*^iI(Demand Management)%»^ And the various functions of the network management (eServ (4), etc., which are compatible with the industrial use. The monitoring and management control device can be connected to the external standard electric 22 1312403 2 or via the electrical equipment. Interacting with the students to test the operation of the electrical recognition, and adding to the electrical equipment of the (four) electrical equipment; under the brother, it is possible to enhance the electrical and the various effects that can be achieved, which is more effective than the conventional technical aspects. It is also progressive. In addition, the invention is in front of the publication, and its versatility is undoubted. The invention is in accordance with the provisions of the Patent Law, and the invention patent is filed according to law, and pray for the examination of the patent. BRIEF DESCRIPTION OF THE DRAWINGS The first figure is a schematic diagram of the configuration of the intelligent monitoring management control system of the present invention. The second figure is a block diagram of the monitoring management control device of the present invention. A schematic diagram of a configuration of another embodiment of the present invention. The fourth figure is a schematic diagram of an embodiment of the present invention for the adjustment of the water return (wind) temperature setting. The fifth figure is a schematic diagram of an embodiment of the host variable capacity number management. The sixth diagram is a schematic diagram of the sensing of the service space. The seventh diagram is a schematic diagram of the control of the embodiment using the rationalization of the behavior. The eighth diagram is a schematic diagram of an embodiment of computerized power demand management. The ninth diagram is the air conditioning load demand. Schematic diagram of the embodiment of managing computerization. The tenth diagram is a schematic diagram of network management of maintenance management. [Description of main component symbols] (2) Service space sensing information receiving end (3) Air conditioning equipment control signal output terminal (4) Service space control signal wheel output (5) air conditioning equipment sensing information receiving end 23 1312403 (6) air conditioning equipment power sensing information receiving end (8) air conditioning equipment power control signal output end (7) device side wireless communication network interface (9) Device-side wired communication network interface (10) Monitoring management control splitting (12) Fault signal receiving itching (14) Analog output terminal (20) Air conditioning equipment (22) Fault signal output terminal (24) Air conditioning equipment Circulator
(11)主控制裝置 (13)電腦端有線通訊網路介面 (15)電腦端無線通訊網路介面 (21)空調設備模擬控制端 (23)空調設備風扇執行器 (25)空調設備感測器 (26) 空調設備電源感測器 (27) 空調設備無線通訊網路輸出端 (28) 空調設備電源執行器 （29)空調設備網路通訊輪出端 (30)外部管理電腦 （40)服務空間(11) Main control device (13) Computer-side wired communication network interface (15) Computer-side wireless communication network interface (21) Air-conditioning equipment analog control terminal (23) Air-conditioning equipment fan actuator (25) Air-conditioning equipment sensor (26 Air Conditioning Equipment Power Sensor (27) Air Conditioning Equipment Wireless Communication Network Output (28) Air Conditioning Equipment Power Actuator (29) Air Conditioning Equipment Network Communication Wheel Out (30) External Management Computer (40) Service Space
(41)服務空間模擬接收端 (44)服務空間執行器 (100)設備管理網路 (201)(202)(203)空調主機 (251)出回水(風)溫度感測器 (253)環境溫度感測器 (255)出回水(風）管 (410)出風口 (42)服務空間感測器 (60)電氣設備 (200)空調設備主機 (250)空調主機監控電路 (252)參考溫度感測器 (254)壤境濕度感測器 (402)移動感測器 (412)二氧化礙感測器 24 1312403 (414)風車 (422)出風口溫度感測器 (432)體溫感測器 (440)污濁空氣排出口 (452)回風口溫度感測器 (472)室外溫度感測器 (600)電源 (651)(652)(653)比流器 (420)回風口 (430)新鮮空氣導入口 (434)電動窗簾 (442)亮度感測器 (462)室外亮度感測器 (450)溫度控制器 (601)(602)(603)電氣設備(41) Service space analog receiving end (44) service space actuator (100) equipment management network (201) (202) (203) air conditioning host (251) water return (wind) temperature sensor (253) environment Temperature sensor (255) water return (wind) tube (410) air outlet (42) service space sensor (60) electrical equipment (200) air conditioning equipment host (250) air conditioning host monitoring circuit (252) reference temperature Sensor (254) Soil moisture sensor (402) Motion sensor (412) Oxidation sensor 24 1312403 (414) Windmill (422) Air outlet temperature sensor (432) Body temperature sensor (440) dirty air discharge port (452) return air temperature sensor (472) outdoor temperature sensor (600) power supply (651) (652) (653) flow device (420) return air (430) fresh air Guideway (434) Electric Curtain (442) Brightness Sensor (462) Outdoor Brightness Sensor (450) Temperature Controller (601) (602) (603) Electrical Equipment
2525