TWI447332B - Air conditioning system energy saving management device and method - Google Patents
Air conditioning system energy saving management device and method Download PDFInfo
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一種空調系統節能管理裝置及方法，尤指利用管理者控制裝置來控制空調系統運作條件之節能管理裝置及方法。An energy-saving management device and method for an air-conditioning system, in particular, an energy-saving management device and method for controlling an operating condition of an air-conditioning system by using a manager control device.
按，一般空調系統之節能，不外乎是升高設定溫度、縮短運轉時間等方式，一般而言，在居家常所使用之空調系統，由於使用的人員較為固定，在管理上也相對的方便，不太容易造成能源浪費的問題發生，但在公共場所所使用之空調系統，如：學校、公司、公家機關…等，由於有較多的使用者，常常會發生溫度設定過低、長時間運轉或忘記關機等問題，導致能源浪費，其中又以溫度設定過低，讓空調系統之壓縮機長時間運轉造成之浪費最為嚴重，是以，要如何讓管理者有效的控制空調系統，讓空調系統在管理者所管理的範圍以內時，使用者可自行調整其最適合之狀態，即為從事此行業之相關業者所亟欲改善之課題所在。According to the general air-conditioning system, the energy saving is nothing more than raising the set temperature and shortening the running time. Generally speaking, the air-conditioning system used in homes is relatively convenient in terms of management because of the relatively fixed personnel. It is not easy to cause energy waste problems, but the air conditioning systems used in public places, such as schools, companies, public institutions, etc., often have low temperature settings for long periods of time due to the large number of users. Problems such as running or forgetting to shut down, resulting in waste of energy, in which the temperature setting is too low, the waste caused by the long-term operation of the compressor of the air-conditioning system is the most serious, so how to let the manager effectively control the air-conditioning system, let the air-conditioning system When the management is within the scope of the management, the user can adjust the most suitable state, which is the subject of improvement for the relevant industry players.
本發明之主要目的乃在於，利用管理者設定空調系統之溫度值，讓使用者在此溫度值內可設定其所需之溫度，但不可低於管理者之設定，以有效的控制空調系統，避免能源浪費。而且在空調系統達到管理者運轉時間設定值時，空調系統即被管理者控制裝置停止運轉，以避免使用者過度使用空調系統，或是忘記關閉空調系統。The main purpose of the present invention is to use the administrator to set the temperature value of the air conditioning system so that the user can set the required temperature within the temperature value, but not lower than the manager's setting, so as to effectively control the air conditioning system. Avoid energy waste. Moreover, when the air conditioning system reaches the set value of the administrator operation time, the air conditioning system is stopped by the manager control device to prevent the user from excessively using the air conditioning system or forgetting to turn off the air conditioning system.
為達上述目的，本發明空調系統節能管理裝置至少設置有空調系統以及管理者控制裝置，空調系統係具有風扇機組，且風扇機組連接 有壓縮機組與使用者控制裝置，且風扇機組連接有外部電源；前述之管理者控制裝置係設置有管理者微電腦處理器，微電腦處理器內設定有管理者溫度設定值與基礎電流值，管理者微電腦處理器分別連接有電流檢測器、第一負載開關控制器、室內溫度偵測器以及管理者溫度設定器，而電流檢測器係連接於風扇機組與外部電源之間，第一負載開關控制器係連接於風扇機組與壓縮機組之間，室內溫度偵測器係安裝於風扇機組處之室內環境，而管理者溫度設定器係用以改變管理者溫度設定值；該管理者控制裝置之管理者微電腦處理器係連接有管理者時間設定器以及第二負載開關控制器，且管理者微電腦處理器儲存有管理者運轉時間設定值，管理者時間設定器係用以改變管理者運轉時間設定值，第二負載開關控制器係連接於風扇機組與外部電源之間；藉上，當使用者利用使用者控制裝置起動風扇機組與壓縮機組運轉後，電流檢測器檢出之電流即會大於管理者微電腦處理器內所儲存基礎電流值，此時管理者微電腦處理器會持續讀取室內溫度偵測器所偵測之溫度，當室內溫度偵測器所偵測之溫度到達管理者溫度設定值後，即控制第一負載開關控制器切斷壓縮機組運轉；當電流檢測器檢出之電流大於管理者微電腦處理器內所儲存之基礎電流值時，管理者微電腦處理器開始進行計算空調系統之運轉時間，而於運轉時間達到管理者運轉時間設定值後，即控制第二負載開關控制器切斷外部電源，停止空調系統之運作。In order to achieve the above object, the air conditioning system energy-saving management device of the present invention is provided with at least an air conditioning system and a manager control device, and the air conditioning system has a fan unit, and the fan unit is connected. There is a compressor unit and a user control device, and the fan unit is connected with an external power source; the aforementioned manager control device is provided with a manager microcomputer processor, and the manager temperature setting value and the base current value are set in the microcomputer processor, the manager The microcomputer processor is respectively connected with a current detector, a first load switch controller, an indoor temperature detector and an administrator temperature setter, and the current detector is connected between the fan unit and the external power source, and the first load switch controller It is connected between the fan unit and the compressor unit, the indoor temperature detector is installed in the indoor environment of the fan unit, and the manager temperature setter is used to change the manager temperature setting value; the manager of the manager control device The microcomputer processor is connected with an administrator time setter and a second load switch controller, and the manager microcomputer processor stores the manager operation time setting value, and the manager time setter is used to change the manager operation time setting value. a second load switch controller is connected between the fan unit and the external power source; When the user starts the fan unit and the compressor unit by using the user control device, the current detected by the current detector is greater than the basic current value stored in the administrator's microcomputer processor, and the manager microcomputer processor continues to read. The temperature detected by the indoor temperature detector, when the temperature detected by the indoor temperature detector reaches the manager temperature setting value, the first load switch controller is controlled to cut off the compressor group operation; when the current detector detects When the current is greater than the basic current value stored in the administrator's microcomputer processor, the administrator microcomputer processor starts to calculate the running time of the air conditioning system, and after the running time reaches the manager running time setting value, the second load switch is controlled. The controller cuts off the external power supply and stops the operation of the air conditioning system.
有關本發明為達成上述目的，所採用之技術手段及其功效，茲舉出可行實施例，並且配合圖式說明如下：請參閱第一圖所示，由圖中可清楚看出，本發明第一較佳實施例之設置有空調系統1以及管理者控制裝置2，其中：該空調系統1係設置有風扇機組11，且風扇機組11連接有壓縮機組12與使用者控制裝置13，且風扇機組11連接有外部電源3，而使用者控制裝置13係設置有使用者微電腦處理器131，使用者微電腦處理器131儲存有使用者溫度設定值1311與使用者運轉時間設定值1312，且使用者微電腦處理器131連接有使用者溫度設定器132、使用者時間設定器133、顯示器134以及功能設定器135，使用者溫度設定器132、使用者時間設定器133係用以設定使用者微電腦處理器131所儲存之使用者溫度設定值1311與使用者運轉時間設定值1312。The present invention has been made in view of the above-mentioned objects, the technical means employed, and the effects thereof, and the following description is given in conjunction with the drawings: Referring to the first figure, it can be clearly seen from the figure that the present invention A preferred embodiment is provided with an air conditioning system 1 and an administrator control device 2, wherein the air conditioning system 1 is provided with a fan unit 11, and the fan unit 11 is connected with a compressor unit 12 and a user control device 13, and the fan unit 11 is connected to the external power supply 3, and the user control device 13 is provided with a user microcomputer processor 131. The user microcomputer processor 131 stores a user temperature setting value 1311 and a user operation time setting value 1312, and the user microcomputer The processor 131 is connected to a user temperature setter 132, a user time setter 133, a display 134, and a function setter 135. The user temperature setter 132 and the user time setter 133 are used to set the user microcomputer processor 131. The stored user temperature setting value 1311 and the user operating time setting value 1312.
該管理者控制裝置2係設置有管理者微電腦處理器21，管理者微電腦處理器21內設定有管理者溫度設定值211、基礎電流值212以及管理者運轉時間設定值213，管理者微電腦處理器21分別連接有電流檢測器22、第一負載開關控制器23、室內溫度偵測器24、管理者溫度設定器25、管理者時間設定器26以及第二負載開關控制器27，電流檢測器22係連接於風扇機組11與外部電源3之間，第一負載開關控制器23係連接於風扇機組11與壓縮機組12之間，室內溫度偵測器24係安裝於風扇機組11處之室內環境，而管理者溫度設定器25係用以改變管理者溫度設定值211，管理者時間設定器26用以改變管理者運轉時間設定值213，第二負載開關控制器27係連接於風扇機組11 與外部電源3之間。The administrator control device 2 is provided with a manager microcomputer processor 21, and an administrator temperature setting value 211, a base current value 212, and an administrator operation time setting value 213 are set in the manager microcomputer processor 21, and the administrator microcomputer processor is provided. 21 is respectively connected with a current detector 22, a first load switch controller 23, an indoor temperature detector 24, an administrator temperature setter 25, an administrator time setter 26, and a second load switch controller 27, and a current detector 22 It is connected between the fan unit 11 and the external power source 3, the first load switch controller 23 is connected between the fan unit 11 and the compressor unit 12, and the indoor temperature detector 24 is installed in the indoor environment of the fan unit 11. The manager temperature setter 25 is used to change the manager temperature set value 211, the manager time setter 26 is used to change the manager run time set value 213, and the second load switch controller 27 is connected to the fan unit 11 Between the external power supply 3.
藉上，使用者可藉由使用者控制裝置13之使用者溫度設定器132與使用者時間設定器133，來設定使用者微電腦處理器131所儲存之使用者溫度設定值1311與使用者運轉時間設定值1312，而管理者可藉由管理者控制裝置2之管理者溫度設定器25與管理者時間設定器26，來設定管理者微電腦處理器21所儲存之管理者溫度設定值211與管理者運轉時間設定值213,請參閱第一圖以及第二圖所示，由圖中可清楚看出，管理者控制裝置2會對於空調系統1之溫度節能方式，係依照進行下列步驟進行：The user temperature setting device 132 and the user time setter 133 of the user control device 13 can be used to set the user temperature setting value 1311 and the user running time stored by the user microcomputer processor 131. The setting value 1312, and the manager can set the manager temperature setting value 211 and the manager stored by the manager microcomputer processor 21 by the manager temperature setting unit 25 and the manager time setting unit 26 of the manager control device 2. The operation time setting value 213, please refer to the first figure and the second figure. As can be clearly seen from the figure, the manager control device 2 performs the following steps on the temperature saving mode of the air conditioning system 1 according to the following steps:
(100)開始。(100) begins.
(101)管理者控制裝置2之管理者微電腦處理器21持續比對電流檢測器22所檢出之電流是否大於管理者微電腦處理器21內所儲存之基礎電流值212，當電流檢測器22檢出之電流大於管理者微電腦處理器21內所儲存之基礎電流值212時，進行步驟102。(101) The manager of the administrator control device 2, the microcomputer processor 21 continues to compare whether the current detected by the current detector 22 is greater than the base current value 212 stored in the supervisor microcomputer processor 21, when the current detector 22 checks When the current is greater than the base current value 212 stored in the supervisor microcomputer processor 21, step 102 is performed.
(102)管理者控制裝置2之管理者微電腦處理器21利用室內溫度偵測器24讀取風扇機組11處之室內溫度。(102) The manager of the administrator control device 2, the microcomputer processor 21, reads the indoor temperature at the fan unit 11 by the indoor temperature detector 24.
(103)管理者微電腦處理器21比對風扇機組11處之室內溫度是否達到管理者溫度設定值211？若是，則進行步驟104，若否，則進行步驟102。(103) Does the supervisor microcomputer processor 21 compare the indoor temperature of the fan unit 11 to the manager temperature setting value 211? If yes, proceed to step 104. If no, proceed to step 102.
(104)管理者微電腦處理器21控制第一負載開關控制器23切斷壓縮機組12運轉。(104) The manager microcomputer processor 21 controls the first load switch controller 23 to shut off the operation of the compressor group 12.
(105)管理者控制裝置2之管理者微電腦處理器21利用室內溫度 偵測器24讀取風扇機組11處之室內溫度。(105) The administrator of the manager control device 2 uses the indoor temperature of the microcomputer processor 21 The detector 24 reads the room temperature at the fan unit 11.
(106)管理者微電腦處理器21比對風扇機組11處之室內溫度是否高於管理者溫度設定值211，當室內溫度高於管理者溫度設定值211時，進行步驟107。(106) The manager microcomputer processor 21 compares whether the indoor temperature of the fan unit 11 is higher than the manager temperature setting value 211, and when the indoor temperature is higher than the manager temperature setting value 211, proceeds to step 107.
(107)管理者微電腦處理器21控制第一負載開關控制器23啟動壓縮機組12運轉，並進行步驟102。(107) The manager microcomputer processor 21 controls the first load switch controller 23 to start the operation of the compressor group 12, and proceeds to step 102.
由上述步驟可看出，管理者控制裝置2之管理者微電腦處理器21在電流檢測器22檢出之電流大於管理者微電腦處理器21內所儲存之基礎電流值212時，即代表使用者利用使用者控制裝置13之功能設定器135起動風扇機組11與壓縮機組12運轉，造成外部電源3輸入空調系統1之電流增加，此時，讓管理者控制裝置2之管理者微電腦處理器21，比對室內溫度是否達到管理者溫度設定值211，而管理者微電腦處理器21在室內溫度到達管理者溫度設定值211時，就會切斷壓縮機組12運轉，並會持續地比對室內溫度，而且風扇機組11繼續運轉，當室內溫度高於管理者溫度設定值211時，管理者微電腦處理器21即會啟動壓縮機組12運轉。因此，若使用者利用使用者控制裝置13之使用者溫度設定器132，設定使用者微電腦處理器131所儲存之使用者溫度設定值1311低於管理者微電腦處理器21所儲存之管理者溫度設定值211時，在室內溫度達到使用者溫度設定值1311之前，壓縮機組12已被管理者控制裝置2切斷運轉，也就不會發生室內溫度低於管理者溫度設定值211之情形發生，反之，若使用者利用使用者控制裝置13之使用者溫度設定器132，設定使用者微電腦處理器131所 儲存之使用者溫度設定值1311高於管理者微電腦處理器21所儲存之管理者溫度設定值211時，則室內溫度在達到管理者溫度設定值211之前，壓縮機組12已被使用者控制裝置13切斷運轉，藉上，可清楚的得知，只有在使用者溫度設定值1311高於管理者溫度設定值211時，使用者溫度設定值1311才會產生作用，例如，使用者溫度設定值1311設定為23度，而管理者溫度設定值設置為25度時，則管理者控制裝置2在室內溫度達到25度時，即會切斷壓縮機組12之運轉，若使用者溫度設定值1311設定為26度，而管理者溫度設定值121設置為25度時，則使用者控制裝置13在室內溫度達到26度時，即會切斷壓縮機組12之運轉，藉此，可讓管理者有效的控制室內溫度，以節省能源，避免使用者浪費，再者，前述使用者溫度設定值1311與室內溫度可由顯示器134顯示。It can be seen from the above steps that the manager microcomputer 21 of the manager control device 2 represents the user when the current detected by the current detector 22 is greater than the base current value 212 stored in the manager microcomputer processor 21. The function setter 135 of the user control device 13 activates the operation of the fan unit 11 and the compressor unit 12, causing the current of the external power source 3 to be input into the air conditioning system 1 to increase. At this time, let the manager control device 2 monitor the microcomputer processor 21, Whether the indoor temperature reaches the manager temperature setting value 211, and when the manager microcomputer processor 21 reaches the manager temperature setting value 211, the compressor group 12 is turned off, and the indoor temperature is continuously compared, and The fan unit 11 continues to operate, and when the indoor temperature is higher than the manager temperature set value 211, the supervisor microcomputer processor 21 starts the operation of the compressor unit 12. Therefore, if the user uses the user temperature setting unit 132 of the user control device 13, the user temperature setting value 1311 stored by the user microcomputer processor 131 is lower than the manager temperature setting stored by the administrator microcomputer processor 21. At a value of 211, before the indoor temperature reaches the user temperature set value 1311, the compressor unit 12 has been shut down by the manager control device 2, so that the indoor temperature is lower than the manager temperature set value 211, and vice versa. If the user uses the user temperature setter 132 of the user control device 13, the user microcomputer processor 131 is set. When the stored user temperature setting value 1311 is higher than the manager temperature setting value 211 stored by the supervisor microcomputer processor 21, the compressor group 12 has been controlled by the user control device 13 before the indoor temperature reaches the manager temperature setting value 211. By cutting off the operation, it can be clearly seen that the user temperature setting value 1311 is only effective when the user temperature setting value 1311 is higher than the manager temperature setting value 211, for example, the user temperature setting value 1311 When the manager temperature setting value is set to 25 degrees, the manager control device 2 cuts off the operation of the compressor group 12 when the indoor temperature reaches 25 degrees, and sets the user temperature setting value 1311 to When the manager temperature setting value 121 is set to 25 degrees, the user control device 13 cuts off the operation of the compressor unit 12 when the indoor temperature reaches 26 degrees, thereby allowing the manager to effectively control. The indoor temperature is used to save energy and avoid waste of the user. Further, the user temperature setting value 1311 and the indoor temperature can be displayed by the display 134.
請參閱第一圖以及第三圖所示，由圖中可清楚看出，管理者控制裝置2會對於空調系統1之運轉時間節能方式，係依照進行下列步驟進行：請參閱第一圖與第三圖所示，由圖中可清楚看出，使用者可藉由使用者時間設定器133改變微電腦處理器131儲存之使用者運轉時間設定值1312，管理者可藉由管理者時間設定器26改變微電腦處理器21儲存之管理者運轉時間設定值213，因此，當空調系統使用時，會依照下列步驟進行：Referring to the first figure and the third figure, it can be clearly seen from the figure that the manager control device 2 will perform the following steps for the operation time saving mode of the air conditioning system 1: refer to the first figure and the first As shown in the three figures, it can be clearly seen from the figure that the user can change the user running time setting value 1312 stored by the microcomputer processor 131 by the user time setting unit 133, and the manager can use the manager time setting unit 26 The manager operation time setting value 213 stored by the microcomputer processor 21 is changed. Therefore, when the air conditioning system is used, the following steps are performed:
(200)開始；(200) begins;
(201)管理者控制裝置2之管理者微電腦處理器21持續比對電流 檢測器22所檢出之電流是否大於管理者微電腦處理器21內所儲存之基礎電流值212，當電流檢測器22檢出之電流大於管理者微電腦處理器21內所儲存之基礎電流值212時，進行步驟202。(201) The manager of the manager control device 2, the microcomputer processor 21, continuously compares the current Whether the current detected by the detector 22 is greater than the base current value 212 stored in the supervisor microcomputer processor 21, when the current detected by the current detector 22 is greater than the base current value 212 stored in the supervisor microcomputer processor 21 Go to step 202.
(202)管理者控制裝置2之管理者微電腦處理器21開始計算空調系統1運轉時間。(202) The manager of the manager control device 2, the microcomputer processor 21, starts calculating the operation time of the air conditioning system 1.
(203)管理者微電腦處理器21持續比對運轉時間是否達到管理者運轉時間設定值213，當運轉時間達到管理者運轉時間設定值213時，進行步驟204。(203) The manager microcomputer processor 21 continues to compare the operation time to the manager operation time setting value 213, and when the operation time reaches the manager operation time setting value 213, the process proceeds to step 204.
(204)微電腦處理器21控制第二負載開關控制器27切斷空調系統1運轉，並進行步驟201。(204) The microcomputer processor 21 controls the second load switch controller 27 to turn off the operation of the air conditioning system 1, and proceeds to step 201.
由上述步驟可看出，管理者控制裝置2之管理者微電腦處理器21在電流檢測器22檢出之電流大於管理者微電腦處理器21內所儲存之基礎電流值212時，即代表使用者利用使用者控制裝置13之功能設定器135起動風扇機組11與壓縮機組12運轉，造成外部電源3輸入空調系統1之電流增加，此時管理者控制裝置2之管理者微電腦處理器21比對運轉時間是否達到管理者運轉時間設定值213，若運轉時間達到管理者運轉時間設定值213，則管理者控制裝置2藉由切斷外部電源3使空調系統1停止運轉，若使用者還需使用空調系統，則必須再次藉由操作使用者控制裝置13之功能設定器135，才能起動空調系統1運轉，以避免使用者將使用者運轉時間設定值1312設定過長，或是忘記關閉空調系統1，而造成能源浪費，因此，若使用者運轉時間設定值1312大於管理者運轉時間設定值213時，則在空調系統1運轉時 間到達使用者運轉時間設定值1312之前，空調系統1即被管理者控制裝置2停止運轉，反之，若使用者運轉時間設定值1312小於管理者運轉時間設定值213時，則在空調系統1運轉時間到達使用者運轉時間設定值1312時，空調系統1即被使用者控制裝置13停止運轉，藉上，可清楚的得知，只有在使用者運轉時間設定值1312小於管理者運轉時間設定值213時，使用者運轉時間設定值1312才會產生作用，以有效的避免使用者過度使用空調系統1。It can be seen from the above steps that the manager microcomputer 21 of the manager control device 2 represents the user when the current detected by the current detector 22 is greater than the base current value 212 stored in the manager microcomputer processor 21. The function setter 135 of the user control device 13 activates the operation of the fan unit 11 and the compressor unit 12, causing the current of the external power source 3 to be input into the air conditioning system 1 to increase, and at this time, the manager microcomputer 21 of the manager control device 2 compares the operation time. Whether or not the manager operation time setting value 213 is reached, and when the operation time reaches the manager operation time setting value 213, the manager control device 2 stops the operation of the air conditioning system 1 by turning off the external power source 3, and if the user still needs to use the air conditioning system Then, the air conditioner system 1 must be started again by operating the function setter 135 of the user control device 13 to prevent the user from setting the user running time setting value 1312 too long, or forgetting to turn off the air conditioning system 1, and This causes waste of energy. Therefore, if the user operation time setting value 1312 is greater than the manager operation time setting value 213, it is empty. 1 operating system The air conditioner system 1 is stopped by the manager control device 2 until the user operation time setting value 1312 is reached. Otherwise, when the user operation time setting value 1312 is smaller than the manager operation time setting value 213, the air conditioning system 1 is operated. When the time reaches the user operation time setting value 1312, the air conditioning system 1 is stopped by the user control device 13, and it can be clearly seen that only the user operation time setting value 1312 is smaller than the manager operation time setting value 213. At this time, the user running time set value 1312 will have an effect to effectively prevent the user from excessively using the air conditioning system 1.
請參閱第四圖所示，由圖中可清楚看出，本創作第二較佳實施例與第一較佳實施例之不同處在於，第二較佳實施例中的管理者控制裝置2之管理者微電腦處理器21連接有無線接收器28，而管理者溫度設定器25與管理者時間設定器26連接有無線發射器29，讓管理者可以遙控方式改變管理者微電腦處理器21內所儲存之管理者溫度設定值211與管理者運轉時間設定值213，方便管理者使用。Referring to the fourth figure, it can be clearly seen from the figure that the second preferred embodiment of the present invention is different from the first preferred embodiment in that the manager control device 2 in the second preferred embodiment The administrator microcomputer processor 21 is connected to the wireless receiver 28, and the manager temperature setter 25 is connected to the manager time setter 26 with a wireless transmitter 29 for the administrator to remotely change the storage in the manager microcomputer processor 21. The manager temperature setting value 211 and the manager operation time setting value 213 are convenient for the administrator to use.
是以，本發明為可解決習知技術之不足與缺失，其關鍵技術在於：Therefore, the present invention is capable of solving the deficiencies and shortcomings of the prior art, and the key technologies are:
(一)本發明係利用管理者控制裝置2讓管理者設定出管理者溫度設定值211，在室內溫度達到管理者溫度設定值211時，管理者控制裝置2即切斷空調系統1之壓縮機12運轉，讓管理者有效的控制室內溫度，以避免使用者將空調系統1之使用者溫度設定值1311設置過低，造成能源的浪費。(1) In the present invention, the manager control device 2 is used to cause the manager to set the manager temperature setting value 211, and when the indoor temperature reaches the manager temperature setting value 211, the manager control device 2 turns off the compressor of the air conditioning system 1. 12 operation, allowing the administrator to effectively control the indoor temperature, to avoid the user setting the user temperature setting value 1311 of the air conditioning system 1 too low, resulting in waste of energy.
(二)本發明係利用管理者控制裝置2讓管理者設定出管理者運轉時間設定值213，在空調系統1達到管理者運轉時間設定值213時，空調系統1即被管理者控制裝置2停止運轉，以避免使用者過度使用 空調系統1，或是忘記關閉空調系統1。(2) In the present invention, the manager control device 2 is used to cause the manager to set the manager operation time setting value 213, and when the air conditioning system 1 reaches the manager operation time setting value 213, the air conditioning system 1 is stopped by the manager control device 2. Run to avoid overuse by users Air conditioning system 1, or forget to turn off the air conditioning system 1.
(三)本發明之管理者控制裝置2係利用第一負載開關控制器23與第二負載開關控制器27來關閉壓縮機12運轉以及空調系統1運轉，因此，本發明之管理者控制裝置2可在不改變空調系統1之情況下加裝至空調系統1，方便需要進行管理空調系統1之管理者安裝使用。(3) The manager control device 2 of the present invention uses the first load switch controller 23 and the second load switch controller 27 to turn off the operation of the compressor 12 and the operation of the air conditioning system 1, and therefore, the manager control device 2 of the present invention It can be installed in the air conditioning system 1 without changing the air conditioning system 1, so that it is convenient to manage the installation and use of the air conditioning system 1.
以上所舉實施例僅用為方便說明本創作，而並非加以限制，在不離本創作精神範疇，熟悉此一行業技藝人士所可作之各種簡易變化與修飾，均仍應含括於以下申請專利範圍中。The above embodiments are only used to facilitate the description of the present invention, and are not intended to be limiting, and all kinds of simple changes and modifications that can be made by those skilled in the art without departing from the spirit of the present invention should still be included in the following patent applications. In the scope.
1‧‧‧空調系統1‧‧‧Air conditioning system
11‧‧‧風扇機組11‧‧‧Fan unit
12‧‧‧壓縮機組12‧‧‧Compressor unit
13‧‧‧使用者控制裝置13‧‧‧User control device
131‧‧‧使用者微電腦處理器131‧‧‧User microcomputer processor
1311‧‧‧使用者溫度設定值1311‧‧‧User temperature setting
1312‧‧‧使用者運轉時間設定值1312‧‧‧User operating time setting
132‧‧‧使用者溫度設定器132‧‧‧User temperature setter
133‧‧‧使用者時間設定器133‧‧‧User Time Setter
134‧‧‧顯示器134‧‧‧ display
135‧‧‧功能設定器135‧‧‧ function setter
2‧‧‧管理者控制裝置2‧‧‧Manager control device
21‧‧‧管理者微電腦處理器21‧‧‧Manager Microcomputer Processor
211‧‧‧管理者溫度設定值211‧‧‧Management temperature setting
212‧‧‧基礎電流值212‧‧‧Basic current value
213‧‧‧管理者運轉時間設定值213‧‧‧Manager operating time setting
22‧‧‧電流檢測器22‧‧‧ Current Detector
23‧‧‧第一負載開關控制器23‧‧‧First load switch controller
24‧‧‧室內溫度偵測器24‧‧‧Indoor temperature detector
25‧‧‧管理者溫度設定器25‧‧‧Manager temperature setter
26‧‧‧管理者時間設定器26‧‧‧Administrator time setter
27‧‧‧第二負載開關控制器27‧‧‧Second load switch controller
28‧‧‧無線接收器28‧‧‧Wireless Receiver
29‧‧‧無線發射器29‧‧‧Wireless transmitter
3‧‧‧外部電源3‧‧‧External power supply
第一圖係為本發明第一實施例之方塊圖。The first figure is a block diagram of a first embodiment of the present invention.
第二圖係為本發明溫度控制動作流程圖。The second figure is a flow chart of the temperature control action of the present invention.
第三圖係為本發明時間控制動作流程圖。The third figure is a flow chart of the time control action of the present invention.
第四圖係為本發明第二實施例之方塊圖。The fourth figure is a block diagram of a second embodiment of the present invention.
1‧‧‧空調系統1‧‧‧Air conditioning system
11‧‧‧風扇機組11‧‧‧Fan unit
12‧‧‧壓縮機組12‧‧‧Compressor unit
13‧‧‧使用者控制裝置13‧‧‧User control device
131‧‧‧使用者微電腦處理器131‧‧‧User microcomputer processor
1311‧‧‧使用者溫度設定值1311‧‧‧User temperature setting
1312‧‧‧使用者運轉時間設定值1312‧‧‧User operating time setting
132‧‧‧使用者溫度設定器132‧‧‧User temperature setter
133‧‧‧使用者時間設定器133‧‧‧User Time Setter
134‧‧‧顯示器134‧‧‧ display
135‧‧‧功能設定器135‧‧‧ function setter
2‧‧‧管理者控制裝置2‧‧‧Manager control device
21‧‧‧管理者微電腦處理器21‧‧‧Manager Microcomputer Processor
211‧‧‧管理者溫度設定值211‧‧‧Management temperature setting
212‧‧‧基礎電流值212‧‧‧Basic current value
213‧‧‧管理者運轉時間設定值213‧‧‧Manager operating time setting
22‧‧‧電流檢測器22‧‧‧ Current Detector
23‧‧‧第一負載開關控制器23‧‧‧First load switch controller
24‧‧‧室內溫度偵測器24‧‧‧Indoor temperature detector
25‧‧‧管理者溫度設定器25‧‧‧Manager temperature setter
26‧‧‧管理者時間設定器26‧‧‧Administrator time setter
27‧‧‧第二負載開關控制器27‧‧‧Second load switch controller
3‧‧‧外部電源3‧‧‧External power supply
Claims (3)
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW101123131A TWI447332B (en) | 2012-06-28 | 2012-06-28 | Air conditioning system energy saving management device and method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW101123131A TWI447332B (en) | 2012-06-28 | 2012-06-28 | Air conditioning system energy saving management device and method |
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| Publication Number | Publication Date |
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| TW201241373A TW201241373A (en) | 2012-10-16 |
| TWI447332B true TWI447332B (en) | 2014-08-01 |
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| TW101123131A TWI447332B (en) | 2012-06-28 | 2012-06-28 | Air conditioning system energy saving management device and method |
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| TWI482933B (en) * | 2013-02-01 | 2015-05-01 | Tsen Yi Lee | Energy - saving air - conditioning device and control method |
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| CN1075361A (en) * | 1991-12-09 | 1993-08-18 | 大金工业株式会社 | The electric supply installation of air conditioning control device |
| CN1922445A (en) * | 2004-02-24 | 2007-02-28 | 大金工业株式会社 | Air-conditioning monitoring and control system |
| TWM352650U (en) * | 2008-10-31 | 2009-03-11 | Tsen-Yi Lee | Energy saving control device for air conditioner |
| CN201464912U (en) * | 2009-04-11 | 2010-05-12 | 宁波奥克斯空调有限公司 | Hotel air-conditioning management and control system |
| CN201772586U (en) * | 2010-06-09 | 2011-03-23 | 王炳泽 | Intelligent control power-saving device for communication base station air conditioner |
| CN201787699U (en) * | 2010-08-30 | 2011-04-06 | 华立仪表集团股份有限公司 | Intelligent air conditioner capable of automatically controlling electricity consumption |
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| CN1075361A (en) * | 1991-12-09 | 1993-08-18 | 大金工业株式会社 | The electric supply installation of air conditioning control device |
| CN1922445A (en) * | 2004-02-24 | 2007-02-28 | 大金工业株式会社 | Air-conditioning monitoring and control system |
| TWM352650U (en) * | 2008-10-31 | 2009-03-11 | Tsen-Yi Lee | Energy saving control device for air conditioner |
| CN201464912U (en) * | 2009-04-11 | 2010-05-12 | 宁波奥克斯空调有限公司 | Hotel air-conditioning management and control system |
| CN201772586U (en) * | 2010-06-09 | 2011-03-23 | 王炳泽 | Intelligent control power-saving device for communication base station air conditioner |
| CN201787699U (en) * | 2010-08-30 | 2011-04-06 | 华立仪表集团股份有限公司 | Intelligent air conditioner capable of automatically controlling electricity consumption |
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