CN103676705B - A kind of remote power control method, system and remote control table - Google Patents
- ️Wed Nov 23 2016
CN103676705B - A kind of remote power control method, system and remote control table - Google Patents
A kind of remote power control method, system and remote control table Download PDFInfo
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- CN103676705B CN103676705B CN201210382785.4A CN201210382785A CN103676705B CN 103676705 B CN103676705 B CN 103676705B CN 201210382785 A CN201210382785 A CN 201210382785A CN 103676705 B CN103676705 B CN 103676705B Authority
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Abstract
本发明公开了一种远程用电控制方法、系统及远程控制平台。其中方法包括：远程控制平台对用户终端发送的登录请求进行身份认证；当认证通过后，远程控制平台接收用户终端发送的对用电设备的控制命令；远程控制平台将控制命令发送到用电管理终端；用电管理终端将控制命令发送到用电设备。本发明的通过采用远程控制平台和用户管理终端对用电设备进行控制，且对发送控制命令的用户终端进行身份认证，提高了对用户设备控制的安全性。通过远程控制平台，可以同时对多个用电管理终端进行并行控制，而用电管理终端可以同时对多个用电设备进行并行控制，大大减小了时间开销和网络开销，提高了工作效率。
The invention discloses a remote power consumption control method, system and remote control platform. The methods include: the remote control platform authenticates the login request sent by the user terminal; when the authentication is passed, the remote control platform receives the control command for the electrical equipment sent by the user terminal; the remote control platform sends the control command to the power consumption management Terminal; the power consumption management terminal sends control commands to the power consumption equipment. The present invention controls the electrical equipment by using the remote control platform and the user management terminal, and performs identity authentication on the user terminal sending the control command, thereby improving the security of controlling the user equipment. Through the remote control platform, multiple power consumption management terminals can be controlled in parallel at the same time, and the power management terminal can simultaneously control multiple power consumption devices in parallel, which greatly reduces time overhead and network overhead, and improves work efficiency.
Description
技术领域 technical field
本发明涉及智能用电技术领域，尤其涉及一种远程用电控制方法、系统及远程控制平台。The present invention relates to the technical field of intelligent power utilization, in particular to a remote power utilization control method, system and remote control platform.
背景技术 Background technique
近年来，随着物联网技术迅速发展，人们生活越来越智能化。应运而生的智能家居是采用网络通信、自动控制等技术将各种用电设备以及住宅内部各种智能化信息处理系统有机地结合在一起，通过统筹管理使得人们生活和工作更加便利、安全、高效。In recent years, with the rapid development of Internet of Things technology, people's life is becoming more and more intelligent. The smart home that came into being is to use network communication, automatic control and other technologies to organically combine various electrical equipment and various intelligent information processing systems inside the house, and make people's life and work more convenient, safe and efficient through overall management. efficient.
自动控制技术是智能家居系统中必不可少的技术，广泛应用在智能家居控制中心，家居设备自动控制模块中，对于家庭能源的科学管理、家庭设备的日程管理都有十分重要的作用。Automatic control technology is an indispensable technology in the smart home system. It is widely used in the smart home control center and the automatic control module of home equipment. It plays a very important role in the scientific management of home energy and the schedule management of home equipment.
目前在智能家居控制中心对用电设备远程控制技术方案有以下两种方案：At present, there are two solutions for the remote control technology of electrical equipment in the smart home control center:
方案一：用户使用计算机、手机、平板电脑等通信设备，通过互联网直接访问远程的用电设备，并对用电设备进行远程控制，如控制用电设备的开、关、待机等。Solution 1: Users use communication devices such as computers, mobile phones, and tablet computers to directly access remote electrical equipment through the Internet, and remotely control electrical equipment, such as controlling the power on, off, and standby.
方案二：用户使用计算机、手机、平板电脑等通信设备，首先通过互联网连接到一个用电设备网络的网关控制器，并且通过该网关控制器间接控制其下的用电设备网络中的用电设备。Solution 2: Users use computers, mobile phones, tablet computers and other communication devices, first connect to the gateway controller of a network of electrical equipment through the Internet, and indirectly control the electrical equipment in the network of electrical equipment under it through the gateway controller .
尽管上述两种方案已经初步实现了对用电设备进行远程控制，但是这两种方案还存一些问题。Although the above two schemes have preliminarily realized the remote control of the electrical equipment, there are still some problems in the two schemes.
上述第一种方案的缺点是：The disadvantages of the first option above are:
（1）在该方案中，将用电设备直接暴露于开放的互联网中，可能会导致用电设备遭受来自互联网上的各类黑客攻击，网络安全性很低；(1) In this scheme, exposing the electrical equipment directly to the open Internet may cause the electrical equipment to be attacked by various hackers from the Internet, and the network security is very low;
（2）如果用户一次需要控制一组用电设备，则需要分别连接每一个用电设备进行控制，操作非常繁琐，降低了用户体验。(2) If the user needs to control a group of electrical equipment at a time, he needs to connect each electrical equipment separately for control. The operation is very cumbersome and reduces the user experience.
上述第二种方案的缺点是：The disadvantages of the second option above are:
（1）用户的身份认证和访问控制完全由用电设备网络的网关控制器承担，对各个网关控制器的功能和安全性要求很高；(1) The user's identity authentication and access control are completely undertaken by the gateway controller of the electrical equipment network, which has high requirements on the function and security of each gateway controller;
（2）如果用户希望一次控制位于多个远程用电设备网络中的设备时，需要依次连接各个网关控制器，时间开销大，且操作繁琐，降低了用户体验。(2) If the user wants to control devices located in multiple remote power device networks at one time, it is necessary to connect each gateway controller in turn, which takes a lot of time and is cumbersome to operate, which reduces the user experience.
发明内容 Contents of the invention
为了解决现有技术中网络安全性较低的技术问题，本发明提出一种远程用电控制方法、系统及远程控制平台。In order to solve the technical problem of low network security in the prior art, the present invention proposes a remote power consumption control method, system and remote control platform.
本发明的一个方面，提供一种远程用电控制方法，包括：远程控制平台对用户终端发送的登录请求进行身份认证；当认证通过后，所述远程控制平台接收用户终端发送的对用电设备的控制命令；所述远程控制平台将所述控制命令发送到用电管理终端；所述用电管理终端将所述控制命令发送到所述用电设备。One aspect of the present invention provides a remote power consumption control method, including: the remote control platform performs identity authentication on the login request sent by the user terminal; the control command; the remote control platform sends the control command to the power management terminal; the power management terminal sends the control command to the electric device.
本发明的另一个方面，提供一种远程控制平台，包括：接收模块，用于接收用户终端发送的登录请求和对用电设备的控制命令；认证模块，用于对所述登录请求进行身份认证；发送模块，用于将所述控制命令发送到用电管理终端。Another aspect of the present invention provides a remote control platform, including: a receiving module, configured to receive a login request sent by a user terminal and a control command to an electrical device; an authentication module, configured to authenticate the login request ; A sending module, configured to send the control command to the power consumption management terminal.
本发明的再另一个方面，提供一种远程用电控制系统，包括：用电设备，用电管理终端和远程控制平台，远程控制平台，用于对用户终端发送的登录请求进行身份认证；当认证通过后，接收用户终端发送的对用电设备的控制命令；将所述控制命令发送到用电管理终端；所述用电管理终端，用于将所述控制命令发送到所述用电设备。Still another aspect of the present invention provides a remote power consumption control system, including: power consumption equipment, a power consumption management terminal and a remote control platform, and the remote control platform is used to authenticate the login request sent by the user terminal; After the authentication is passed, receive the control command to the electric device sent by the user terminal; send the control command to the power management terminal; the power management terminal is used to send the control command to the electric device .
本发明的远程用电控制方法、系统及远程控制平台，通过采用远程控制平台和用户管理终端对用电设备进行控制，且对发送控制命令的用户终端进行身份认证，提高了对用户设备控制的安全性。通过远程控制平台，可以同时对多个用电管理终端进行并行控制，而用电管理终端可以同时对多个用电设备进行并行控制，大大减小了时间开销和网络开销，提高了工作效率。The remote power consumption control method, system and remote control platform of the present invention control the power consumption equipment by using the remote control platform and the user management terminal, and perform identity authentication on the user terminal sending the control command, thereby improving the control efficiency of the user equipment. safety. Through the remote control platform, multiple power consumption management terminals can be controlled in parallel at the same time, and the power management terminal can simultaneously control multiple power consumption devices in parallel, which greatly reduces time and network overhead and improves work efficiency.
附图说明Description of drawings
图1是本发明远程用电控制方法实施例的流程示意图；Fig. 1 is a schematic flow chart of an embodiment of the remote power consumption control method of the present invention;
图2是本发明远程控制平台实施例的结构示意图；Fig. 2 is a schematic structural diagram of a remote control platform embodiment of the present invention;
图3是本发明远程用电控制系统实施例的结构示意图。Fig. 3 is a schematic structural diagram of an embodiment of the remote power consumption control system of the present invention.
具体实施方式 detailed description
以下结合附图对本发明进行详细说明。The present invention will be described in detail below in conjunction with the accompanying drawings.
如图1所示，本发明提供一种远程用电控制方法实施例，包括以下步骤：As shown in Figure 1, the present invention provides an embodiment of a remote power consumption control method, including the following steps:
步骤102，远程控制平台对用户终端发送的登录请求进行身份认证；Step 102, the remote control platform authenticates the login request sent by the user terminal;
步骤104，当认证通过后，远程控制平台接收用户终端发送的对用电设备的控制命令；Step 104, when the authentication is passed, the remote control platform receives the control command to the electrical equipment sent by the user terminal;
步骤106，远程控制平台将控制命令发送到用电管理终端；Step 106, the remote control platform sends the control command to the power consumption management terminal;
步骤108，用电管理终端将控制命令发送到用电设备。In step 108, the power consumption management terminal sends the control command to the power consumption equipment.
另外，步骤106之前还包括：远程控制平台根据预先存储的访问控制权限表对控制命令进行控制权限判定；当判定通过时，远程控制平台将控制命令发送到用电管理终端。In addition, before step 106, it also includes: the remote control platform determines the control authority of the control command according to the pre-stored access control authority table; when the determination is passed, the remote control platform sends the control command to the power consumption management terminal.
步骤106具体包括：远程控制平台获取户终端预先设定的对用电设备的预约控制时间，当预约控制时间到达时，将控制命令发送到用电管理终端。Step 106 specifically includes: the remote control platform obtains the preset control time for the electric equipment preset by the user terminal, and when the scheduled control time arrives, sends the control command to the power consumption management terminal.
步骤108之前还包括：用电管理终端根据用电设备的工作状态进行控制指令的执行可行性检查，当可行性检查通过后，将控制指令发送到用电设备。Before step 108, it also includes: the power consumption management terminal checks the execution feasibility of the control instruction according to the working state of the electric equipment, and sends the control instruction to the electric equipment after the feasibility check is passed.
本发明远程用电控制方法实施例的具体流程如下：The specific flow of the embodiment of the remote power consumption control method of the present invention is as follows:
（1）远程控制平台接收用户通过其网络通信设备发起的登录请求。(1) The remote control platform receives the login request initiated by the user through its network communication device.
需要控制远程用电设备的用户，可以通过网络通信设备，例如，个人电脑、手机、平板电脑等，连接到远程控制平台，首先向远程控制平台发起登陆请求，输入的请求信息包括用户名和密码。需要说明的是，在本发明实施例中，输入的请求信息还可以为指纹信息，或者远程控制平台在用户输入用户名后接收用户点击信息后，向手机下发手机验证码，用户通过输入验证码进行身份认证。Users who need to control remote electrical equipment can connect to the remote control platform through network communication devices, such as personal computers, mobile phones, and tablet computers, and first initiate a login request to the remote control platform. The input request information includes user name and password. It should be noted that, in the embodiment of the present invention, the input request information can also be fingerprint information, or the remote control platform sends a mobile phone verification code to the mobile phone after the user enters the user name and receives the information clicked by the user, and the user passes the input verification code. code for identity authentication.
（2）远程控制平台收到用户的登录请求后，根据其输入的请求信息进行身份认证；如果认证失败，远程控制平台拒绝用户登录；如果认证通过，进行下列步骤。(2) After the remote control platform receives the user's login request, it performs identity authentication according to the input request information; if the authentication fails, the remote control platform rejects the user's login; if the authentication passes, the following steps are performed.
（3）远程控制平台接收用户发起的对用电设备的控制命令。(3) The remote control platform receives user-initiated control commands for electrical equipment.
在本发明实施例中，控制命令包含需要接受控制的一个或多个用电设备编号，预约制时间，及对其进行控制的操作类型（例如，待机、工作状态转换、加热、制冷）。In the embodiment of the present invention, the control command includes the number of one or more electrical equipment to be controlled, the reserved time, and the type of operation (for example, standby, working state transition, heating, cooling) to be controlled.
（4）远程控制平台根据预先存储的访问控制权限表，对用户的控制命令进行控制权限判定。若判定未通过，远程控制平台拒绝用户的控制命令。若判定通过，进行下列步骤。(4) The remote control platform judges the control authority of the user's control command according to the pre-stored access control authority table. If the determination fails, the remote control platform rejects the user's control command. If the judgment is passed, proceed to the following steps.
在本发明实施例中，远程控制平台存储有用户是否具有某一个或者多个远程用电设备的控制权限，将记录在访问控制规则表中。In the embodiment of the present invention, the remote control platform stores whether the user has the control authority of one or more remote electric devices, which will be recorded in the access control rule table.
（5）远程控制平台根据用户的控制命令在远程控制平台预设定对用电设备的预约控制时间，并进行时间预约记录，(5) The remote control platform pre-sets the scheduled control time for electrical equipment on the remote control platform according to the user's control command, and records the scheduled time.
远程控制平台在预约时间到达时向远程的用电管理终端发出对用电设备进行控制的控制命令。When the scheduled time arrives, the remote control platform sends a control command to the remote power consumption management terminal to control the power consumption equipment.
在本发明实施例中，远程控制平台具有定时功能，远程控制平台维持控制任务定时，当预定的时间到达时，远程控制平台立刻将控制指令下发到用电管理终端；该方式比用电管理终端维持定时器功能实现简便，运营成本低。In the embodiment of the present invention, the remote control platform has a timing function, and the remote control platform maintains the timing of the control task. When the predetermined time arrives, the remote control platform immediately sends the control command to the power consumption management terminal; The terminal maintenance timer function is easy to realize and the operation cost is low.
可选地，在本发明实施例中，还可由用电管理终端或者感知单元维持定时器功能。Optionally, in the embodiment of the present invention, the power consumption management terminal or the sensing unit may also maintain the timer function.
（6）用电管理终端收到控制命令之后，根据当前的工作状态判断控制命令的执行可行性。例如，当一个用电设备处于运行的状态下，将不能再执行“启动”命令，但可以接受“关闭”命令。(6) After receiving the control command, the power consumption management terminal judges the feasibility of executing the control command according to the current working state. For example, when an electrical device is running, it will no longer be able to execute the "start" command, but it can accept the "shutdown" command.
（7）如果当前控制命令可执行，用电管理终端根据远程控制平台下发的控制命令，向目标用电设备对应的感知单元发送控制指令。(7) If the current control command is executable, the power consumption management terminal sends a control command to the sensing unit corresponding to the target power consumption device according to the control command issued by the remote control platform.
（8）用电设备的感知单元接收到用电管理终端的指令，执行控制动作。并将控制执行结果（例如，对用电设备控制成功与否）返回给用电管理终端。(8) The sensing unit of the electrical equipment receives the instruction from the electrical management terminal and executes the control action. And return the control execution result (for example, whether the control of the electric device is successful or not) to the power consumption management terminal.
（9）用电管理终端接收返回的执行结果。(9) The power consumption management terminal receives the returned execution result.
（10）用电管理终端在获得控制的执行结果之后，将其控制指令的执行结果向远程控制平台进行反馈。(10) After obtaining the execution result of the control, the power consumption management terminal feeds back the execution result of its control command to the remote control platform.
（11）远程控制平台接收到用电管理终端的执行结果之后，将执行结果进行记录，同时向用户终端进行传输。(11) After the remote control platform receives the execution result of the power consumption management terminal, it records the execution result and transmits it to the user terminal at the same time.
（12）用户终端将控制结果向用户进行反馈。(12) The user terminal feeds back the control result to the user.
（13）本次远程控制过程结束。(13) This remote control process is over.
本发明方法实施例中，远程控制平台获得预约控制时间后，还可以延时发送控制命令。假设当前时间为T0，预约控制时间是TC，计算TC与T0的时间差Δt，当时间为Tc-Δt/α时，发送控制命令。其中，α≥1；α可根据神经网络中BP学习算法或者线性回归方法来确定。采用该方式，可以提高定时的准确性。In the embodiment of the method of the present invention, after the remote control platform obtains the scheduled control time, it can also delay sending the control command. Assuming that the current time is T 0 and the scheduled control time is T C , calculate the time difference Δt between T C and T 0 , and send the control command when the time is T c -Δt/α. Wherein, α≥1; α can be determined according to the BP learning algorithm or the linear regression method in the neural network. In this way, the timing accuracy can be improved.
如图2所示，本发明还提供一种远程控制平台实施例包括：As shown in Figure 2, the present invention also provides a remote control platform embodiment comprising:
接收模块21，用于接收用户终端发送的登录请求和对用电设备的控制命令；The receiving module 21 is used to receive the login request sent by the user terminal and the control command to the electric equipment;
认证模块22，用于对登录请求进行身份认证；An authentication module 22, configured to authenticate the login request;
发送模块23，用于将控制命令发送到用电管理终端。The sending module 23 is configured to send the control command to the power consumption management terminal.
优选地，该平台还包括：权限判定模块24，用于根据预先存储的访问控制权限表对控制命令进行控制权限判定；Preferably, the platform further includes: an authority determination module 24, configured to determine the control authority of the control command according to the pre-stored access control authority table;
发送模块23，用于当判定通过时，将控制命令发送到用电管理终端。The sending module 23 is configured to send the control command to the power consumption management terminal when the judgment is passed.
更优地，该平台还包括：发送时间控制模块25。接收模块21获取控制命令中的预约控制时间；发送时间控制模块25判断是否到达预约控制时间；发送模块23当到达预约控制时间时，将控制命令发送到用电管理终端。More preferably, the platform further includes: a sending time control module 25 . The receiving module 21 acquires the scheduled control time in the control command; the sending time control module 25 judges whether the scheduled control time is reached; the sending module 23 sends the control command to the power consumption management terminal when the scheduled control time is reached.
更进一步地，发送时间控制模块25还计算当前时间与预约控制时间之间的时间差，Δt=TC-T0，TC为预约控制时间，T0为当前时间，Δt为时间差；判断时间是否到达Tc-Δt/α，其中，α≥1；发送模块23，用于当时间到达Tc-Δt/α时，将控制命令发送到用电管理终端。Furthermore, the sending time control module 25 also calculates the time difference between the current time and the reservation control time, Δt=T C −T 0 , T C is the reservation control time, T 0 is the current time, and Δt is the time difference; judge whether the time When T c -Δt/α is reached, where α≥1; the sending module 23 is configured to send the control command to the power consumption management terminal when the time reaches T c -Δt/α.
如图3所示，本发明远程用电控制系统实施例包括：用电设备31a、31b....，用电管理终端32a、32b....和远程用电管理平台33。其中，远程控制平台，用于对用户终端发送的登录请求进行身份认证；当认证通过后，接收用户终端发送的对用电设备的控制命令；将控制命令发送到用电管理终端；用电管理终端，用于将控制命令发送到用电设备。As shown in FIG. 3 , the embodiment of the remote power consumption control system of the present invention includes: power consumption equipment 31 a, 31 b . . . , power consumption management terminals 32 a, 32 b . Among them, the remote control platform is used to authenticate the login request sent by the user terminal; when the authentication is passed, receive the control command for the electrical equipment sent by the user terminal; send the control command to the power consumption management terminal; Terminals for sending control commands to electrical devices.
本发明的远程用电控制方法、系统及远程控制平台，通过采用远程控制平台和用户管理终端对用电设备进行控制，且对发送控制命令的用户终端进行身份认证，提高了对用户设备控制的安全性。通过远程控制平台，可以同时对多个用电管理终端进行并行控制，而用电管理终端可以同时对多个用电设备进行并行控制，大大减小了时间开销和网络开销，提高了工作效率。The remote power consumption control method, system and remote control platform of the present invention control the power consumption equipment by using the remote control platform and the user management terminal, and perform identity authentication on the user terminal sending the control command, thereby improving the control efficiency of the user equipment. safety. Through the remote control platform, multiple power consumption management terminals can be controlled in parallel at the same time, and the power management terminal can simultaneously control multiple power consumption devices in parallel, which greatly reduces time and network overhead and improves work efficiency.
应说明的是：以上实施例仅用以说明本发明而非限制，本发明也并不仅限于上述举例，一切不脱离本发明的精神和范围的技术方案及其改进，其均应涵盖在本发明的权利要求范围中。It should be noted that: the above embodiments are only used to illustrate the present invention without limitation, and the present invention is not limited to the above-mentioned examples, and all technical solutions and improvements thereof that do not depart from the spirit and scope of the present invention should be included in the present invention. within the scope of the claims.
Claims (9)
1. a remote power control method, it is characterised in that including:
The logging request that user terminal is sent by remote control table carries out authentication；
After certification is passed through, described remote control table receives the control to electrical equipment that user terminal sends System order；
Described control command is sent to electricity management terminal by described remote control table；
Described control command is sent to described electrical equipment by described electricity management terminal；
Described control command comprises to be needed to connect in check one or more electrical equipments numbering, and reservation controls Time, and the action type controlled it；
Described electricity management terminal also includes before described control command is sent to described electrical equipment:
Described control instruction is carried out by described electricity management terminal according to the duty of described electrical equipment Feasibility check, when feasibility inspection by after, described control instruction is sent to described electrical equipment.
Method the most according to claim 1, it is characterised in that described remote control table is by described Control command also includes before being sent to electricity management terminal:
Described control command is carried out by described remote control table according to the access control right table prestored Control authority judges；
When judge by time, described control command is sent to electricity management terminal by described remote control table.
Method the most according to claim 2, it is characterised in that described remote control table is by described Control command is sent to electricity management terminal and includes:
Described remote control table obtains the reservation in described control command and controls the time, when described reservation control When time processed arrives, described control command is sent to electricity management terminal.
Method the most according to claim 3, it is characterised in that described remote control table obtains family Terminal also included after the reservation control time to electrical equipment set in advance:
Calculate the time difference between current time and reservation control time, Δ t=TC-T0, TCFor reservation control Time, T0For current time, Δ t is time difference；
T is arrived when the timecDuring-Δ t/ α, described control command is sent to electricity management terminal, wherein, α≥1。
5. a remote control table, it is characterised in that including:
Receiver module, for receiving the logging request of user terminal transmission and the control command to electrical equipment；
Authentication module, for carrying out authentication to described logging request；
Sending module, for described control command is sent to electricity management terminal, so that described fulgurite Reason terminal carries out feasibility inspection according to the duty of described electrical equipment to described control instruction, when Feasibility checks by rear, and described control instruction is sent to described electrical equipment；
Described control command comprises to be needed to connect in check one or more electrical equipments numbering, and reservation controls Time, and the action type controlled it.
Remote control table the most according to claim 5, it is characterised in that also include: authority is sentenced Cover half block, for being controlled authority according to the access control right table prestored to described control command Judge；
Described sending module, for when judge by time, described control command is sent to the management of power use eventually End.
7. according to the remote control table described in claim 5 or 6, it is characterised in that also include: send out Send time control module,
Described receiver module, the reservation being additionally operable to obtain in described control command controls the time；
Described transmission time control module, is used for judging whether to arrive the described reservation control time；
Described sending module, for when arriving the reservation control time, is sent to described control command use Electricity management terminal.
8. according to the remote control table described in claim 5 or 6, it is characterised in that during described transmission Between control module, be additionally operable to calculate current time and reservation the control time between time difference, Δ t=TC-T0, TCFor reservation control time, T0For current time, Δ t is time difference；Judge whether the time arrives Tc-Δ t/ α, wherein, α >=1；
Described sending module, for arriving T when the timecDuring-Δ t/ α, it is sent to described control command use Electricity management terminal.
9. a remote control system, it is characterised in that including: electrical equipment, the management of power use is eventually End and remote control table,
Remote control table, carries out authentication for the logging request sending user terminal；Work as certification By rear, receive the control command to electrical equipment that user terminal sends；Described control command is sent To electricity management terminal；
Described electricity management terminal, for being sent to described electrical equipment by described control command；
Described control command comprises to be needed to connect in check one or more electrical equipments numbering, and reservation controls Time, and the action type controlled it；
Described electricity management terminal also includes before described control command is sent to described electrical equipment:
Described control instruction is carried out by described electricity management terminal according to the duty of described electrical equipment Feasibility check, when feasibility inspection by after, described control instruction is sent to described electrical equipment.
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