CN202547015U - Automatic control energy saving system for 10 kV power distribution station - Google Patents
Automatic control energy saving system for 10 kV power distribution station Download PDFInfo
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- 238000001514 detection method Methods 0.000 claims abstract description 33
- 238000009423 ventilation Methods 0.000 claims abstract description 15
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- 230000005540 biological transmission Effects 0.000 claims description 7
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- 230000007274 generation of a signal involved in cell-cell signaling Effects 0.000 claims description 3
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- 229910018503 SF6 Inorganic materials 0.000 description 25
- SFZCNBIFKDRMGX-UHFFFAOYSA-N sulfur hexafluoride Chemical compound FS(F)(F)(F)(F)F SFZCNBIFKDRMGX-UHFFFAOYSA-N 0.000 description 25
- 238000004378 air conditioning Methods 0.000 description 5
- 238000004134 energy conservation Methods 0.000 description 2
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- 230000009471 action Effects 0.000 description 1
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- 238000007791 dehumidification Methods 0.000 description 1
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- 230000000694 effects Effects 0.000 description 1
- 238000010438 heat treatment Methods 0.000 description 1
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- 238000006467 substitution reaction Methods 0.000 description 1
- 229960000909 sulfur hexafluoride Drugs 0.000 description 1
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Abstract
一种10kV配电站自动控制节能系统中，通过设置检测配电站内SF6气体泄露情况的若干个SF6气体检测传感器，和检测配电站内外温度和湿度情况的若干个温湿度检测传感器，向中心控制主机提供采集到的环境数据；中心控制主机集中判断后，驱动空调控制单元实现空调开启/关闭和温度调节的功能，还通过驱动排风扇控制单元，在不需要开启空调时，自动开启风扇实施通风换气的工作；特别是当配电站内SF6气体超限或温湿度超限时，打开排风扇及百叶窗进行通风；本实用新型能够节约资源、节能减排，实现智能化的室内环境监测、控制及报警。
In a 10kV substation automatic control energy-saving system, by setting several SF6 gas detection sensors to detect the leakage of SF6 gas in the distribution substation, and several temperature and humidity detection sensors to detect the temperature and humidity inside and outside the distribution substation, the central The control host provides the collected environmental data; after centralized judgment, the central control host drives the air conditioner control unit to realize the functions of air conditioner on/off and temperature adjustment, and also drives the exhaust fan control unit to automatically turn on the fan for ventilation when the air conditioner does not need to be turned on Ventilation work; especially when the SF6 gas in the distribution station exceeds the limit or the temperature and humidity exceed the limit, open the exhaust fan and the shutters for ventilation; the utility model can save resources, save energy and reduce emissions, and realize intelligent indoor environment monitoring, control and alarm .
Description
技术领域 technical field
本实用新型涉及一种自动控制系统，特别涉及一种10kV配电站自动控制节能系统。 The utility model relates to an automatic control system, in particular to an automatic control energy-saving system for a 10kV distribution station.
背景技术 Background technique
节能减排与节能环保已成为小至每个公民大至每个企业都应该积极推行的重要事情。然而，当前的10kV配电站为了考虑通风，所采用的通风系统没有自动关闭功能，因此空调和通风系统往往同时运行，使得空调的调温效果比较差，并且会造成极大的资源浪费。 Energy conservation, emission reduction and energy conservation and environmental protection have become important things that every citizen and every enterprise should actively implement. However, in order to consider ventilation, the current 10kV substation adopts a ventilation system that does not have an automatic shutdown function. Therefore, the air conditioning and ventilation systems often run at the same time, which makes the temperature adjustment effect of the air conditioner relatively poor and causes a great waste of resources.
实用新型内容 Utility model content
本实用新型的目的是提供一种用于10kV配电站的自动控制节能系统，通过对配电站的保温空调与通风系统的控制系统进行设计改造，做到不需要通风时可以保证密闭，需要通风时可以开启风扇、关闭空调，实现节能减排。同时针对SF6（六氟化硫）有害气体泄漏的情况，通过现场控制单元检测SF6报警信号的产生，在超限时报警，并打开排风扇及百叶窗通风排气来保证安全。本节能系统还可以兼顾现场工作人员的工作需求，做到智能化的室内环境监测与控制。 The purpose of this utility model is to provide an automatic control energy-saving system for a 10kV distribution station. By designing and reforming the control system of the thermal insulation air-conditioning and ventilation system of the distribution station, it can ensure airtightness when no ventilation is needed. When ventilating, the fan can be turned on and the air conditioner can be turned off to achieve energy saving and emission reduction. At the same time, for the leakage of SF6 (sulfur hexafluoride) harmful gas, the on-site control unit detects the generation of SF6 alarm signal, alarms when the limit is exceeded, and opens the exhaust fan and louver for ventilation and exhaust to ensure safety. This energy-saving system can also take into account the work needs of on-site staff, and achieve intelligent indoor environment monitoring and control.
本实用新型的技术方案是提供一种10kV配电站自动控制节能系统，所述系统设置有一台中心控制主机，所述中心控制主机由可编程工业控制PLC模块构建，并对与该中心控制主机通过工业现场总线及接口进行连接的以下若干设备进行联动控制，以调节10kV配电站内的温湿度及通风情况： The technical solution of the utility model is to provide an automatic control energy-saving system for a 10kV power distribution station, the system is provided with a central control host, the central control host is constructed by a programmable industrial control PLC module, and is connected to the central control host The following devices connected through the industrial field bus and the interface are linked and controlled to adjust the temperature, humidity and ventilation in the 10kV distribution station:
一套空调控制单元，其受到所述中心控制主机驱动，并控制与该空调控制单元连接的一台或多台空调的开启和关闭； A set of air conditioner control unit, which is driven by the central control host, and controls the opening and closing of one or more air conditioners connected to the air conditioner control unit;
一套排风扇控制单元，其受到所述中心控制主机驱动，并控制与该排风扇控制单元连接的一台或多台排风扇的开启和关闭； A set of exhaust fan control unit, which is driven by the central control host, and controls the opening and closing of one or more exhaust fans connected to the exhaust fan control unit;
一套现场传感器测量单元，其受到所述中心控制主机驱动，向所述中心控制主机提供采集到的环境数据；所述现场传感器测量单元进一步包含有检测配电站内SF6气体泄露情况的若干个SF6气体检测传感器，以及检测配电站内外温度和湿度情况的若干个温湿度检测传感器。 A set of on-site sensor measurement unit, which is driven by the central control host, provides collected environmental data to the central control host; the on-site sensor measurement unit further includes several SF6 gas leakage detection detection substations. Gas detection sensors, and several temperature and humidity detection sensors for detecting the temperature and humidity inside and outside the distribution station.
所述系统通过设置的电源及备电系统，将输入的220V交流市电，转换成系统所需要的各类直流电源信号。 The system converts the input 220V AC mains power into various types of DC power signals required by the system through the set power supply and backup power system.
所述中心控制主机通过依次设置的工业控制单元、隔离驱动模块、继电器-交流接触器组合模块，来连接并驱动所述空调控制单元；所述工业控制单元通过RS485总线与中心控制主机连接并通信。 The central control host connects and drives the air-conditioning control unit through an industrial control unit, an isolated drive module, and a relay-AC contactor combination module arranged in sequence; the industrial control unit connects and communicates with the central control host through an RS485 bus .
所述中心控制主机通过依次设置的工业控制单元、隔离驱动模块、继电器模块，来连接并驱动所述排风扇控制单元；所述工业控制单元通过RS485总线与中心控制主机连接并通信。 The central control host is connected to and drives the exhaust fan control unit through an industrial control unit, an isolation drive module, and a relay module arranged in sequence; the industrial control unit is connected and communicates with the central control host through an RS485 bus.
所述工业控制单元、隔离驱动模块和继电器模块，集成设置在一个带隔离的继电器输出卡中，所述带隔离的继电器输出卡通过RS485总线与所述中心控制主机连接并通信。 The industrial control unit, the isolated drive module and the relay module are integrated in an isolated relay output card, and the isolated relay output card is connected and communicated with the central control host through the RS485 bus.
所述排风扇中包含具有轴流风机外形的风机，在排风扇的出口上设置有根据排风扇控制单元驱动进行自动开启或关闭的百叶窗。 The exhaust fan includes a fan in the shape of an axial flow fan, and the outlet of the exhaust fan is provided with shutters that are automatically opened or closed according to the drive of the exhaust fan control unit.
所述温湿度检测传感器内部集成设置有数据采集器、隔离变送及报警信号发生模块，来进行数据信号的处理； The temperature and humidity detection sensor is integrated with a data collector, an isolation transmission and an alarm signal generation module to process the data signal;
所述温湿度检测传感器通过设置具有RS485输出的总线接口，与所述中心控制主机连接并通信。 The temperature and humidity detection sensor is connected and communicated with the central control host by setting a bus interface with RS485 output.
所述SF6气体检测传感器通过依次设置的数据采集器或比较器，隔离变送及报警信号模块进行数据信号的处理；所述SF6气体检测传感器通过设置的总线接口与所述中心控制主机连接并通信。 The SF6 gas detection sensor processes the data signal through the sequentially arranged data collector or comparator, the isolation transmission and the alarm signal module; the SF6 gas detection sensor is connected and communicated with the central control host through the bus interface provided .
所述SF6气体检测传感器的继电器输出端与所述中心控制主机之间连接有一个数字量输入卡，所述数字量输入卡将该SF6气体检测传感器的报警信号发送至所述中心控制主机。 A digital input card is connected between the relay output end of the SF6 gas detection sensor and the central control host, and the digital input card sends the alarm signal of the SF6 gas detection sensor to the central control host.
所述系统中还设置有与所述控制主机连接的报警单元、电子日历，环境数据的采集记录装置，及人机显示操作装置；所述报警单元进一步设置有SF6气体超限报警模块和温湿度超限报警模块。 The system is also provided with an alarm unit connected to the control host, an electronic calendar, a collection and recording device for environmental data, and a man-machine display operation device; the alarm unit is further provided with an SF6 gas overrun alarm module and temperature and humidity Overrun alarm module.
与现有技术相比，本实用新型所述10kV配电站自动控制节能系统，其优点在于：本实用新型通过中心控制主机驱动空调控制单元，实现空调开启/关闭和温度调节的功能；通过驱动排风扇控制单元，在不需要开启空调时，自动开启风扇实施通风换气的工作；特别是当配电站内SF6气体超限或温湿度超限时（温湿度超限值均可以通过软件现场设置），由本系统给出控制指令打开排风扇及百叶窗进行通风；本系统提供各类报警信号，必备的报警信号包括SF6报警、温湿度超限信号等，因此，本实用新型能够节约资源、节能减排，实现智能化的室内环境监测、控制及报警。 Compared with the prior art, the utility model described in the 10kV distribution station automatic control energy-saving system has the advantages that: the utility model drives the air-conditioning control unit through the central control host to realize the functions of air-conditioning on/off and temperature adjustment; The exhaust fan control unit automatically turns on the fan to perform ventilation when the air conditioner does not need to be turned on; especially when the SF6 gas in the distribution station exceeds the limit or the temperature and humidity exceed the limit (the temperature and humidity exceed the limit value can be set through the software on site), The system gives control commands to open the exhaust fan and shutters for ventilation; the system provides various alarm signals, and the necessary alarm signals include SF6 alarm, temperature and humidity overrun signal, etc. Therefore, the utility model can save resources, save energy and reduce emissions. Realize intelligent indoor environment monitoring, control and alarm.
附图说明 Description of drawings
图1是本实用新型所述10kV配电站自动控制节能系统的系统原理与组成结构示意图。 Fig. 1 is a schematic diagram of the system principle and composition structure of the automatic control energy-saving system of the 10kV distribution station of the present invention.
具体实施方式 Detailed ways
如图1所示，本实用新型所述10kV配电站自动控制节能系统中，主要包含以下部分：一台中心控制主机10，用来完成各类信号的采集，智能判断和根据程序发送各类控制指令和各类报警信号，并设计有信号采集、记录装置和各类I/O扩展功能；一套空调控制单元20，可控制1台或多台空调的开启和关闭，并可设定各个空调工作的温度和湿度环境；一套排风扇控制单元30，可控制排风扇的开启和关闭；一套现场传感器测量单元，包含若干个SF6气体检测传感器42和若干个温湿度检测传感器41，用来测量配电站内的温度/湿度/气体泄露情况等，为中心控制主机10做出智能决策提供数据支持。 As shown in Figure 1, the 10kV distribution station automatic control energy-saving system of the utility model mainly includes the following parts: a central control host 10, which is used to complete the collection of various signals, intelligently judge and send various signals according to the program. control instructions and various alarm signals, and is designed with signal acquisition, recording devices and various I/O expansion functions; a set of air conditioner control unit 20 can control the opening and closing of one or more air conditioners, and can set each The temperature and humidity environment where the air conditioner works; a set of exhaust fan control unit 30, which can control the opening and closing of the exhaust fan; a set of field sensor measurement unit, including several SF6 gas detection sensors 42 and several temperature and humidity detection sensors 41, used to measure The temperature/humidity/gas leakage in the substation provides data support for the central control host 10 to make intelligent decisions.
通过工业现场总线及接口，完成上述若干设备之间的可靠连接，例如本实施例中采用分布式的工业RS-485总线和接口实现，波特率为9600bps时可靠传输距离可达1200米距离。 Through the industrial field bus and interface, the reliable connection between the above-mentioned several devices is completed. For example, in this embodiment, a distributed industrial RS-485 bus and interface are used to realize. When the baud rate is 9600bps, the reliable transmission distance can reach 1200 meters.
本实用新型中设置有电源及备电系统，其将输入的220V交流市电，转换成10kV配电站自动控制节能系统所需要的各类直流电源信号。 The utility model is equipped with a power supply and a backup power system, which converts the input 220V AC mains power into various DC power supply signals required by the automatic control energy-saving system of the 10kV power distribution station.
具体的，所述中心控制主机10由高性能工业控制PLC为核心硬件平台，配合自主设计的控制软件构成，例如是研华公司ADAM-5510型TCP 16位PC可编程工业控制PLC模块，内有40M主频的处理器和相应的存储器。中心控制主机10主要负责温度传感器、SF6气体检测传感器42报警信号的采集，并实现空调、排气扇和排气扇百叶窗的智能联动控制功能。中心控制主机10还配备有电子日历、时钟、温度有害气体浓度的采集记录装置及报警单元。同时根据总体方案的需求考虑了主机系统短时断电可靠工作（PLC可断电存储相关参数的功能）、存储器空间、I/O口的扩展、A/D采集、RS485串口通讯等方面的设计。相关智能控制软件程序完成各类信号的采集、分析和自主发出控制指令等功能，并提供友好的人机显示界面。 Specifically, the central control host 10 is composed of a high-performance industrial control PLC as the core hardware platform, and is composed of self-designed control software. Main frequency processor and corresponding memory. The central control host 10 is mainly responsible for collecting the alarm signals of the temperature sensor and the SF6 gas detection sensor 42, and realizing the intelligent linkage control function of the air conditioner, exhaust fan and exhaust fan shutters. The central control host 10 is also equipped with an electronic calendar, a clock, a collection and recording device for temperature and harmful gas concentration, and an alarm unit. At the same time, according to the requirements of the overall plan, the design of the host system's short-term power failure reliable operation (PLC can power off and store related parameters), memory space, I/O port expansion, A/D acquisition, RS485 serial port communication, etc. is considered. . The relevant intelligent control software program completes the functions of collecting and analyzing various signals and issuing control commands independently, and provides a friendly man-machine display interface.
根据变电站现场运行和维护的需要，所述中心控制主机10配备人机显示操作装置，例如使用7寸MCGS型液晶触摸屏，属于工业三级抗干扰级别，可长寿命待机低功耗运行。MCGS型液晶触摸屏可通过软件设置变电站温度调节范围、排气扇启停的数量、SF6气体泄漏的报警等参数，方便相关使用维护人员的操作。MCGS型的液晶触摸屏中即集成设置有上述电子日历及数据的采集记录装置，通过闪存可以记录相关信息和报警内容，方便U盘导出。 According to the needs of on-site operation and maintenance of the substation, the central control host 10 is equipped with a human-machine display operation device, such as a 7-inch MCGS LCD touch screen, which belongs to the third-level industrial anti-interference level, and can operate with long life and low power consumption. The MCGS LCD touch screen can set the temperature adjustment range of the substation, the number of start and stop of the exhaust fan, the alarm of SF6 gas leakage and other parameters through the software, which is convenient for the operation of the relevant maintenance personnel. The MCGS type LCD touch screen is integrated with the above-mentioned electronic calendar and data collection and recording device, and the relevant information and alarm content can be recorded through the flash memory, which is convenient for U disk export.
本实用新型中所述空调控制单元20，采用485控制的专用控制盒来设定两台空调的温度和制冷、制热、除湿等工作模式；所述中心控制主机10一般通过依次设置的工业控制单元、隔离驱动、继电器-交流接触器组合等模块，来连接所述空调控制单元20，并驱动该空调控制单元20完成空调的开启和关闭控制功能，实现配电站内的温度控制。其中工业控制单元通过RS485总线与中心控制主机10通信，若空调控制单元20失效则通过工业控制单元给出相应的报警信号。 The air conditioner control unit 20 in the utility model adopts a special control box controlled by 485 to set the temperature and working modes of cooling, heating, and dehumidification of the two air conditioners; unit, isolation drive, relay-AC contactor combination and other modules to connect the air conditioner control unit 20, and drive the air conditioner control unit 20 to complete the control function of on and off of the air conditioner, and realize the temperature control in the substation. The industrial control unit communicates with the central control host 10 through the RS485 bus, and if the air conditioner control unit 20 fails, a corresponding alarm signal is given through the industrial control unit.
本实用新型中所述排风扇控制单元30，可以通过一块研华的ADAM-5069型的带隔离的继电器输出卡，以RS485总线与所述中心控制主机10连接。所述带隔离的继电器输出卡，实现了所述排风扇控制单元30到中心控制主机10之间所需的工业控制单元、隔离驱动、继电器等模块的功能。夏季正常工作温度状态下，空调处于工作状态，本实用新型中所述排风扇控制单元30自动关闭。排风扇中使用具有轴流风机外形的风机，在其出口上加装了自动开启式百叶窗，百叶窗在风机开启时自动打开，风机停止时自动关闭实现密闭。当配电站设备故障并释放出有害气体SF6时，SF6浓度达到一定程度并由SF6气体检测传感器42检测到并报告给中心控制主机10以后，则控制排风扇百叶窗密闭装置以及排风扇开启，并关闭空调。若排风扇控制单元30失效，则给出相应的报警信号。 The exhaust fan control unit 30 in the utility model can be connected with the central control host 10 through an RS485 bus through an Advantech ADAM-5069 relay output card with isolation. The relay output card with isolation realizes the functions of the industrial control unit, isolation drive, relay and other modules required between the exhaust fan control unit 30 and the central control host 10 . Under the normal operating temperature state in summer, the air conditioner is in the working state, and the exhaust fan control unit 30 in the utility model is automatically closed. A fan with the shape of an axial flow fan is used in the exhaust fan, and an automatic opening louver is installed on its outlet. The louver opens automatically when the fan is turned on, and automatically closes when the fan stops to achieve airtightness. When the substation equipment fails and releases harmful gas SF6, the SF6 concentration reaches a certain level and is detected by the SF6 gas detection sensor 42 and reported to the central control host 10, then controls the exhaust fan shutter sealing device and the exhaust fan to open, and shuts down the air conditioner . If the exhaust fan control unit 30 fails, a corresponding alarm signal will be given.
本实施例中的温湿度检测传感器41选用工业级产品，可长达数年可靠稳定工作，例如采用的AW3485Y型，其同时具备了温度和湿度传感器、模拟量或数字量的数据采集器、隔离变送及报警信号发生模块等功能。AW3485Y型温湿度检测传感器41还带RS485输出的总线接口，可以直接输出电信号给PLC中心控制主机10，由中心控制主机10完成信号的采集和判断，使用非常方便。除了设置室内温湿度检测传感器41以外，还可以同时设置若干个室外的温湿度检测传感器41。 The temperature and humidity detection sensor 41 in this embodiment is selected from industrial grade products, which can work reliably and stably for several years. For example, the AW3485Y type used has temperature and humidity sensors, analog or digital data collectors, isolation Transmission and alarm signal generation module and other functions. The AW3485Y temperature and humidity detection sensor 41 also has an RS485 output bus interface, which can directly output electrical signals to the PLC central control host 10, and the central control host 10 completes signal collection and judgment, which is very convenient to use. In addition to arranging the indoor temperature and humidity detection sensor 41, several outdoor temperature and humidity detection sensors 41 can also be installed at the same time.
所述SF6气体检测传感器42与所述中心控制主机10之间，一般设置有数据采集器或比较器，隔离变送及报警信号模块，和总线接口等模块。本实施例中设置了一块研华的ADAM-5052型的数字量输入卡来接收SF6气体检测传感器42的报警信号，该数字量输入卡连接在所述SF6气体检测传感器42的继电器输出端与所述中心控制主机10之间。 Between the SF6 gas detection sensor 42 and the central control host 10, generally, a data collector or a comparator, an isolation transmission and alarm signal module, and a bus interface module are arranged. In the present embodiment, a ADAM-5052 digital input card of Advantech is set to receive the alarm signal of the SF6 gas detection sensor 42, and the digital input card is connected to the relay output terminal of the SF6 gas detection sensor 42 and the Between the central control host 10.
本实施例中所述报警单元，可以分为SF6紧急报警和温湿度超限提示报警两大类，都通过软件界面指示灯的形式给出。SF6紧急报警信号由上海佰和公司的检测设备提供，本系统接受其报警时给出的继电器通断信号，并触发报警输出。温湿度超限提示报警则由本系统根据采集的温湿度信号综合判断，并可以在软件界面中设置和消除。 The alarm units described in this embodiment can be divided into two categories: SF6 emergency alarm and temperature and humidity over-limit prompt alarm, both of which are given in the form of indicator lights on the software interface. The SF6 emergency alarm signal is provided by the detection equipment of Shanghai Baihe Company. The system accepts the relay on-off signal given by the alarm and triggers the alarm output. The temperature and humidity over-limit prompt alarm is judged comprehensively by the system based on the collected temperature and humidity signals, and can be set and eliminated in the software interface.
综上所述，本实用新型所述10kV配电站自动控制节能系统的工作情况如下： In summary, the working conditions of the automatic control energy-saving system of the 10kV distribution station described in the utility model are as follows:
a）当空调不启动时，自动将百叶窗打开，保持与外界通风，如温度越限，则风机启动一定时间加强通风，然后关闭，避免风机烧坏。间隔一定时间后如果温度仍越限则再次启动风机，以此循环。 a) When the air conditioner does not start, the blinds will be opened automatically to keep ventilation with the outside world. If the temperature exceeds the limit, the fan will be started for a certain period of time to enhance ventilation, and then shut down to prevent the fan from burning out. After a certain period of time, if the temperature still exceeds the limit, the fan will be started again, and the cycle will be repeated.
b）夏季等室内温度较高时，自动将百叶窗关闭，控制空调根据温度启动，保持室内温度不越上限，运行一定时间后为保证空调不损坏，停机休息一定时间，如果温度超越上限，则持续保持空调开机。如空调故障或温度持续超越上限一定时间，则关闭空调电源，开启百叶窗，改为风机开启模式（同a），以加强空气流通。湿度越限时空调动作模式同上。 b) When the indoor temperature is high in summer, etc., the blinds will be closed automatically, and the air conditioner will be controlled to start according to the temperature to keep the indoor temperature not exceeding the upper limit. Keep the air conditioner on. If the air conditioner fails or the temperature continues to exceed the upper limit for a certain period of time, turn off the power supply of the air conditioner, open the shutters, and change to the fan opening mode (same as a) to enhance air circulation. The action mode of the air conditioner is the same as above when the humidity exceeds the limit.
c）任何季节在SF6气体探测器发现配电站内SF6气体浓度越限报警时，控制空调关闭，百叶窗及排风扇开启，直至气体浓度低于越限值。 c) In any season, when the SF6 gas detector detects that the SF6 gas concentration in the distribution station exceeds the limit alarm, control the air conditioner to close, and the shutters and exhaust fans to open until the gas concentration is lower than the limit value.
d）在SF6气体越限或温湿度越限故障时，本节能系统向运行人员报警。 d) When the SF6 gas exceeds the limit or the temperature and humidity exceed the limit, the energy-saving system will alarm the operating personnel.
尽管本实用新型的内容已经通过上述优选实施例作了详细介绍，但应当认识到上述的描述不应被认为是对本实用新型的限制。在本领域技术人员阅读了上述内容后，对于本实用新型的多种修改和替代都将是显而易见的。因此，本实用新型的保护范围应由所附的权利要求来限定。 Although the content of the present invention has been described in detail through the above preferred embodiments, it should be recognized that the above description should not be considered as a limitation of the present invention. Various modifications and substitutions of the present utility model will be obvious to those skilled in the art after reading the above content. Therefore, the protection scope of the present utility model should be defined by the appended claims.
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102635924A (en) * | 2012-03-27 | 2012-08-15 | 上海市电力公司 | Automatically controlled energy saving system for 10kV power distribution station |
| CN103941784A (en) * | 2014-04-25 | 2014-07-23 | 国网上海市电力公司 | System and method for monitoring and acquiring power distribution station environment |
| CN103941785A (en) * | 2014-04-25 | 2014-07-23 | 国网上海市电力公司 | Method for controlling intelligent control device for power distribution station environment |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102635924A (en) * | 2012-03-27 | 2012-08-15 | 上海市电力公司 | Automatically controlled energy saving system for 10kV power distribution station |
| CN103941784A (en) * | 2014-04-25 | 2014-07-23 | 国网上海市电力公司 | System and method for monitoring and acquiring power distribution station environment |
| CN103941785A (en) * | 2014-04-25 | 2014-07-23 | 国网上海市电力公司 | Method for controlling intelligent control device for power distribution station environment |
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