阅读说明：本技术 一种终端区域电力监测系统 (terminal area electric power monitoring system ) 是由 李莎 于 2018-06-07 设计创作，主要内容包括：本发明公开了一种终端区域电力监测系统,包括电力检测模块、信息提示模块、无线收发模块、远程监控平台、维护端和用户接收端,所述电力检测模块对社区内的变电站和接入电网进行检测,并将检测数据实时的通过无线收发模块发送至远程监控平台内,所述远程监控平台对电力检测模块反馈的数据进行处理,并将其通过显示屏进行实时显示；所述远程监控平台在接入电网电力断开后向维护端发送信息,并接收维护端反馈的维护时间信息,所述信息提示模块在远程监控平台接收到维护时间信息后启动,将维护时间发送至用户接收端内。通过电力检测模块对输入的电流、电压进行实时检测,可以让远程监控平台及时的了解各个小区的电流、电压输入情况。(The invention discloses a terminal area power monitoring system which comprises a power detection module, an information prompt module, a wireless transceiving module, a remote monitoring platform, a maintenance end and a user receiving end, wherein the power detection module detects transformer substations and an access power grid in a community and sends detection data to the remote monitoring platform through the wireless transceiving module in real time; the remote monitoring platform sends information to the maintenance end after the power of the power grid is disconnected, receives maintenance time information fed back by the maintenance end, and the information prompt module is started after the remote monitoring platform receives the maintenance time information and sends the maintenance time to the user receiving end. The input current and voltage are detected in real time through the power detection module, so that the remote monitoring platform can know the current and voltage input conditions of each cell in time.)

1. A terminal area power monitoring system comprises a power detection module, an information prompt module, a wireless transceiving module, a remote monitoring platform, a maintenance end and a user receiving end, wherein the power detection module detects substations and access power grids in a community and sends detection data to the remote monitoring platform through the wireless transceiving module in real time; the remote monitoring platform is connected with the power grid and is disconnected with the back, then sends information to the maintenance end and receives maintenance time information fed back by the maintenance end, the information prompt module is started after the remote monitoring platform receives the maintenance time information and sends the maintenance time to the user receiving end, and the remote monitoring platform is characterized in that a log end is further arranged inside the information prompt module, the log end records the maintenance time and stores the maintenance time, and after data overflow, the overflow data can cover and store previous data in the log end.

2. the terminal area power monitoring system according to claim 1, wherein the power detection module comprises a voltage detection device, a current detection device and a protection device, the voltage detection device detects whether the converted voltage of the transformer substation is normal, the current detection device detects the connected power grid and sends the detected voltage and current data to the remote monitoring platform through the wireless transmission module, and the protection device is started when the connected power grid or the transformer substation is in fault, so that the power detection module is prevented from being damaged due to overvoltage and overcurrent.

3. the terminal area power monitoring system according to claim 1, wherein the remote monitoring platform comprises a control room communication module, a microprocessor and a display unit, the control room communication module receives voltage and current data sent by the wireless transceiver module, the acquired data are displayed on the display unit through the microprocessor, and when the voltage and current data are abnormal, the microprocessor judges or manually operates the display unit to send maintenance information to the maintenance end.

4. The system according to claim 1, wherein the user receiving end receives the maintenance time information sent by the information prompting module through a reserved mobile phone short message.

5. A terminal area power monitoring system according to claim 1, wherein the wireless transceiver module employs GPRS/GSM for wireless data transmission and reception.

Technical Field

The invention relates to a monitoring system, in particular to a terminal area power monitoring system.

Background

With the development of residential construction, people have higher requirements on the living environment; safety precaution, automatic meter reading, more humanized efficient district management and house intelligent control etc. current district management still relies on manual management, has the shortcoming that administrative cost is high. Although some large cells are equipped with some management systems, such as: the system comprises a communication automation system, a building visual intercom system, an intelligent home system, a network information system, a comprehensive wiring system, a building automation control system, a power distribution monitoring system, a fire automatic alarm system, a lighting automation control system and the like. However, these systems not only operate independently, but also have large scale and complicated application technology, which causes the problems of more systems for cell operation, complicated use and heavy maintenance and maintenance tasks, and it is especially important that the higher and higher quality of life requirements of the residents in the cell cannot be met, and a safe, comfortable and convenient living environment cannot be provided for the cell and each family.

Therefore, the intelligent integrated management of residential districts is the development trend of the current residential districts, and the intelligent integrated management of residential districts refers to that a three-in-one residential district service and management integrated system consisting of a residential district integrated property management center, a security system, an information service system, a property management system and home intelligence is established by utilizing a modern communication network technology, a computer technology, an automatic control technology and an integrated circuit card technology and effectively transmitting a network, so that the residential districts and each family can achieve safe, comfortable and convenient living environment.

Disclosure of Invention

The technical problem to be solved by the invention is to manually call and maintain after the power of a cell fails, and each resident can not know how long it is needed to recover the power under the condition of sudden power interruption, which is not beneficial to better arrange the production and life of the resident.

The invention is realized by the following technical scheme:

A terminal area power monitoring system comprises a power detection module, an information prompt module, a wireless transceiving module, a remote monitoring platform, a maintenance end and a user receiving end, wherein the power detection module detects substations and access power grids in a community and sends detection data to the remote monitoring platform through the wireless transceiving module in real time; the remote monitoring platform sends information to the maintenance end after the power of the power grid is disconnected, receives maintenance time information fed back by the maintenance end, and the information prompt module is started after the remote monitoring platform receives the maintenance time information and sends the maintenance time to the user receiving end. Carry out real-time detection through electric power detection module to the electric current of input, voltage, can let the electric current of each district of timely understanding of remote monitoring platform, the voltage input condition, remote monitoring platform can monitor the real-time change condition of a plurality of districts simultaneously, timely processing of making, because the mode that uses at present, often inform the detection maintenance by property management personnel after the outage, do so, first reaction rate is slow, usually property management personnel can self handle earlier, judge, when there is no way at all, just can inform the professional to maintain the maintenance, and secondly, each family can not in time know when can the recovery electricity of living in, often concentrate on near repair the place, cause the road blocking, probably delay the maintenance progress. The system adopted by the invention can inform maintenance personnel to arrive at the site at the first time through the scheduling of the remote monitoring platform, preliminarily judge, feed back the maintenance time in time, and send the maintenance time to the user receiving end through the information prompting module, so that residents in the community can know the maintenance condition and schedule the time. The information prompt module is internally provided with a log end, the log end records and stores the maintenance time, and after data overflow, the overflow data can store the previous data in the log end in a covering manner. The log end can record the maintenance time, so that the power monitoring system can store the maintenance time conveniently, and the maintenance condition can be known from the log end later.

Furthermore, the electric power detection module comprises a voltage detection device, a current detection device and a protection device, wherein the voltage detection device detects whether the converted voltage of the transformer substation is normal, the current detection device detects the accessed power grid and sends the detected voltage and current data to the remote monitoring platform through the wireless transmission module, and the protection device is started when the power grid or the transformer substation is accessed and breaks down, so that the electric power detection module is prevented from being damaged due to overvoltage and overcurrent. Set up current detection device in access electric wire netting department, whether the electric wire netting that can monitor the access breaks down, and leads to the district outage, and the voltage detection device who inserts at the district transformer substation can monitor whether the transformer substation damages, through two detection device, can help the faster affirmation trouble source of remote monitoring platform, and timely carries out scheduling processing through the maintenance end. The protection device is arranged to effectively prevent damage to the transformer substation caused by overvoltage and overcurrent.

Further, the remote monitoring platform comprises a control room communication module, a microprocessor and a display unit, wherein the control room communication module receives voltage and current data sent by the wireless transceiving module and displays the acquired data on the display unit through the microprocessor, and when the voltage and current data are abnormal, the microprocessor judges or the display unit manually operates to send maintenance information to the maintenance end. The display unit is used for displaying the image signal, the staff judges according to the display condition and feeds back the judgment result to the microprocessor, and if no staff is present, the microprocessor judges whether to send information to the maintenance end or not through self processing; and the control room communication module receives the data sent by the wireless transceiver module and sends a maintenance signal to the maintenance end after the microprocessor processes the maintenance instruction.

Further, the user receiving end receives the maintenance time information sent by the information prompting module through a reserved mobile phone short message. The group sending of the mobile phone short messages is carried out through the mobile phone information reserved in advance by each resident, and the user can be guaranteed to know the maintenance information and the time length at the first time.

Furthermore, the wireless transceiver module adopts GPRS/GSM to transmit and receive wireless data. Through GPRS/GSM wireless communication technology connection, the data is transmitted in packet mode, so the charge of the user is calculated by the data unit transmitted by the user, and the whole channel is not used. And because the establishment of the new connection almost does not need any time, the system can keep contact with the network at any time, the safe operation of the system is ensured, and the failure caused by the system problem is avoided.

Compared with the prior art, the invention has the following advantages and beneficial effects:

1. The terminal area power monitoring system can automatically contact maintenance personnel for processing when power is interrupted;

2. according to the terminal area power monitoring system, a resident can know the maintenance information and the maintenance time in time, and the terminal area power monitoring system is beneficial to implementation.

Drawings

The accompanying drawings, which are included to provide a further understanding of the embodiments of the invention and are incorporated in and constitute a part of this application, illustrate embodiment(s) of the invention and together with the description serve to explain the principles of the invention. In the drawings:

FIG. 1 is a flow chart of the system of the present invention.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is further described in detail below with reference to examples and accompanying drawings, and the exemplary embodiments and descriptions thereof are only used for explaining the present invention and are not meant to limit the present invention.