CN105988407A - Interactive intelligent electric power service control platform - Google Patents

Abstract

The invention discloses an interactive intelligent electric power service control platform comprising an information acquisition layer, a storage processing layer and an interactive control layer. The information acquisition layer comprises a mobile terminal and an electric power fault layer. The electric power fault layer comprises a fault information analysis system. A parameter configuration module, an early warning unit module, a fault data acquisition module, a fault information analysis module and an environment monitoring module are electrically connected on the fault information analysis system. The storage processing layer comprises a service system host. The service system host comprises BP algorithm risk assessment and daily work management system integrated team construction. The interactive control layer comprises a management center display touch screen and interactive control equipment. Storage of mass data and interactive connection of all the systems can be realized, and interactive and body feeling operation can also be monitored in real time online so that the working efficiency can be greatly enhanced, the rapid development of the electric power department and the electric power system can be prompted and accelerated, and the interactive intelligent electric power service control platform has great safety performance and meets the actual use requirements.

Description

An interactive intelligent power service control platform

technical field

The invention relates to an interactive intelligent power service control platform, which belongs to the technical field of power service control platforms.

Background technique

In the power system, it involves basic requirements such as measurement, metering, and relay protection. Traditional components mostly adopt electromechanical structure. The low-voltage components of this structure have poor performance, large volume, high cost, single function and no intelligence. Digital relays are designed according to my country's requirements for power equipment operation, protection and computer monitoring. They are suitable for power supply and distribution automation systems for industrial and mining enterprises and civil construction in my country. They are mainly used for relay protection of low-voltage systems (0.4kV) and have strong The comprehensive measurement and display functions can directly display three-phase current, three-phase voltage, power factor, reactive power, active power, energy, frequency and other electric parameters, and can indicate the opening, closing and fault status of the circuit breaker. By operating the buttons, the CT ratio can be set, and the primary current and primary voltage of the incoming line can be directly displayed; through the setting of various protection parameters, protection functions such as short-circuit quick disconnection, over-current alarm, over-voltage alarm, and under-voltage alarm can be realized. Through the RS wireless transmission module, a fully functional, economical and practical computer power management network system can be formed. Interactive cloud technology has been widely used in Internet technology, mainly including the following three types: platform as a service, software as a service and infrastructure services. Among them, platform as a service provides users with access to complete or partial application program development, software as a service provides a complete application program that can be used directly, and infrastructure services are based on mass data management technology and mass data distributed storage technology. , virtualization technology, and cloud computing platform management technology are the most critical. Among them, massive data management technology and distributed storage technology are important components of data processing, and cloud computing needs to process distributed and massive data. Analysis, therefore, data management technology must be able to efficiently manage a large amount of data, and redundant storage is also required to ensure data reliability.

In the actual production and operation of electric power enterprises, there must be a large amount of data, such as various safety production standards, monitoring data, education and training knowledge, etc., which need to be processed. Currently, there is a lack of overall management of these data, and there are many systems used to manage these data. It is complex, inconvenient to operate, lack of interaction between various systems, independent of data and workflow, many repetitive operations, low work efficiency, and lack of connection of portable devices, which is not conducive to real-time data update and real-time operation of on-site operators. interactive. For this reason, it is necessary to provide a new technical solution that can comprehensively overcome the above-mentioned deficiencies in the prior art.

Contents of the invention

The present invention aims at the deficiencies of the existing technology, and provides an interactive intelligent power service control platform, which can provide an interactive intelligent control service platform for the power system on the premise of satisfying the convenience of use and manipulation, and not only realizes The storage of a large amount of data, the interaction between various systems, and the online real-time monitoring of interaction and somatosensory operation greatly improve work efficiency, have good safety performance, and meet the actual use requirements.

In order to solve the above problems, the technical scheme adopted in the present invention is as follows:

An interactive intelligent power service control platform, including: an information collection layer, a storage processing layer, and an interactive manipulation layer;

The information collection layer includes a mobile terminal and a power fault layer, and the power fault layer includes a fault information analysis system, and the fault information analysis system is electrically connected with parameter configuration, early warning unit, fault data collection, fault information analysis and environmental monitoring module, the power-on connection of the fault data collection includes fault information entry and fault information collection, and the power-on connection of the fault information analysis includes power outage areas, power outage ranges, transformers in station areas, power outage time, power outage reasons, release channels, and voltage faults, The collected information is transmitted to the storage processing layer through the GPRS/CDMA public channel or the optical fiber private network channel, and the storage processing layer processes and evaluates the received information and transmits the result to the interaction control layer and the mobile terminal. After the control layer or mobile terminal receives the information, it will be displayed on the screen;

The storage processing layer includes a service system host, the service system host includes BP algorithm risk assessment and daily work management system integration team construction, and the storage processing layer first passes through the hardware firewall after receiving the information transmitted by the information collection layer Investigate the security of the information, when the information is safe, transmit it to the service information storage module through the communication interface to store, process and evaluate the data, and transmit the result to the function calling module, and the function calling module chooses to call according to the received result data The specific functions are transmitted to the interactive manipulation layer and the mobile terminal;

The interactive control layer includes a management center display touch screen and interactive control equipment, and the interactive control layer is equipped with interactive control equipment, which can realize key-in display and video; and voice input and output.

As an improvement of the above technical solution, the mobile terminal is used to collect external force risk information, perform video calls, image storage and/or send and receive information, and the external force risk information specifically includes construction conditions of laid power cable lines, including construction time, geographical location Location, construction scope, construction nature, construction unit information, protective measures and information on the person in charge of operation.

As an improvement of the above technical solution, the environmental monitoring module includes temperature sensing, humidity sensing, SF sensing, acousto-optic sensing and wind sensing, the temperature sensing, humidity sensing, SF sensing, acousto-optic sensing The sensor and the wind sensor are both electrically connected to the controller through the interface circuit, and the controller is electrically connected to a wireless transmission module, an optical fiber module, a debugging module, a clock module and a power module;

The controller transmits the received information to the storage processing layer; the power supply module is used to supply power to the controller; the clock module is used to unify the time between the controller and other devices; the wireless transmission module and optical fiber The module is used to transmit the information received by the controller to the storage processing layer; the debugging module is used to determine whether each module in the environmental monitoring module is running normally when it is installed for the first time or when other modules fail.

As an improvement of the above technical solution, the service system host also includes a security management module, a professional management module, a comprehensive management module, party-mass work, style display, notification announcements, and a microphone electrically connected to the service system host, and a conventional keyboard and data interface.

The present invention compares with prior art, and implementation effect of the present invention is as follows:

The interactive intelligent power service control platform described in the present invention can provide an interactive intelligent control service platform for the power system on the premise of satisfying the convenience of use and operation, and realize the storage of a large amount of data and the communication between various systems. It can also monitor the interaction and somatosensory operation in real time online, which greatly improves the work efficiency, promotes and promotes the vigorous development of the power sector and power system, has good safety performance, and meets the actual use requirements.

Description of drawings

Fig. 1 is a schematic structural framework diagram of an interactive intelligent power service control platform according to the present invention;

Fig. 2 is a schematic diagram of the physical structure of an interactive intelligent power service control platform according to the present invention;

3 is a schematic diagram of an environment monitoring module in an interactive intelligent power service control platform according to the present invention;

Fig. 4 is a schematic diagram of the application of daily management team building in an interactive intelligent power service control platform according to the present invention.

In the figure: 1-controller; 2-wireless transmission module; 3-optical fiber module; 4-debugging module; 5-clock module; 6-power supply module; 10-management center display touch screen; 11-interactive control equipment; 20- Mobile terminal; 30-power failure layer; 40-fault information analysis system; 41-parameter configuration; 42-early warning unit; 43-fault data collection; 431-fault information entry; 432-fault information collection; 441-power outage area; 442-power outage range; 443-regional transformer; 444-power outage time; 445-power outage reason; 446-release channel; 447-voltage failure; Humidity sensor; 453-SF sensor; 454-sound and light sensor; 455-wind sensor; 456-interface circuit.

detailed description

The content of the present invention will be described below in conjunction with specific embodiments.

As shown in Fig. 1 and Fig. 4, it is a schematic structural diagram of an interactive intelligent power service control platform according to the present invention.

An interactive intelligent power service control platform according to the present invention includes an information collection layer, a storage processing layer, and an interactive manipulation layer; the information collection layer includes a mobile terminal 20 and a power fault layer 30, and the power fault layer 30 includes a fault information analysis system 40. The fault information analysis system 40 is powered on and connected to parameter configuration 41, early warning unit 42, fault data collection 43, fault information analysis 44, and environmental monitoring module 45. Fault data collection 43 is powered on and connected to fault information entry 431 and fault information collection. 432, fault information analysis 44 power-on connection includes power outage area 441, power outage range 442, station area transformer 443, power outage time 444, power outage reason 445, release channel 446, and voltage fault 447, and collect the information through the GPRS/CDMA public channel Or the optical fiber private network channel is transmitted to the storage processing layer, the storage processing layer processes and evaluates the received information and transmits the result to the interactive manipulation layer and the mobile terminal 20, and the interactive manipulation layer or the mobile terminal 20 displays the information on the screen after receiving the information The storage processing layer includes the service system host, and the service system host includes BP algorithm risk assessment and daily work management system integration team construction. After receiving the information transmitted from the information collection layer, the storage processing layer first checks the security of the information through the hardware firewall. In the case of information security, it is transmitted to the service information storage module through the communication interface to store, process and evaluate the data, and the result is transmitted to the function calling module. The terminal 20 transmits; the interactive control layer includes the display touch screen 10 of the management center and the interactive control device 11, and the interactive control layer has the interactive control device, which can realize input and output of input display and video; and voice. The interactive intelligent power service control platform described in the present invention can provide an interactive intelligent control service platform for the power system on the premise of satisfying the convenience of use and operation, and realize the storage of a large amount of data and the communication between various systems. It can also monitor the interaction and somatosensory operation in real time online, which greatly improves the work efficiency, promotes and promotes the vigorous development of the power sector and power system, has good safety performance, and meets the actual use requirements.

Further improved, the mobile terminal 20 is used to collect external force risk information, perform video calls, image storage and/or send and receive information. The external force risk information specifically includes the construction situation of laying power cable lines, including construction time, geographical location, construction scope, and construction conditions. Nature, construction unit information, protective measures and information on the person in charge of operation. It can provide an interactive intelligent control service platform for the power system, realize the storage of a large amount of data and the interaction between various systems, and can also monitor the interaction and somatosensory operation online in real time, which greatly improves work efficiency and promotes the development of the power sector. With the vigorous development of the power system, it has good safety performance and meets the actual use requirements.

Further improved, as shown in Figure 3, the environmental monitoring module 45 includes a temperature sensor 451, a humidity sensor 452, an SF sensor 453, an acousto-optic sensor 454 and a wind sensor 455, a temperature sensor 451, a humidity sensor 452 , SF sensor 453, sound and light sensor 454 and wind sensor 455 are electrically connected to the controller 1 through the interface circuit 456, and the controller 1 is electrically connected to the wireless transmission module 2, the optical fiber module 3, the debugging module 4, and the clock module 5 and power module 6. The controller 1 transmits the received information to the storage processing layer; the power supply module 6 is used to supply power to the controller 1; the clock module 5 is used to unify the time between the controller 1 and other devices; the wireless transmission module 2 and the optical fiber module 3 are used for The information received by the controller 1 is transmitted to the storage processing layer; the debugging module 4 is used to determine whether each module in the environmental monitoring module 45 is operating normally when it is installed for the first time or when other modules fail. It can provide an interactive intelligent control service platform for the power system, realize the storage of a large amount of data and the interaction between various systems, and can also monitor the interaction and somatosensory operation online in real time, which greatly improves work efficiency and promotes the development of the power sector. With the vigorous development of the power system, it has good safety performance and meets the actual use requirements.

Specifically, as shown in Figure 4, the service system host also includes a security management module, a professional management module, a comprehensive management module, party and mass work, style display, notification announcements, and a microphone electrically connected to the service system host, a conventional keyboard, and data interface. Real-time monitoring interaction and somatosensory operation greatly improve work efficiency, promote and promote the vigorous development of the power sector and power system, have good safety performance, and meet actual use requirements.

The above content is a detailed description of the present invention in conjunction with specific embodiments, and it cannot be assumed that the specific implementation of the present invention is limited to these descriptions. For those skilled in the technical field of the present invention, without departing from the concept of the present invention, some simple deductions or substitutions can be made, which should be deemed to belong to the protection scope of the present invention.

Claims (5)

1. an interactive intelligent electrical power services controls platform, it is characterised in that: including: information is adopted Collection layer, storage process layer and manipulate layer alternately；

Described information gathering layer includes mobile terminal (20) and power failure layer (30), the event of described electric power Barrier layer (30) includes fault information analysis system (40), on described fault information analysis system (40) It is electrically connected with parameter configuration (41), prewarning unit (42), failure data acquisition (43), fault message Analyzing (44) and environment monitoring module (45), described failure data acquisition is electrically connected with on (43) Fault message typing (431) and fault information acquisition (432), on described fault information analysis (44) When being electrically connected with power supply interrupted district (441), power failure range (442), platform district transformator (443), power failure Between (444), safety at power cut (445), publication channel (446) and voltage failure (447), will adopt Collect to information process layer through GPRS/CDMA common signal channel or optical fiber private network channel transfer to storage, Described storage process layer process, assessment receive information and result is sent to described mutual manipulation layer and Mobile terminal (20), described mutual manipulation layer or mobile terminal (20) receive after information on screen Display；

Described storage processes layer and includes that service system main frame, described service system main frame include BP algorithm wind Danger assessment and routine work management system combination Team Construction, described storage processes layer and receives described letter First pass through hardware firewall after the information that breath acquisition layer transmission comes and investigate the safety of information, when information is pacified Full-time it be sent to information on services memory module through communication interface and data stored, process and assesses, And result is sent to function allocating module, and described function allocating module is according to the number of results received Transmit according to Selection and call concrete function and to described mutual manipulation layer and mobile terminal (20)；

Described mutual manipulation layer includes administrative center's display touch screen (10) and mutual controlling equipment (11), Described mutual manipulation layer, with mutual controlling equipment, can realize keying in display and video；, the input of voice With output.

The most according to claim 1, a kind of interactive intelligent electrical power services controls platform, its feature It is: described mobile terminal (20) is used for gathering external force risk information, carries out video calling, image Storage and/receive and send messages, described external force risk information specifically includes the construction feelings being covered with power cable line Condition, including engineering time, geographical position, boundary of works area, construction character, unit in charge of construction's information, enters Row safeguard procedures and operations superintendent's data.

The most according to claim 1, a kind of interactive intelligent electrical power services controls platform, its feature Be: described environment monitoring module (45) include temperature sensing (451), humidity sensor (452), SF sensing (453), acousto-optic sensing (454) and wind-force sensing (455), described temperature sensing (451), Humidity sensor (452), SF sensing (453), acousto-optic sensing (454) and wind-force sensing (455) lead to Cross interface circuit (456) to be each coupled electrically on controller (1), the upper electrical connection of described controller (1) Have wireless transport module (2), optic module (3), debugging module (4), clock module (5) and Power module (6).

The most according to claim 3, a kind of interactive intelligent electrical power services controls platform, its feature It is: the information transmission received is processed layer to described storage by described controller (1)；Described power supply Module (6) is for powering for controller (1)；Described clock module (5) is used for making controller (1) With miscellaneous equipment unified time；Described wireless transport module (2) and optic module (3) are for by institute State the information that controller (1) receives and process layer transmission to described storage；Described debugging module (4) For when first installation or other module are broken down, determining in described environment monitoring module (45) Modules whether normal operation.

The most according to claim 1, a kind of interactive intelligent electrical power services controls platform, its feature It is: described service system main frame also includes safety management module, specialized management module, integrated management Module, the party and the masses' work, elegance are shown, are notified bulletin, and electrically connect with described service system main frame Microphone, conventional keypad and data-interface.