CN105207216B - A kind of method and system of the business enlarging scheme based on power supply network - Google Patents

Abstract

The present invention relates to a method and system for implementing a business expansion scheme based on a power supply network, which includes: obtaining user service application and installation demand information; obtaining corresponding location information and power equipment information within a set range of distance location information according to the installation address; Call the load information corresponding to the name of the corresponding power equipment; select the power equipment with small load and combine its line and installed location information to generate multiple simulated power supply schemes; judge whether the rated capacity and voltage of the existing power equipment on the simulated power supply scheme line are Satisfy the installed capacity and voltage level, if so, select the shortest line as the line of the business installed power supply scheme; if not, determine the new power equipment and connect the corresponding cables as the business installed power supply scheme line. The invention can locate the installation location based on the information of the power grid, users, etc., and determine the optimal business installation plan according to the existing power equipment around the installation location, greatly improving work efficiency and speeding up the progress of the project.

Description

A method and system for realizing a business expansion scheme based on a power supply network

technical field

The invention relates to the field of power systems, in particular to a method and system for realizing a service expansion scheme based on a power supply network.

Background technique

With the continuous development of the national economy and the continuous improvement of people's living standards, the demand for electricity is also gradually increasing.

Under normal circumstances, the user submits an installation application according to the electricity demand; the power supply department needs to formulate a safe, economical and reasonable business expansion plan based on the user's installation application and the current situation of the power supply network, determine the investment in the power supply project, and organize the power supply project. design and implementation.

However, there are many demands for existing registration and installation, such as new installation and capacity expansion business: new installation of one meter for one household, batch new installation of one meter for one household, new installation of low voltage, expansion of low voltage, new installation of high voltage, expansion of high voltage, power consumption without meters, temporary New installation of electricity, etc.; change business: capacity reduction, suspension, temporary replacement, relocation, meter transfer, name change, transfer, cancellation, voltage change, class change, information change, etc. For these various filing requirements, it is not easy to design an economical and reasonable business filing plan. Moreover, if the design of the business packing plan is wrong, it will cause great losses.

Contents of the invention

The purpose of the present invention is to solve the problem of long design period of the existing service installation plan, and provide a method and system for realizing the service expansion plan based on the power supply network, which can provide application and service support for the management of new service installation, and improve the Business processing efficiency, improve quality service and provide information guarantee.

The purpose of the present invention is achieved through the following technical solutions:

The present invention provides a method for realizing a business expansion scheme based on a power supply network, which includes:

Step S101, obtaining the user's service application demand information, including: application capacity, voltage level, and application address;

Step S102, according to the reported address, obtain the location information corresponding to the reported address from the electronic map module in the grid platform;

Step S103, according to the location information, retrieve the information of the electric equipment within the setting range of the location information from the electric equipment resource management module; the information of the electric equipment includes: the name of the electric equipment, the rated capacity and voltage of the electric equipment, the location of the electric equipment line;

Step S104, retrieve the power equipment load information corresponding to the corresponding power equipment name;

Step S105, selecting electric equipment with a small load, and generating multiple simulated power supply schemes in combination with the line where it is located and the location information that needs to be reported for installation;

Step S106, according to the generated simulated power supply scheme, judge whether the rated capacity and voltage of the existing power equipment on the line meet the required installed capacity and voltage level, if so, execute step S107, from the generated simulated power supply scheme Select the shortest line for the line, and connect the corresponding cable as the line of the power supply plan for the business application; if not satisfied, perform step S108, and determine the new line according to the reported capacity and voltage level, as well as the rated capacity and voltage of the existing power equipment. Add power equipment, and connect the corresponding cables as the line of the power supply solution for the business report installation.

Furthermore, the implementation method of the power supply network-based business expansion scheme also includes:

Step S109, identify the line of the business application power supply scheme, and identify the information of its associated power equipment, and then update it into the power equipment resource information, and update the business application power supply scheme line and the information of the power equipment on it in the electronic map geographic location information.

Further, the process of step S105 includes:

Select the electrical equipment with small load, and retrieve the location information of the electrical equipment from the electronic map module; generate multiple simulated power supply schemes according to the location information of the electrical equipment and the location information to be reported.

The present invention also provides a system for realizing a business expansion scheme based on a power supply network, which includes:

Human-computer interaction module, electronic map module, power equipment resource management module, load management module, simulation power supply scheme generation module and business application power supply scheme generation module;

The input terminal of the human-computer interaction module is connected to the input device; the output terminal is connected to the electronic map module, the power equipment resource management module and the load management module through a bus, and the bus carries the user's service report and installation demand information, including: report The installation capacity, voltage level and installation address;

The output ends of the electronic map module, the power equipment resource management module and the load management module are connected to the analog power supply scheme generation module and the service report power supply scheme generation module through the bus;

The analog power supply scheme generation module and the business application power supply scheme generation module are connected through a cable or a circuit board.

Further, the human-computer interaction module obtains the user's service application requirement information, including: application capacity, voltage level, and application address; and transmits it to the analog power supply scheme generation module through the bus;

The simulated power supply scheme generation module obtains the reported capacity, voltage level and reported address, and retrieves the latitude and longitude position information corresponding to the reported address from the electronic map module according to the reported address, and transmits it through the bus; according to the position The information is retrieved from the power equipment resource management module and the power equipment information within the range set by the location information; the power equipment information includes: the name of the power equipment, the rated capacity and voltage of the power equipment, and the line where the power equipment is located; from the load management module Call the power equipment load information corresponding to the corresponding power equipment name;

The analog power supply scheme generation module selects power equipment with a small load, and generates multiple analog power supply schemes in combination with the line where it is located and the location information that needs to be reported;

According to the simulated power supply scheme line generated by the simulated power supply scheme generation module, the business reporting power supply scheme generation module judges whether the rated capacity and voltage of the existing electric equipment on it meet the required reported capacity and voltage level. , then select one of the generated lines and connect the corresponding cables as the power supply solution for the business application; if not, determine the newly added one according to the installed capacity and voltage level and the rated capacity and voltage of the existing power equipment Power equipment, and connect the corresponding cables as a power supply solution for business applications.

Further, the generating module of the business installation power supply scheme identifies the line of the business installation power supply scheme, and identifies its associated power equipment information, and then transmits it to the power equipment resource management module and the electronic map module through the bus; The power equipment resource management module updates the power equipment information; the electronic map module updates the business report installation power supply scheme line and the geographic location information of the power equipment on it.

As can be seen from the above technical scheme of the present invention, the present invention has the following technical effects:

Through the present invention, the installation location can be positioned based on information such as the power grid and users, and the optimal business installation plan can be determined according to the existing power equipment around the installation location, thereby greatly improving work efficiency and speeding up the progress of the project .

Description of drawings

Fig. 1 is a schematic flow chart of Embodiment 1 of the present invention;

FIG. 2 is a schematic structural diagram of Embodiment 2 of the present invention;

In the attached picture:

Human-computer interaction module 11 , electronic map module 12 , power equipment resource management module 13 , load management module 14 , simulated power supply scheme generation module 15 and business application power supply scheme generation module 16 .

detailed description

The present invention will be described in further detail below in conjunction with the accompanying drawings.

The present invention provides a method for realizing a business expansion scheme based on a power supply network, the structure of which is shown in Figure 1, including:

Step S101, obtaining the user's service application demand information, including: application capacity, voltage level, and application address;

Step S102, according to the reported address, obtain the location information corresponding to the reported address from the electronic map module in the grid platform;

Step S103, according to the location information, retrieve the information of the electric equipment within the setting range of the location information from the electric equipment resource management module; the information of the electric equipment includes: the name of the electric equipment, the rated capacity and voltage of the electric equipment, the location of the electric equipment lines and so on.

In step S104, the load information of the electric equipment corresponding to the name of the electric equipment is retrieved from the load management module.

Step S105, selecting electric equipment with a small load, and generating multiple simulated power supply schemes in combination with the line where it is located and the location information that needs to be reported for installation;

In this step, first select the power equipment with small load, and retrieve the location information of these equipment from the electronic map module in the grid platform, and then generate multiple simulated power supply schemes based on the location information of these equipment and the location information to be submitted .

Step S106, according to the generated simulated power supply scheme, judge whether the rated capacity and voltage of the existing power equipment on the line meet the required installed capacity and voltage level, if so, execute step S107, and select one of the generated simulated power supply schemes. For the power supply scheme line, the shortest line can be selected specifically, and the corresponding cable can be connected as the power supply scheme line for business application; if it is not satisfied, go to step S108, and according to the reported installation capacity and voltage level and the rated power equipment rating Add power equipment for capacity and voltage, and connect the corresponding cables as the line for the power supply scheme of the business report installation;

In step S109, identify the line of the business application and installation power supply scheme, and identify the information of its associated electrical equipment, and then update it into the electrical equipment resource information, and update its geographic location information in the electronic map.

The present invention provides a system for realizing a business expansion scheme based on a power supply network, the structure of which is shown in Figure 1, including:

Human-computer interaction module 11 , electronic map module 12 , power equipment resource management module 13 , load management module 14 , simulated power supply scheme generation module 15 and business application power supply scheme generation module 16 .

The input terminal of the human-computer interaction module 11 is connected to input devices such as mouse and keyboard; the output terminal of the human-computer interaction module 11 is connected with the electronic map module 12, the power equipment resource management module 13 and the load management module 14 through a bus, and the bus carries The user's business report requirements information, including: report capacity, voltage level, report address, etc.

The electronic map module 12 stores the address and its corresponding longitude and latitude position information, and performs intuitive display and monitoring through the electronic map. The power equipment resource management module 13 stores power equipment information, including but not limited to the name of the power equipment, the rated capacity and voltage of the power equipment, the line where the power equipment is located, and so on. The load management module 14 collects and saves the load information of the electric equipment monitored by each terminal equipment in real time, wherein for idle electric equipment, its load size is marked as zero. The output ends of the electronic map module 12 , the power equipment resource management module 13 and the load management module 14 are connected with the analog power supply scheme generation module 15 and the business application power supply scheme generation module 16 through the bus.

The analog power supply scheme generation module 15 and the business application power supply scheme generation module 16 are connected through cables or circuit boards.

The human-computer interaction module 11 obtains the user's service application demand information, including: application capacity, voltage level, and application address; and transmits it to the analog power supply scheme generation module 15 through the bus.

The simulated power supply scheme generation module 15 obtains the reported capacity, voltage level and reported address, and retrieves the latitude and longitude position information corresponding to the reported address from the electronic map module 12 according to the reported address, and transmits it through the bus; The information is retrieved from the power equipment resource management module 13 of the power equipment information within the set range of the location information; the power equipment information includes: the name of the power equipment, the rated capacity and voltage of the power equipment, the line where the power equipment is located, and so on. The load information of the electric equipment corresponding to the name of the electric equipment is retrieved from the load management module 14 .

The simulated power supply scheme generation module 15 selects electric equipment with a small load, and generates multiple simulated power supply schemes in combination with the circuit where it is located and the location information that needs to be reported for installation. The specific operation is the same as the relevant description in Embodiment 1, and will not be described in detail here.

The business application power supply scheme generation module 16 judges whether the rated capacity and voltage of the existing power equipment on the analog circuit generated by the above-mentioned analog power supply scheme generation module 15 meet the required installation capacity and voltage level, and if so, select One of the generated lines is connected with the corresponding cable as the line of the business report installation power supply plan; if it is not satisfied, the new power equipment is determined according to the reported installation capacity and voltage level, as well as the rated capacity and voltage of the existing power equipment , and connect the corresponding cables as the lines of the power supply solution for service reporting.

The service report power supply scheme generation module 16 identifies the line of the service report power supply plan, and identifies its associated power equipment information, and then transmits it to the power equipment resource management module 13 and the electronic map module 12 through the bus. The power equipment resource management module 13 updates the power equipment information; the electronic map module 12 updates the geographic location information of the expanded power supply lines.

Although the present invention has been disclosed above with preferred embodiments, the embodiments do not limit the present invention. Any equivalent changes or modifications made without departing from the spirit and scope of the present invention also belong to the protection scope of the present invention. Therefore, the scope of protection of the present invention should be based on the content defined by the claims of this application.

Claims (4)

1. A method for implementing a business expansion scheme based on a power supply network, characterized in that, the implementation method for a business expansion scheme based on a power supply network comprises: Step S101, obtaining the user's service application demand information, including: application capacity, voltage level, and application address; Step S102, according to the reported address, obtain the location information corresponding to the reported address from the electronic map module in the grid platform; Step S103, according to the location information, retrieve the information of the electric equipment within the setting range of the location information from the electric equipment resource management module; the information of the electric equipment includes: the name of the electric equipment, the rated capacity and voltage of the electric equipment, the location of the electric equipment line; Step S104, retrieve the power equipment load information corresponding to the corresponding power equipment name; Step S105, selecting electric equipment with a small load, and retrieving the location information of the electric equipment from the electronic map module; generating multiple simulated power supply schemes according to the location information of the electric equipment and the location information to be reported; Step S106, according to the generated simulated power supply scheme, judge whether the rated capacity and voltage of the existing power equipment on the line meet the required installed capacity and voltage level, if so, execute step S107, from the generated simulated power supply scheme Select the shortest line for the line, and connect the corresponding cable as the line of the power supply plan for the business application; if not satisfied, perform step S108, and determine the new line according to the reported capacity and voltage level, as well as the rated capacity and voltage of the existing power equipment. Add power equipment, and connect the corresponding cables as the line of the power supply solution for the business report installation. 2. The method for realizing the business expansion scheme based on the power supply network according to claim 1, wherein the method for realizing the business expansion scheme based on the power supply network further comprises: Step S109, identify the line of the business application power supply scheme, and identify the information of its associated power equipment, and then update it into the power equipment resource information, and update the business application power supply scheme line and the information of the power equipment on it in the electronic map geographic location information. 3. A system for realizing a business expansion scheme based on a power supply network, characterized in that the system for realizing a business expansion scheme based on a power supply network includes: Human-computer interaction module (11), electronic map module (12), power equipment resource management module (13), load management module (14), simulation power supply scheme generation module (15), and business report power supply scheme generation module (16) ; The input terminal of the human-computer interaction module (11) is connected to the input device; the output terminal is connected with the electronic map module (12), the power equipment resource management module (13) and the load management module (14) through a bus, and the bus carries The user's business application requirements information, including: application capacity, voltage level and application address; The output ends of the electronic map module (12), the power equipment resource management module (13) and the load management module (14) communicate with the analog power supply scheme generation module (15) and the service report power supply scheme generation module (16) through the bus connect; The analog power supply scheme generation module (15) is connected with the service report power supply scheme generation module (16) through a cable or a circuit board; The human-computer interaction module (11) obtains the user's service application requirement information, which includes: application capacity, voltage level, and application address; and transmits it to the analog power supply scheme generation module (15) through the bus; The simulated power supply scheme generating module (15) obtains the reported capacity, voltage level and reported address, and retrieves the latitude and longitude position information corresponding to the reported address from the electronic map module (12) according to the reported address, and passes the bus bearer transmission; according to the location information, the information of the electric equipment within the setting range of the location information is retrieved from the electric equipment resource management module (13); the information of the electric equipment includes: the name of the electric equipment, the rated capacity and voltage of the electric equipment, The line where the power equipment is located; the load information of the power equipment corresponding to the name of the corresponding power equipment is retrieved from the load management module (14); The simulated power supply scheme generation module (15) selects power equipment with a small load, and generates multiple simulated power supply schemes in combination with the line where it is located and the location information that needs to be reported; The generating module (16) of the business reporting power supply scheme judges whether the rated capacity and voltage of the existing power equipment on it meet the required reported capacity according to the simulated power supply scheme line generated by the analog power supply scheme generating module (15) and voltage level, if it is satisfied, select one of the generated lines and connect the corresponding cable as the power supply solution for the business application; Determine the newly added power equipment according to the voltage and voltage, and connect the corresponding cables as the power supply solution for business installation. 4. the realization system based on the business expansion scheme of power supply network according to claim 3, is characterized in that, described business report installation power supply scheme generation module (16) marks the line of business report installation power supply scheme, and identifies its The associated electrical equipment information is then transmitted to the electrical equipment resource management module (13) and the electronic map module (12) through the bus; the electrical equipment resource management module (13) updates the electrical equipment information; the electronic map module ( 12) Update the geographical location information of the business reporting power supply scheme line and the power equipment on it.