CN115833382A - Configurable optical storage and charging management platform and configuration method - Google Patents
Configurable optical storage and charging management platform and configuration method Download PDFInfo
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Abstract
The application discloses management platform and configuration method are filled in light storage that can make up, the platform includes application server, collection gateway and application server front end, and application server includes communication module and database, collection gateway connects the light storage equipment of photovoltaic power generation scene, gathers the real-time dynamic data of light storage equipment and saves data to the database through communication module, application server front end includes the configuration editor that can directly visit and self-define the edition through the browser, and the configuration editor is used for forming the virtual picture unanimous with the photovoltaic power generation scene to obtain the real-time dynamic data with photovoltaic power generation scene light storage equipment assorted, real-time dynamic data links with the virtual picture, finally forms the interface with data drive animation. The platform of the application realizes autonomous configuration when in use, and a user accesses the configuration editor through the browser to autonomously perform interface configuration without secondary development, thereby meeting diversified requirements and reducing operation difficulty.
Description
Technical Field
The application relates to the technical field of photovoltaic power generation, in particular to a configurable light storage and charging management platform and a configuration method.
Background
With the great popularization of industrial internet, a batch of industrial internet platforms emerge, and the industrial internet platforms are industrial cloud platforms which are oriented to the digital, networking and intelligent requirements of manufacturing industry, construct a service system based on mass data acquisition, aggregation and analysis, and support ubiquitous connection, elastic supply and efficient configuration of manufacturing resources. The optical storage and charging management platform is an energy management platform applied to a power grid user side, based on a power supply, a power grid, a load and energy storage, flexible access of a monitoring subsystem and terminal equipment is realized based on the Internet of things technology and the information technology, high-speed data acquisition and comprehensive information fusion are realized, regional energy state holographic sensing, operation stability control, energy optimization scheduling and equipment remote operation and maintenance are realized by energy big data, bidirectional interaction between a user and energy is realized, and energy management efficiency is improved. The platform can be applied to the fields of photovoltaic power stations, distributed photovoltaics, energy storage and the like.
At present, in the using process of an optical storage and charging management platform, a data acquisition system firstly acquires and stores underlying data into a database, then the platform obtains data by reading the database, the data is displayed through a display screen after being calculated and processed, and a user can visually observe the change of a numerical value. However, the content displayed on the display screen is fixed, the data type represented by each module is not easy to modify, and if the user needs to typeset the interface again or modify the content, the source code needs to be modified. Therefore, when the current optical storage management platform is used, the secondary development of the user is not supported, the platform content is relatively fixed, the flexibility is poor, the personalization degree is low, and the use requirement of the user cannot be well met.
Disclosure of Invention
In order to solve the problems and the defects in the prior art, the application provides a configurable optical storage and charging management platform and a configuration method, so that the effects of freely configuring an interface and freely defining a data source by a user are achieved, and the practical production requirements of different users can be met.
In order to achieve the above object of the invention, the technical solution of the present application is as follows:
the application server comprises a communication module and a database, the acquisition gateway is connected with optical storage equipment in a photovoltaic power generation field, real-time dynamic data of the optical storage equipment are acquired and stored in the database of the application server through the communication module, the front end of the application server comprises a configuration editor which can be directly accessed through a browser and can be edited in a user-defined mode, the configuration editor is used for forming a virtual picture consistent with the photovoltaic power generation field and acquiring real-time dynamic data matched with the optical storage equipment in the photovoltaic power generation field, and the real-time dynamic data is linked with the virtual picture to finally form an interface of data-driven animation.
Preferably, in the application, after the collection gateway collects real-time dynamic data of the optical storage device, the data is encapsulated by using the internet of things technology and stored in the database through the communication module.
Preferably, in the application, the collection gateway is connected with a light storage device of the photovoltaic power generation field through a communication cable.
Preferably, in the present application, the collection gateway is connected to the communication module through an ethernet network.
Preferably, in the present application, the light storage device includes a charging pile, a photovoltaic panel, a battery cluster, and a battery panel. Preferably, in the present application, the real-time dynamic data of the light storage device is collected, and includes a charging state, a charging voltage, a charging current, a rated power, a charging time and a charging power.
A configuration method of a configurable optical storage and charging management platform is realized based on the configurable optical storage and charging management platform, and specifically comprises the following steps:
s101, creating a canvas in a configuration editor, wherein the middle area of the canvas is a working area, and the two sides of the canvas are respectively a component list area and a component attribute operation area;
s102, selecting a corresponding component in a component list area, dragging the corresponding component to a corresponding position in a working area to generate a component copy, giving the component copy a unique mark, calculating the position coordinate of the component copy in the working area at the moment, and storing the position coordinate in a temporary variable;
s103, repeating the operation of the step S102, wherein a plurality of component copies in the canvas working area form a virtual picture consistent with a photovoltaic power generation field;
s104, after the configuration editing is finished, the configuration is stored, the data of each component stored in the temporary variables are stored in a database, and the configuration is finally finished;
and S105, when the configuration is previewed, calling the data of each component copy of the configuration from the database, rendering the component copies according to the called data, and simultaneously restoring the component copies to corresponding positions of the working area according to the position coordinates of the component copies to finally form an interface for driving animation by the data.
Preferably, in the present application, the expression of the position coordinates of the computing component copy in the work area at this time is specifically as follows:
X 2 ＝k×(X 1 -a)；
Y 2 ＝k×(Y 1 -b)；
wherein X 2 Actual lateral coordinates of the component copy within the workspace; x 1 Displaying horizontal coordinates of the document for the component copy; y is 2 Actual vertical coordinates of the component copy in the working area; y is 1 Displaying the vertical coordinate of the component copy in the document; a is a display transverse coordinate of the left frame of the working area in the document; b is the display longitudinal coordinate of the upper frame of the working area in the document; k is a scaling factor.
The beneficial effect of this application:
(1) The optical storage and charging management platform realizes autonomous configuration when in use, a user accesses the configuration editor through the browser to autonomously perform interface configuration, secondary development is not needed in the whole configuration process, diversified requirements are met, operation difficulty is reduced, and the optical storage and charging management platform is more user-friendly.
(2) The light storage and charging management platform does not need programming when in configuration, can complete interface configuration by dragging the graph in the configuration editor, and is more convenient and faster to use.
Drawings
The foregoing and following detailed description of the present application will become more apparent when read in conjunction with the following drawings, wherein:
FIG. 1 is a diagram of a platform architecture according to the present application;
FIG. 2 is a flow chart of the method of the present application.
Detailed Description
In order to make those skilled in the art better understand the technical solutions in the present application, the technical solutions for achieving the objects of the present application will be further described below by using several specific examples, and it should be noted that the technical solutions claimed in the present application include, but are not limited to, the following examples. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present application.
Example 1
At present, in the using process of an optical storage management platform, a data acquisition system firstly acquires and stores underlying data into a database, then the platform obtains data by reading the database, the data is displayed through a display screen after being calculated and processed, and a user can visually observe the change of a numerical value. However, the content displayed on the display screen is fixed, the data type represented by each module is not easy to modify, and if the user needs to typeset the interface again or modify the content, the source code needs to be modified. Therefore, when the current optical storage management platform is used, the secondary development of the user is not supported, the platform content is relatively fixed, the flexibility is poor, the personalization degree is low, and the use requirement of the user cannot be well met.
Therefore, the embodiment provides a configurable optical storage and charging management platform and a configuration method, which achieve the effect of freely configuring an interface and freely defining a data source for a user, and can adapt to actual production requirements of different users.
In order to facilitate understanding of the technical solution of the present application, the present embodiment first introduces the optical storage and charging management platform of the present application.
The embodiment discloses a configurable optical storage and charging management platform, which mainly comprises an application server, a collection gateway and an application server front end, and is shown in the attached figure 1 of the specification; wherein the content of the first and second substances,
the application server comprises a communication module and a database, the acquisition gateway is connected with the photovoltaic power generation field optical storage equipment, acquires real-time dynamic data of the field optical storage equipment, packages the acquired data through the Internet of things technology, and finally transmits the data to the database of the application server through the communication module of the application server for storage;
the application server front end comprises a configuration editor used by a user, the configuration editor is used for forming a virtual picture consistent with a photovoltaic power generation site and acquiring real-time dynamic data matched with photovoltaic power generation site optical storage equipment, the real-time dynamic data is linked with the virtual picture to finally form an interface with data-driven animation, and the user can directly access and self-define and edit through a browser when using the configuration editor.
In this embodiment, it should be noted that the collection gateway is connected to the optical storage device in the photovoltaic power generation field through a communication cable, and collects real-time dynamic data of the optical storage device.
Furthermore, the acquisition gateway is connected with the communication module through the Ethernet to realize data transmission between the acquisition gateway and the communication module.
Furthermore, the optical storage device mainly comprises a charging pile, a photovoltaic panel, a battery cluster, a battery panel and other devices, and the collected real-time dynamic data of the optical storage device comprises data such as a charging state, a charging voltage, a charging current, a rated power, a charging duration, a charging power and the like.
Based on the same inventive concept, the embodiment of the present application further discloses a configurable optical storage and charging management platform configuration method, which is implemented based on the optical storage and charging management platform described in the above embodiment, and with reference to fig. 2 of the specification, the configuration method specifically includes the following steps.
S101, creating a configuration, wherein a user remotely accesses a configuration editor through a browser, creating a canvas in the configuration editor, the middle area of the canvas is a working area, the left side of the canvas is an assembly list area, the right side of the canvas is an assembly attribute operation area, and the top of the canvas is a menu button area.
In this embodiment, a work area is initialized when a canvas is created, the size and the background of the canvas work area can be defined by itself, and the default size of the work area is 1920 × 1080.
In this embodiment, since the workspace of the canvas does not occupy the entire display area, the workspace has a corresponding reduction ratio.
S102, selecting a corresponding component in the component list area on the left side, dragging the corresponding component to a corresponding position in a working area, automatically generating a component copy at the corresponding position in the working area after dragging is finished, giving the component copy a unique mark, calculating the position coordinate of the component copy in the working area at the moment, and storing the position coordinate into a temporary variable.
In the present embodiment, the component corresponds to the optical storage device, that is, the virtual component corresponding to the on-site optical storage device can be found in the component list area.
In this embodiment, each component corresponds to a temporary variable, and the data of the component is stored in the temporary variable.
In this embodiment, the method for calculating the position coordinates of the component copy in the working area specifically includes the following steps:
assuming the scale of the workspace setting is k, the actual lateral coordinate of the component copy within the workspace is X 2 The display horizontal coordinate of the component copy in the document is X 1 Left of the working areaThe display horizontal coordinate of the frame in the document is a, then there is
X 2 ＝k×(X 1 -a)；
Further, assume that the actual vertical coordinate of the component copy within the workspace is Y 2 And the display longitudinal coordinate of the component copy in the document is Y 1 If the display longitudinal coordinate of the border on the working area in the document is b, then
Y 2 ＝k×(Y 1 -b)；
Then, ultimately, the actual location coordinate of the component copy within the workspace is (X) 2 ，Y 2 )。
And S103, repeating the operation of the step S102, wherein the plurality of component copies in the canvas working area form a virtual picture consistent with the photovoltaic power generation field.
And S104, after the configuration editing is finished, saving the configuration, and storing the data of each component stored in the temporary variables into a database to finally finish the configuration.
In the present embodiment, the data of the component stored by the temporary variable includes coordinates, color, size, font, and dynamic data of the component.
And S105, when the configuration is previewed, calling the data of each component copy of the configuration from the database, rendering the component copies according to the called data, and simultaneously restoring the component copies to corresponding positions of the working area according to the position coordinates of the component copies to finally form an interface for driving animation by the data.
In this embodiment, if the component copy is dragged again in the working area, the coordinates of the component copy are directly modified, and the coordinate calculation method of the component copy is the same as that described above.
In this embodiment, if a component is clicked, the component property operating area on the right side of the working area correspondingly displays the property of the component, including color, size, font, and the like, and the value of the property can be modified.
In this embodiment, the data source of the configuration editor may be dynamic data of the optical storage device collected in real time in the database, or may be data acquired by the optical storage management platform from other platforms or systems through the API interface.
The foregoing is directed to embodiments of the present invention, which are not limited thereto, and any simple modifications and equivalents thereof according to the technical spirit of the present invention may be made within the scope of the present invention.
Claims (8)
1. The configurable optical storage and charging management platform is characterized by comprising an application server, a collection gateway and an application server front end, wherein the application server comprises a communication module and a database, the collection gateway is connected with optical storage equipment in a photovoltaic power generation field, real-time dynamic data of the optical storage equipment are collected and stored in the database of the application server through the communication module, the application server front end comprises a configuration editor which can be directly accessed through a browser and can be edited by a user, the configuration editor is used for forming a virtual picture consistent with the photovoltaic power generation field and obtaining real-time dynamic data matched with the optical storage equipment in the photovoltaic power generation field, and the real-time dynamic data are linked with the virtual picture to finally form an interface for driving animation by data.
2. The configurable optical storage and management platform of claim 1, wherein after the collection gateway collects real-time dynamic data of the optical storage device, the data is encapsulated by using internet of things technology and stored in the database through the communication module.
3. The configurable optical storage and charging management platform according to claim 1, wherein the collection gateway is connected to the optical storage device of the photovoltaic power generation site through a communication cable.
4. A configurable optical charging management platform according to claim 1, wherein the collection gateway is connected to the communication module via ethernet.
5. A configurable optical storage and charging management platform according to claim 1, wherein said optical storage devices comprise charging poles, photovoltaic panels, clusters of cells and panels.
6. The configurable optical storage and charging management platform of claim 1, wherein the real-time dynamic data of the optical storage device is collected, and comprises charging state, charging voltage, charging current, rated power, charging duration and charging power.
7. A method for configuring a configurable optical storage and charging management platform, the method being implemented based on the configurable optical storage and charging management platform of any one of claims 1 to 6, comprising the following steps:
s101, creating a canvas in a configuration editor, wherein the middle area of the canvas is a working area, and the two sides of the canvas are respectively a component list area and a component attribute operation area;
s102, selecting a corresponding component in a component list area, dragging the corresponding component to a corresponding position in a working area to generate a component copy, giving the component copy a unique mark, calculating a position coordinate of the component copy in the working area at the moment, and storing the position coordinate in a temporary variable;
s103, repeating the operation of the step S102, wherein a plurality of component copies in the canvas working area form a virtual picture consistent with a photovoltaic power generation field;
s104, after the configuration editing is finished, the configuration is stored, the data of each component stored in the temporary variables are stored in a database, and the configuration is finally finished;
and S105, when the configuration is previewed, calling the data of each component copy of the configuration from the database, rendering the component copies according to the called data, and simultaneously restoring the component copies to corresponding positions of the working area according to the position coordinates of the component copies to finally form an interface for driving animation by the data.
8. The method of claim 5, wherein the computing device copies the location coordinates of the working area at the time as follows:
X 2 ＝k×(X 1 -a)；
Y 2 ＝k×(Y 1 -b)；
wherein, X 2 Actual lateral coordinates of the component copy within the workspace; x 1 Displaying horizontal coordinates of the document for the component copy; y is 2 Actual vertical coordinates of the component copy in the working area; y is 1 Displaying the vertical coordinate of the component copy in the document; a is a display transverse coordinate of the left frame of the working area in the document; b is the display longitudinal coordinate of the upper frame of the working area in the document; k is a scaling factor.
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Patent Citations (6)
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