TWI798679B - Device and method of analyzing a stock based on electricity meter data - Google Patents

Abstract

This disclosure is related to a device and method of analyzing a stock based on electricity meter data of Advanced Metering Infrastructure. The method is: downloading open-electricity-meter-data from a power company, splitting and analyzing the open-electricity-meter-data for each factory of a listed company, and producing an electricity-meter-data chart for user to review.

Description

Device and method for stock analysis based on electric power data

The invention relates to a stock selection and analysis technology for investing in stocks, in particular to a device and method for stock analysis based on electric power data.

According to Wikipedia: "Smart grid (English: smart grid, smart electric grid, or intelligent grid), a modern transmission grid. Using information and communication technology, digital or analog signals are used to detect and collect power supply at the supply end Conditions, and power usage status at the end of use. Then use these information to adjust the production and transmission and distribution of power, or adjust the power consumption of household appliances and business users, so as to achieve the purpose of saving energy, reducing losses, and enhancing the reliability of the power grid. The prototype of the smart grid was produced in the 20th century. It is a simple upgrade of the grid that transmits electrical energy to a large number of users from some central generators. On the basis of the traditional grid, the topology network of electrical energy transmission is more optimized to meet a wider range Various power consumption conditions, such as charging the battery during low power consumption periods, and then providing power to the grid during peak hours. The smart grid includes an advanced metering infrastructure (Advanced Metering Infrastructure, AMI) for Record the flow of all electrical energy in the system. Through the smart meter (Smart Meter), it will monitor the status of power usage at any time.”

The biggest difference between a smart meter and a traditional meter is that it can be connected to a communication system, so that the power company can keep track of the electricity consumption (power data) of the user through the infrastructure of the smart meter and the smart meter. The open power data is mainly to assist the power consumption. Users can change their electricity consumption habits to save electricity. However, these open power data can also be used to develop big data applications.

At present, no matter whether it is running on a personal computer or a mobile device, previous technologies (such as stock quote software or stock trading software) do not use power data as a basis for stock investment analysis. Users (ie, investors) operate In the prior art, it is impossible to know the electricity consumption of a listed company, and it is also impossible to compare the current electricity consumption with the past electricity consumption to predict the trend of the stock price.

That is to say, the previous technology cannot satisfy the user to use the power data to know the power consumption of a listed company so as to estimate the capacity utilization rate. For example: a company's electricity consumption chart in a continuous period (day/week/month/season), comparison of current electricity consumption with the previous period, comparison of current electricity consumption with the same industry...etc. Further analyzed information. Therefore, it is necessary to improve the method of the previous technology, and propose a stock analysis technology based on electric power data with the resources of hardware and software cooperating, so that users can obtain information based on further analysis based on electric power data. Know the power consumption of a listed company's factory, and then understand the relationship between the listed company's stock price and power consumption, and assist users in making trading decisions, so as to make up for the shortcomings of previous technologies.

In view of this, the present invention proposes a device, method, computer program product, and computer-readable recording medium for stock analysis based on power data. After the user selects a specific stock, he can select the corresponding factory to query the electricity consumption chart , in order to achieve the special technical effect of "power consumption analysis based on power data" for stock selection.

The present invention proposes a device for stock analysis based on electric power data, the device includes: A communication module, used to establish an Internet network connection; a power data chart module, used to connect with a server and download the power data of a specific factory of a listed company, and, according to the specific factory The power data generates a power data chart, the power data includes multiple periods of historical power data and current power data; a memory for storing an application program, the specific factory and the power data, the application program includes the power data a data graph module; a screen for displaying a graphical user interface of the application; one or more processors for connecting the memory to the screen and executing the application; and, wherein the application receives a Select an order to generate that specific factory for that listed company.

Further, in some embodiments, the power data graph module further includes: receiving an industry selection command to display the power data corresponding to the selected industry category on the power data graph.

Further, in some embodiments, the power data chart is displayed in the same view as a technical analysis line chart.

The present invention further, in some embodiments, the power data graph includes a "comparison information between current and previous power consumption".

The present invention goes further. In some embodiments, the power data chart includes a "comparative information on power consumption of individual stocks and industries".

The present invention also proposes a stock analysis method based on electric power data, which is applied to a device and a server, the device includes a communication module, a memory and a screen, and the method includes: the server is sent from a power company host Or a database downloads a publicly available power data; the server generates power data of a plurality of listed company factories based on the publicly available power data and a listed company factory address list to individually correspond to the power consumption of a plurality of listed company factories situation; the device receives a selection command to generate a specific factory of a listed company; the device uploads the specific factory to the server; The server downloads the power data corresponding to the specific factory; and the device generates a power data graph according to the power data.

The present invention goes a step further. In some embodiments, the listed company factory address list uses the address of a single listed company factory building as the smallest analysis and calculation unit, so as to divide the publicly available power data into a plurality of power data for individual comparison. There should be factories of listed companies.

The present invention further, in some embodiments, further includes: the device receives an industry selection command to display the power data corresponding to the selected industry category on the power data graph.

Further, in some embodiments, the power data chart is displayed in the same view as a technical analysis line chart.

The present invention further, in some embodiments, the power data graph includes a "comparison information between current and previous power consumption".

The present invention goes further. In some embodiments, the power data chart includes a "comparative information on power consumption of individual stocks and industries".

The present invention also proposes a computer program product installed in a device having a processor, a memory and a screen, the computer program product is stored in the memory and can run on the processor, and the processor executes the computer The program product is the steps to realize the above method of stock analysis based on electric power data.

The present invention also proposes a computer-readable recording medium, on which a computer program is stored, and when the computer program is executed by a processor, the steps of the above-mentioned stock analysis method based on electric power data are realized.

The detailed features and advantages of the present invention are described in detail below in the implementation mode, and its content is enough to make any person familiar with the related art understand the technical content of the present invention and implement it accordingly, and according to the content disclosed in this specification, the scope of the patent application and the drawings , any person familiar with the related art can easily understand the present invention State the purpose and advantages of the relevant.

10: Device for stock analysis based on power data

12: Processor

14: Memory

16: screen

18: Communication module

20: Apps

22: Power data chart module

24:Server

26: Data download module

28: Power data analysis and calculation module

30: Power Data Chart

32: Power data view

34:Drop-down menu

36: Technical Analysis View

38: candlestick chart

40: Volume Chart

Figure 1 is a system functional block diagram of a device according to an embodiment of the present invention; Figure 2 is a system functional block diagram of an application program and a server according to an embodiment of the present invention; Figure 3 is a schematic diagram of a screen of an electric power data chart according to an embodiment of the present invention ; Figure 4 is a schematic diagram of the screen screen of the power data chart and the drop-down menu in Embodiment 1 of the present invention; Figure 5 is a schematic diagram of the screen screen of the power data chart in Embodiment 2 of the present invention; Figure 6 is a schematic diagram of the screen screen of the power data chart in Embodiment 3 of the present invention Figure 7 is a schematic diagram of the screen of the electric power data graph in Embodiment 4 of the present invention; and Figure 8 is an operation flow chart of the embodiment of the present invention.

The client device (Client Device) of the present invention is used but not limited to personal computer (PC, MAC), notebook computer (Laptop/Notebook/Portable Computer), smart phone (Smartphone), tablet computer (Tablet PC), handheld Stock machine (Hand-Held Stock Quoting Device), personal digital assistant (PDA), smart TV (Smart TV)... etc., all are equipped with screen and can execute the application program of the present invention (that is, stock trading software, stock Quotation software, stock selection software) all can apply device and method of the present invention.

Referring to Fig. 1 and Fig. 2, the system function block diagram of the device 10 of the stock analysis based on electric power data and the system function block diagram of the application program 20 of the present invention, the legend only lists the core relevant to a preferred embodiment of the present invention modules, and other modules are omitted and not depicted. The application program 20 is executed on the device 10 for stock analysis based on electric power data of the present invention. In one embodiment of the present invention, the device 10 for stock analysis based on power data of the present invention includes: one or more processors 12 , memory 14 , screen 16 and communication module 18 . Wherein, the memory 14 stores an application program 20; the processor 12 executes a plurality of program instructions included in the application program 20, and implements the following modules in a cooperative operation of hardware and software: power data chart module 22; screen 16 A graphical user interface (GUI) for displaying the application program 20; the communication module 18 is used for establishing an Internet network connection, such as: wired broadband, WLAN (Wi-Fi, etc.), mobile communication network (such as 3G, 4G , 5G...) and so on.

Continue to refer to Fig. 2, the system function block diagram of the application program 20 and the server 24 of the embodiment of the present invention, which includes: a power data chart module 22, a data download module 26 and a power data analysis and calculation module 28, the illustration only List the core modules related to a preferred embodiment of the present invention, and the remaining modules are omitted and not depicted, for example: the login verification module, quotation module, self-selected stock module, news Modules... etc., as well as transaction modules, account modules, quotation modules... etc. on the 24 side of the server.

The power data graph module 22 is used to connect with the remote server 24 and download the power data of the specific factory of the listed company, and generate the power data graph 30 according to the power data of the specific factory. In some embodiments, the power data graph module 22 can also generate a power data view 32 for displaying the power data graph 30 . The so-called server 24, in some embodiments, is the quotation server, and the server 24 and the quotation server are the same server or the same server cluster; in some embodiments, the server 24 and the quotation server are Different servers or different server clusters. In some embodiments, when using The user operates the application program 20 with a menu (for example: select a factory of a listed company from a drop-down menu) to generate a "selection instruction" for a specific factory. The selection instruction corresponds to a specific factory of a listed company, and the specific factory can include a single A plant, multiple plants, or all plants including the listed company. After the application program 20 receives the selection command, the power data graph module 22 uploads the specific factory selected by the user to the server 24 to download the power data corresponding to the specific factory. The power data includes multiple period historical power data (for example, the power data of 60 consecutive periods in the past) and current period power data (ie, the latest period of power data). The downloaded power data of a specific factory is then generated by the power data chart module 22 to generate a power data chart 30. The power data chart can be displayed in a single view (as shown in Figure 3) or combined with a technical analysis line chart in a view ( as shown in Figure 5).

The data downloading module 26 at the server 24 is used for downloading "publicly available power data" from the power company mainframe or database. The so-called "publicly available power data" refers to the AMI power consumption data released by the power company for anyone to download, which is an open source data. In some embodiments, the publicly available power data does not directly reveal the power consumption data of individual power consumers, but provides regionally integrated data, such as the overall power consumption of a certain mile in a certain administrative region. Such embodiments The publicly available power data must be analyzed by the power data analysis operation module 28 and then analyzed by artificial intelligence, and the roughly estimated power data is compared to individually correspond to the power consumption of each factory building. The analysis and comparison conditions referred to by artificial intelligence may include: geographical location, the number and scale of all factories in the same area, and the published historical electricity consumption of all factories in the same area...etc. In some embodiments, the data download module 26 stores the downloaded publicly available power data in the memory (not shown) of the server 24; The publicly obtained power data is stored in a database (not shown) at the server 24 end.

The power data analysis and calculation module 28 generates power data of a plurality of factories of listed companies based on publicly available power data and factory address lists of listed companies to individually correspond to the power consumption of factories of a plurality of listed companies. The so-called factory address list of listed companies is a collection of the addresses of all listed companies and their factories, taking the address of a single factory of a listed company as the smallest unit of analysis and calculation, so as to divide the publicly available power data into multiple power data for individual Corresponding to the factory buildings of some listed companies. For example: a listed company has eight factory buildings scattered all over the country, and the power data analysis and calculation module 28 divides the publicly available power data corresponding to the listed company’s power consumption data into eight pieces of power data ( Each corresponds to a plant of the listed company). After the division, the power data of individual listed companies' factories can be supplied to the application program 20 for downloading. The power data generated by the power data analysis operation module 28 is not only divided into factory addresses for downloading by the application program 20, but in some embodiments, the power data can also be divided according to industry categories and then supplied to the application program 20 for download, for example: wafer generation Industrial industry, IC packaging and testing industry...etc. In some embodiments, the power data analysis operation module 28 stores the generated power data in the memory (not shown) of the server 24 for downloading; in some embodiments, the power data analysis operation module 28 will The generated power data is stored in a database (not shown) at the server 24 for downloading.

Referring to Fig. 3 , a schematic diagram of a screen 16 screen of an electric power data chart 30 in an embodiment of the present invention, which illustrates a graphical user interface of an application program 20 displayed on the screen 16 in an embodiment of the present invention. The data chart 30 is displayed separately in the power data view 32 (generated by the power data chart module 22); the power data view 32 is an power data option generated by the power data chart module 22 in the graphical user interface of the application program 20 Generated after being clicked (for example: after the user selects a stock, then switches to the power data with a sliding operation, or selects the power data with the "secondary menu", not drawn). In some embodiments, the power data chart 30 can also be displayed separately in the detailed information view of individual stocks (Detailed information on individual stocks such as: the top five stocks, quotation details, technical analysis, trend charts, power data, etc., not shown). The diagrams in the description of the present invention are illustrated by taking the screen style of a smart phone as an example. The client device of the present invention is not limited to be used in a smart phone. The client device of the present invention can also be used in desktop computers, notebooks, etc. Laptops, Tablets, Handheld Computers, Personal Digital Assistants, Smart TVs...etc. In this embodiment, a smart phone (the device 10 for stock analysis based on power data) is used to display the power data graph 30 . The illustration shows that the user can click the triangle buttons on the left and right sides of "Taiwan 1101" above the power data view 32 generated by the power data chart module 22 to switch to other listed company stocks, or the user clicks Select the input box in the upper right corner to enter and search. The power data chart 30 in the legend uses "month" as the time unit (time period, you can select the time period through the drop-down menu in the diagram) to display the total power consumption of all plants of Taiwan Cement in consecutive periods, and the unit of the Y axis is It is GigaW (million kw). Through the power data chart 30, the user can understand the power consumption of the listed company's factory in consecutive periods, and then combine it with other production information to estimate its output and capacity utilization.

Refer to Fig. 4, which is a schematic diagram of the screen 16 of the power data graph 30 and the drop-down menu 34 according to an embodiment of the present invention. Fig. 3 and Fig. 4 are the same embodiment (the power data graph 30 is displayed separately in the power data view 32), The figure illustrates the power data chart module 22 according to the menu screen generated after the user clicks the drop-down menu 34, and the user selects the check action of different factories. The user selects the factory buildings under TCC from the drop-down menu 34 (generating a "selection command" for a specific factory), and after the selection command of this specific factory is sent to the server 24, the power data of the specific factory can be downloaded by the server 24 , the power data chart module 22 can update the power data chart 30 to display the checked electricity consumption of a specific factory.

Referring to Fig. 5, it is a schematic diagram of the screen 16 screen of the power data chart 30 of the second embodiment of the present invention, and the illustration illustrates the technical analysis of the power data chart 30 of Taiwan Cement displayed on Taiwan Cement in this embodiment View 36. In the same technical analysis view 36, the user can simultaneously view the technical analysis line chart of individual stocks (the legend includes the K-line chart 38 and the trading volume chart 40) and the power data chart 30, so as to better understand the relationship between the stock price trend and the power consumption situation, which is beneficial Users analyze investment decisions. The power data in this embodiment can be a main index in technical analysis, and can also be a sub-index, and the power data chart module 22 generates an option or button for power data display in the technical analysis view 36 (as commonly seen The setting method of the main index and sub-indicator in the technical analysis is not shown), after the user sets it, the power data chart 30 can be displayed in the technical analysis view 36 . In some embodiments, a technical analysis view option or button can also be added to the power data view 32 (the embodiment in FIG. 3 ), and when the user clicks it, the graph containing the power data in the embodiment in FIG. 5 can be displayed 30 technical analysis view 36. The concept of the technical analysis view 36 including the power data graph 30 here is essentially the "same view" that includes both the power data graph and the technical analysis line graph, in other words, it is the power data received by the power data graph module 22 It is generated based on the same time period as the technical analysis data, so it can also be called the power data view 32 including the technical analysis line graph, or the technical analysis line graph integrating the power data.

After the power data chart module 22 receives the setting instruction of power data display, it displays the power data chart 30 on the technical analysis view 36 according to the time period in the technical analysis view 36, and adjusts the time of the drop-down list of the time period correspondingly. Unit, in the embodiment of Fig. 5, it is "monthly chart". In some embodiments, the power data chart 30 can be arbitrarily matched with different technical analysis line charts, such as: American line chart, closing price line chart, OX chart, new price line chart, MACD, KD, RSI...etc. In this embodiment, when the user changes the time period of the power data graph 30 , all the technical analysis graphs in the technical analysis view 36 are also synchronously changed to the same time period. In some embodiments, the power data graph 30 can be displayed overlapping (that is, sharing the X-axis and Y-axis of the graph in an overlay mode) on the technical analysis. Analyze the line chart (such as the K-line chart 38 or the US line chart, not shown), so that users can carefully compare the power consumption situation and the stock price trend.

In the embodiment of FIG. 5 , the user can visually compare the trend correlation between the power data of the same period (X-axis) and the data of the technical analysis line chart in the technical analysis view 36 . In other words, the present invention enables users to quickly compare power data and technical analysis lines according to their own preferences (selecting a specific factory of a specific company, or all factories) through the reorganization of power data and technical analysis diagrams. Graph view, and get a new investment financial analysis method.

Referring to Fig. 6, it is a schematic diagram of the screen 16 screen of the electric power data chart 30 of the third embodiment of the present invention. . Compared with the power data chart 30 of a single listed company in Figure 5 of Embodiment 2, the power data chart 30 generated by the power data chart module 22 of this embodiment is generated by the power data analysis and calculation module 28 in the server 24 The power consumption data of all listed companies in the same category are aggregated, which can be downloaded by the power data chart module 22 and displayed on the power data chart 30 , allowing users to understand the overall power consumption situation of a certain industry. Similarly, the power data chart module 22 generates a power data display option or button (used to set the main index or sub-index) in the technical analysis view 36 of cement stocks, and the power data can be displayed after the user sets Chart 30 is in the technical analysis view 36 for cement stocks. In some embodiments, a technical analysis view option or button can also be added to the power data view 32 (not shown) of cement stocks. When the user clicks, the power data of the embodiment in FIG. 6 can be displayed. Exhibit 30 Cement Stocks Technical Analysis View 36. In addition, the power data chart module 22 generates a drop-down list of stocks and a menu screen after clicking, allowing users to select stocks (products) from the drop-down list "selection command" of the production industry), the power data graph 30 can be updated to display the electricity consumption of the selected specific industry.

Referring to Fig. 7, it is a schematic diagram of the screen 16 of the electric power data graph 30 in Embodiment 4 of the present invention. and Y-axis), so that users can compare the power consumption of the two. The legend is to superimpose and display the power consumption of all TCC plants and the cement index on the same power data chart 30, and display "individual stocks vs. Industrial Electricity Consumption Comparison Information" (the legend text is "Taiwan Cement: Cement Index = 1:9.8"). The power data chart superposition of the embodiment of Fig. 7 is that the superposition option (or button) is displayed in the power data view 32 by the power data chart module 22. For example, in the embodiment of Fig. 3, a "category" is added After the user sets the option or button of “Superposition of Power Data of Stocks”, the legend shown in Figure 7 can be displayed; or, in the embodiment of Figure 6, a drop-down menu of “Superposition of Power Data of Individual Stocks” is added. After the user clicks the drop-down menu and clicks "Taiwan Cement", the legend shown in Figure 7 will be displayed. In some embodiments, the two power data charts 30 of the current period and the previous period are superimposed and displayed together, and the "comparison information of electricity consumption between the current period and the previous period" is displayed, so that users can compare the power consumption of the two periods , not shown.

In another embodiment of the present invention, the superimposed and displayed power data chart 30 generated by the embodiment of Fig. 7 can also be displayed in the technical analysis line chart 36 of Taiwan Cement, or in the technical analysis line chart of cement finger ( not pictured). In this way, the user can simultaneously view the power consumption of all TCC plants and cement fingers as well as TCC's technical line diagram in the same time period. Furthermore, it is also possible to simultaneously display the superimposed power data chart 30, the technical analysis line graph of Taiwan Cement and the technical analysis line graph of cement fingers produced by the embodiment of Fig. 7 to form a composite technical analysis line graph, Allows users to simultaneously view more power data and technical analysis line chart information under the same time period.

Referring to Fig. 8, the operation flowchart of the embodiment of the present invention. After the server 24 downloads and divides the publicly available power data, the user uses the device 10 for stock analysis based on power data (such as a computer/smart phone/tablet computer/stock machine/smart TV) to execute the application program 20 and download a certain 1. For the operation process of all plant power data of a listed company, please refer to Figure 1, Figure 2, Figure 3 and Figure 4 at the same time, including:

Step S101: The server 24 downloads publicly available power data from the power company host or database. The data downloading module 26 at the server 24 can download the power data from the power company mainframe or the database and obtain the power data publicly. The downloaded publicly available power data is stored in the memory (not shown) of the server 24, or stored in a database (not shown) at the end of the server 24.

Step S102: The server 24 generates the power data of each factory of the listed company according to the publicly available power data. After downloading the publicly available power data, the power data analysis and calculation module 28 at the server 24 generates power data of a plurality of listed company factories based on the publicly available power data and the factory address list of listed companies to individually correspond to a plurality of listed company factories. In addition, the power data analysis and calculation module 28 will summarize and calculate the power data of all the plants of each listed company; in addition, the power data analysis and calculation module 28 will calculate the power data of all the listed companies in the same category. After the power consumption data are summed up, a class of stock power data is generated. The generated power data of each factory, all factory building power data, and stock power data are stored in the memory (not shown) of the server 24, or stored in the database (not shown) at the server 24 end, so as to For downloading by the device 10 for stock analysis based on power data.

Step S103: The device receives a selection instruction corresponding to a specific factory of a listed company. The user executes the application program 20 (that is, stock trading software, stock quote software or investment stock selection software) of the present invention on the device 10 (such as computer/smart phone/tablet computer/stock machine/smart TV) based on power data stock analysis software), after execution, the device 10 for stock analysis based on power data passes through the communication module 18 and The server 24 establishes a connection, and then the user selects a stock of a listed company (for example, selects "Taiwan Cement" in self-selected stocks), and the application program 20 generates an electric power data view, in which a drop-down menu is generated, and the user then clicks the drop-down menu 34 Select the factory building under TCC, as shown in Figure 4, that is, to generate the "selection instruction" of the specific factory of the listed company (the selection instruction includes at least the data of the listed company and the data of the selected factory), the selection of the specific factory The order corresponds to a single plant, multiple plants or all plants of the listed company.

Step S104: The device uploads a selection command of a listed company to the server 24. When the application program 20 of the device 10 for stock analysis based on electric power data receives a specific plant selection command, the electric power data graph module 22 uploads it to the server 24 .

Step S105: The device downloads from the server 24 the power data corresponding to a specific factory of the listed company. After the device 10 for stock analysis based on electric power data uploads the selection order of listed companies to the server 24, the electric power data graph module 22 receives the electric power data corresponding to the specific factory of the listed company returned by the server 24, and stores it in the memory 14 middle.

Step S106: The device generates the power data chart 30 of the listed company according to the power data of the specific factory of the listed company. After the device 10 for stock analysis based on power data downloads the power data of a specific factory, the power data graph module 22 generates a power data graph 30 according to the power data of the specific factory. In some embodiments, the power data graph 30 can be displayed separately in the power data view 32 (generated by the power data graph module 22), as shown in FIG. 3; in some embodiments, the power data graph 30 can be combined with the technology The analysis lines are merged and displayed in the technical analysis view 36 according to the same time frame, as shown in Fig. 5. In some embodiments, a single listed company power data chart 30 and a stock power data chart 30 can be combined and displayed in the power data view 32, as shown in FIG. 7, or the two are superimposed (not shown); some real In an embodiment, the electric power data graph 30 of a stock can be combined with the technical analysis line graph and displayed in the technical analysis view 36 , as shown in FIG. 6 .

It can be understood for different embodiments of the present invention that the program instructions executed by the computer can implement each block in the flow chart, the combination of blocks in the flow chart, and the steps in each embodiment. providing the program instructions to a processor operative to produce a machine or resources cooperating with hardware and software, whereby the instructions, when executed on the processor, will produce actions for performing the actions specified in the flowchart blocks or components of technical effects. Different sets of program instructions can also make at least some of the operation steps shown in the flow chart blocks be performed in parallel, and the technical content expressed by each program instruction of an application program may be different according to different embodiments. Furthermore, some of these steps can also be performed on more than one processor, such as the case where the microprocessor and the peripheral interface processor cooperate to operate in the device of the present invention. Furthermore, one or more blocks or combinations of blocks in the flowcharts may be performed concurrently with other blocks or combinations of blocks, or even in an order different from that shown, without departing from the scope or spirit of the present invention. .

Accordingly, the blocks of the flowchart of the present invention support combinations of means for performing specified actions or technical effects, combinations of steps for performing specified actions or technical effects, and program instruction means for performing specified actions or technical effects. It can also be understood that these specified actions or technical effects are implemented by a special-purpose hardware system or special-purpose hardware and program instructions cooperating to implement each block of the flow chart of the present invention and the combination of blocks in the flow chart.

To sum up, the present invention proposes a stock analysis technology based on electric power data, which solves the problems of the previous technology "using electric power data to know the electricity consumption of a listed company" and "unable to understand the current electricity consumption and the previous period "Comparison" and "unable to understand the current electricity consumption compared with the same industry", this invention allows users to further understand through the "chart-like power data" and "taking the plant of a listed company as the minimum selection unit" The electricity consumption of the factory of a specific listed company makes up for the lack of previous technology place. Using the stock analysis technology based on electric power data of the present invention can achieve the special technical effect that the user can quickly know the power consumption situation of a listed company's factory, so as to facilitate the user to make investment decisions quickly.

Although the technical content of the present invention has been disclosed above with preferred embodiments, it is not intended to limit the present invention. Any modification and modification made by those skilled in the art without departing from the spirit of the present invention should be covered by the present invention. Therefore, the scope of protection of the present invention should be defined by the scope of the appended patent application.

20: Apps

22: Power data chart module

24:Server

26: Data download module

28: Power data analysis and calculation module

Claims (11)

A device for stock analysis based on electric power data, the device includes: a communication module for establishing Internet connection; a power data chart module for connecting with a server and generating a selection screen for For generating a selection command, the selection command is to select a specific factory of a listed company, and download the power data of the specific factory of the listed company after sending the selection command to the server, and, according to the specific factory The power data generates a power data graph, the power data includes multiple periods of historical power data and current power data; wherein, the server downloads a publicly available power data from a power company host or a database; and, the The server generates power data of a plurality of listed company factories based on the publicly available power data and a listed company factory address list to individually correspond to the power consumption of a plurality of listed company factories; a memory is used to store an application program, The specific factory and the power data, the application program includes the power data chart module; a screen for displaying the graphical user interface of the application program; one or more processors, the memory is connected to the screen and Execute the application. The device for stock analysis based on power data as described in Claim 1, wherein the power data chart module further includes: after receiving an industry selection command and uploading the industry selection command to the server, downloading and displaying a corresponding Select the power data of the industry category in the power data chart. The device for stock analysis based on power data as described in Claim 1, wherein the power data chart module downloads a technical analysis data, and displays the power data chart and a technical analysis line chart on the same time period in the same view. The device for stock analysis based on electric power data as described in Claim 1, wherein the electric power data chart includes a "comparison information of electricity consumption between the current period and the previous period". The device for stock analysis based on power data as described in claim 2, wherein the power data chart module generates the power data chart based on the power data of the selected industry category and the power data of the specific factory The power data charts are displayed in the same view according to the same time period. A method of stock analysis based on electric power data, applied to a device and a server, the device includes a communication module, a memory and a screen, the method includes: the server receives from a power company mainframe or a database Download a publicly available power data; the server generates power data of a plurality of listed company factories based on the publicly available power data and a listed company factory address list to individually correspond to the power consumption of a plurality of listed company factories; the device receiving a selection command to correspond to a specific factory of a listed company; the device uploads the selection command to the server; the device downloads the power data corresponding to the specific factory from the server; and, the device generates electricity based on the power data A graph of electricity data. The method for stock analysis based on electric power data as described in Claim 6, wherein the factory address list of listed companies uses the address of a single listed company factory building as the smallest analysis and calculation unit, so as to divide the publicly available electric power data into plural The power data individually correspond to the plants of listed companies. The method for stock analysis based on electric power data as described in claim item 6, which further includes: The device receives an industry selection command to display the power data corresponding to the selected industry category on the power data graph. The method for stock analysis based on power data as described in Claim 6, wherein the device further receives a technical analysis data, and simultaneously displays the power data graph and a technical analysis line graph in the same view according to a time period. The method for stock analysis based on power data as described in claim 6, wherein the power data chart includes a "comparison information between current and previous power consumption". The method for stock analysis based on electric power data as described in Claim 6, wherein the electric power data chart includes a "comparative information on electric power consumption of individual stocks and industries".

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