CN112578330A - Full-automatic electric quantity acquisition method, system, equipment and readable storage medium - Google Patents
Full-automatic electric quantity acquisition method, system, equipment and readable storage medium Download PDFInfo
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Abstract
The invention provides a full-automatic electric quantity acquisition method, a system, equipment and a readable storage medium, which comprises the steps of acquiring each meter data in each power generation enterprise electric metering system in real time on line; obtaining the daily online electricity quantity of the whole plant/unit at the current moment and the daily electricity generation quantity of the whole plant/unit at the current moment of all power generation enterprises through the bottom code multiplying power conversion, data summarization and data zeroing processing, uploading the daily online electricity quantity of the whole plant/unit at the current moment to a group real-time database, and storing the daily electricity quantity; the electricity meter data can be read in real time by utilizing the meter, the full-automatic collection and analysis of the electricity quantity index can be realized, the electricity generation enterprises can master the electricity quantity data of the enterprises at any time and any place, the electricity generation group can be ensured to monitor the electricity quantity of each electricity generation enterprise in real time, and the data has high accuracy and good timeliness; meanwhile, errors caused by manual reporting are avoided, reporting missing and reporting hiding of enterprises are avoided, scientific basis is provided for production management, and economic benefits are remarkable.
Description
Technical Field
The invention belongs to the technical field of electric quantity collection, and particularly relates to a full-automatic electric quantity collection method, a system, equipment and a readable storage medium.
Background
For a long time, the electric quantity is always the core evaluation index of the production and operation of power generation enterprises, and the fluctuation of the electric quantity is the most fundamental factor for measuring the economic benefit of the power generation enterprises; each power generation group monitors and analyzes the electric quantity index of the power generation enterprises in charge every day so as to master the production and operation conditions of each power generation enterprise in time and improve the centralized management and control level of the power generation groups on the main business and the operation business.
At present, the power generation group acquires electric quantity in a mode of manual reporting of power generation enterprises in each jurisdiction, enterprise related personnel read data of each watt-hour meter every day and report the data to the power generation group after manual summary calculation, and the method mainly has the following defects:
1. the manual workload of the enterprise is heavy;
2. the situations of late report, missing report, false report, hidden report and the like are easy to occur;
3. the power generation group can only obtain the total value of yesterday power, and cannot obtain the power values of yesterday at different moments, so that the real-time power analysis is not facilitated.
Disclosure of Invention
Aiming at the technical problems in the prior art, the invention provides a full-automatic electric quantity acquisition method, a system, equipment and a readable storage medium, which are used for solving the technical problems that the existing power generation enterprises governed by a power generation group are numerous, the manual reporting mode is adopted, the workload is heavy, certain defects and deficiencies exist, electric quantity data cannot be timely and effectively sent to the power generation group at the first time, and the work requirement of the power generation group for accurately and comprehensively carrying out real-time electric quantity analysis is difficult to meet.
In order to achieve the purpose, the invention adopts the technical scheme that:
the invention provides a full-automatic electric quantity acquisition method, which comprises the following steps:
step 1, acquiring meter data in an electricity metering system of each power generation enterprise on line in real time;
step 2, multiplying power conversion is carried out on data of each meter to obtain a real-time electric quantity value corresponding to the current moment of the meter;
step 3, accumulating and summarizing the real-time electric quantity values of all meters at the current moment to obtain the real-time online electric quantity of the whole plant/unit and the real-time generated electric quantity of the whole plant/unit at the current moment;
step 4, respectively calculating to obtain the daily online electricity quantity of the whole plant/unit at the current moment and the daily electricity quantity of the whole plant/unit at the current moment by utilizing the real-time online electricity quantity of the whole plant/unit at the current moment and the real-time electricity quantity of the whole plant/unit at the current moment;
and 5, uploading the acquired daily online electricity quantity of the whole plant/unit at the current moment and the daily electricity quantity of the whole plant/unit at the current moment to a group real-time database for storage.
Further, in step 1, when obtaining the meter data in the electricity metering system of each power generation enterprise, the method specifically comprises the following steps:
and transmitting the meter data measuring points in the electricity metering system of the power generation enterprise to a real-time monitoring system database of the power generation enterprise after passing through the network safety protection device through the electricity quantity data acquisition interface machine.
Further, in the step 1, the transmission frequency of the meter data measuring points to the real-time monitoring system database of the power generation enterprise is 15 min.
Further, in step 2, multiplying the multiplying power of the corresponding electricity meter by the data of each meter to obtain the real-time electricity value of the corresponding meter at the current moment.
Further, in step 3, when the real-time electric quantity values of the meters at the current moment are accumulated and summarized; wherein the content of the first and second substances,
the real-time online electric quantity of the whole plant at the current moment is obtained by multiplying the online electric quantity codes of all lines of the power generation enterprise by multiplying power and accumulating and summarizing;
the real-time online electric quantity of the unit at the current moment is calculated according to the following formula:
the real-time online electric quantity of the unit at the current moment is equal to the real-time electric quantity of the unit at the current moment/the real-time electric quantity of the whole plant at the current moment multiplied by the real-time online electric quantity of the whole plant at the current moment;
the real-time generating capacity of the unit is obtained by multiplying index codes of the units by the multiplying power of the units and accumulating and summarizing;
the real-time generating capacity of the whole plant is obtained by accumulating and summarizing the real-time generating capacity of each unit of the power generation enterprise.
Further, in step 4, the plant/unit daily network access electric quantity at the current time and the snapshot value of the plant/unit daily generated energy at the current time are respectively adopted to subtract the corresponding value of the date zero point of the data measuring point, so as to obtain the plant/unit daily network access electric quantity and the plant/unit daily generated energy at the current time.
Further, in step 5, before the plant/unit daily on-line electric quantity at the current time and the plant/unit daily generated energy at the current time, which are acquired by all the power generation enterprises, are uploaded to the group real-time database, the plant/unit daily on-line electric quantity at the current time and the plant/unit daily generated energy at the current time, which are acquired by the power generation enterprises, are verified by adopting a logic rule.
The invention also provides a full-automatic electric quantity acquisition system which is characterized by comprising a meter data acquisition module, a multiplying power conversion module, an accumulation and summary module, a data processing module and a data uploading and storing module;
the meter data acquisition module is used for acquiring meter data in each power generation enterprise electricity metering system in real time on line;
the multiplying power conversion module is used for carrying out multiplying power conversion on data of each meter to obtain a real-time electric quantity value corresponding to the current moment of the meter;
the accumulation and summary module is used for accumulating and summarizing the real-time electric quantity value of each meter at the current moment to obtain the real-time online electric quantity of the whole plant/unit at the current moment, the real-time electric quantity of the whole plant/unit and corresponding data measuring point information;
the data processing module is used for respectively calculating the current time plant/unit daily internet access electric quantity and the current time plant/unit daily electric quantity by utilizing the current time plant/unit real-time internet access electric quantity and the current time plant/unit real-time electric quantity;
and the data uploading and storing module is used for uploading the acquired daily online electricity quantity of the whole plant/unit at the current moment and the daily electricity generation quantity of the whole plant/unit at the current moment to a group real-time database for storage.
The invention also provides a full-automatic electric quantity collecting device, which comprises: memory, processor and executable instructions stored in the memory and executable in the processor, characterized in that the processor implements the method according to any of claims 1-7 when executing the executable instructions.
The invention also provides a computer-readable storage medium having stored thereon computer-executable instructions, wherein the executable instructions, when executed by a processor, implement the method of any one of claims 1-7.
Compared with the prior art, the invention has the beneficial effects that:
according to the full-automatic electricity collection method and system, the meter is utilized, the data of the electricity meter can be read in real time, the full-automatic collection and analysis of the electricity indexes are realized, the electricity generation enterprises can master the electricity data of the enterprises at any time and any place, the electricity generation groups can monitor the electricity of each electricity generation enterprise in real time, the data accuracy is high, and the timeliness is good; meanwhile, errors caused by manual reporting are avoided, reporting missing and reporting hiding of enterprises are avoided, scientific basis is provided for production management, and economic benefits are remarkable.
The system can automatically acquire the generated energy and the online electric quantity indexes of power enterprises such as thermal power enterprises, hydroelectric enterprises, wind power enterprises, photovoltaic enterprises and the like, realize timely and accurate uploading of electric quantity index data, replace a link of manually reporting related data, and really reduce the load of the basic level enterprises while ensuring the effectiveness and reliability of an electric quantity data source; the power generation group provides powerful support for developing real-time electric quantity analysis, changes the prior method of acquiring field electric quantity information only by a manual filling mode, can timely and accurately acquire the electric quantity index of each power generation enterprise, and releases heavy enterprise labor force;
drawings
Fig. 1 is a flow chart of a full-automatic electricity collection method according to the present invention.
Detailed Description
In order to make the technical problems, technical solutions and advantageous effects of the present invention more apparent, the following embodiments further describe the present invention in detail. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
The invention provides a full-automatic electricity collection method, which collects the data measuring points of each meter from the electricity metering system of each power generation enterprise, collects and transmits the generated energy of each unit and whole plant and the online electricity indexes of each unit and whole plant in each power generation enterprise according to the preset frequency through the logic calculation of bottom code multiplying factor conversion, data summarization, data zeroing processing and data verification, and meets the electricity analysis requirement of the power generation group.
The invention relates to a full-automatic electric quantity acquisition method, which specifically comprises the following steps:
step 1, meter data measuring point acquisition
The method comprises the following steps of automatically acquiring meter data in an electricity metering system of each power generation enterprise in real time, specifically:
the method comprises the following steps of writing meter data in an electricity metering system of a power generation enterprise into a real-time monitoring system database of the power generation enterprise through an electricity quantity data acquisition interface machine by adopting electric power industry standards 102 and 104 or a CDT transmission protocol after passing through a network safety protection device; the network safety protection device comprises a firewall, a one-way isolation device or a gatekeeper; the data transmission frequency is subject to the field sampling frequency, and preferably, the data transmission frequency is 15 min.
Step 2, multiplying power conversion
Multiplying power conversion is carried out on data of each meter in a real-time monitoring system database of a power generation enterprise, and a real-time electric quantity value corresponding to the current moment of the meter is obtained;
when the meter data is subjected to multiplying power conversion, multiplying each meter data by the multiplying power of the corresponding electricity meter is adopted to obtain the real-time electricity value of the corresponding meter at the current moment.
Step 3, data summarization
Accumulating and summarizing the real-time electric quantity values of the meters at the current moment to obtain the real-time online electric quantity of the whole plant/unit and the real-time generated energy of the whole plant/unit at the current moment; the real-time internet access electric quantity of the whole plant/unit at the current moment comprises the real-time internet access electric quantity of the whole plant at the current moment and the real-time internet access electric quantity of the unit at the current moment; the current-time plant/unit real-time power generation comprises current-time plant real-time power generation, current-time unit real-time power generation and a data measuring point;
the calculation process of the real-time generating capacity of the unit at the current moment comprises the following steps:
multiplying each unit index code by the unit multiplying power, accumulating and summarizing, and calculating to obtain the real-time generating capacity of the unit at the current moment;
the calculation process of the real-time power generation amount of the whole plant at the current moment comprises the following steps:
accumulating and summarizing the real-time generating capacity of all the units of the power generation enterprise at the current moment, and calculating to obtain the generating capacity of the whole plant at the current moment;
the calculation process of the real-time internet surfing electric quantity of the unit at the current moment comprises the following steps: if the power generation enterprise does not have the network access electric quantity, the conversion can be carried out through the network access electric quantity of the whole plant, the generating capacity of the unit and the network access electric quantity proportion of the unit; the calculation formula is as follows:
the real-time online electric quantity of the unit at the current moment is equal to the real-time electric quantity of the unit at the current moment/the real-time electric quantity of the whole plant at the current moment multiplied by the real-time online electric quantity of the whole plant at the current moment;
the real-time online electric quantity of the whole plant at the current moment is obtained by multiplying the online electric quantity codes of all lines of the power generation enterprise by multiplying power and accumulating and summarizing.
Step 4, data return-to-zero processing
Respectively carrying out zero setting processing on the whole plant real-time online electric quantity at the current moment, the unit real-time online electric quantity at the current moment, the whole plant real-time generated energy at the current moment and the unit real-time generated energy at the current moment to obtain the whole plant/unit daily online electric quantity at the current moment and the whole plant/unit daily generated energy at the current moment; the current time daily network access electric quantity of the whole plant/unit comprises the current time daily network access electric quantity of the whole plant and the current time daily network access electric quantity of the unit; the daily generated energy of the whole plant/unit at the current moment comprises the daily generated energy of the whole plant at the current moment and the daily generated energy of the unit at the current moment; ensuring that the daily electric quantity data are accumulated from zero point so as to count the daily electric quantity value, if the daily electric quantity data are not accumulated from zero point, obtaining a total electric quantity value all the time, and not determining the daily electric quantity value; specifically;
subtracting the zero-time-of-day whole plant real-time internet surfing electric quantity value from the current-time whole plant real-time internet surfing electric quantity snapshot value to obtain the current-time whole plant daily internet surfing electric quantity;
subtracting the real-time internet surfing electric quantity value of the zero-point unit at the current day from the real-time internet surfing electric quantity value of the unit at the current moment to obtain the daily internet surfing electric quantity of the unit at the current moment;
subtracting the zero-day plant real-time power generation value from the current-time plant real-time power generation snapshot value to obtain the current-time plant daily power generation;
and subtracting the zero-day unit real-time power generation value from the current-time unit real-time power generation snapshot value to obtain the current-time unit daily power generation.
And 5, uploading data
And automatically transmitting the data subjected to the zeroing processing to a power generation group through a network.
Step 6, data verification
Verifying the data subjected to the zeroing processing by adopting logic rule verification, discarding the abnormal data after verification, and storing the normal data after verification into a real-time database of a power generation group so as to meet the requirements of displaying and analyzing the electric quantity data of each power generation enterprise in real time;
the logic rule checking conditions are as follows:
1) calculating a maximum electric quantity value according to the installed capacity of each power generation enterprise in the power generation group; wherein, the calculation formula of the maximum electric quantity value is as follows:
maximum electric quantity value (hundred million kWh) ═ installed capacity (MW) × 24/100000;
comparing the acquired electric quantity data value with the maximum electric quantity value, and when the acquired electric quantity data value exceeds the maximum electric quantity value, determining the acquired electric quantity data value as abnormal data;
2) calculating a yesterday electric quantity value by adopting program calculus according to a real-time measuring point of the generated power of a power generation enterprise; the yesterday electric quantity value and the data collected by the meter are mutually verified, and when the error exceeds 25%, the data collected by the meter is abnormal data.
The invention also provides a full-automatic electric quantity acquisition system which comprises a meter data acquisition module, a multiplying power conversion module, an accumulation and summary module, a data processing module and a data uploading and storing module;
the meter data acquisition module is used for acquiring meter data in the electricity metering system of each power generation enterprise;
the multiplying power conversion module is used for carrying out multiplying power conversion on data of each meter to obtain a real-time electric quantity value corresponding to the current moment of the meter;
the accumulation and summary module is used for accumulating and summarizing the real-time electric quantity value of each meter at the current moment to obtain the real-time online electric quantity of the whole plant/unit at the current moment, the real-time electric quantity of the whole plant/unit and data measuring point information;
the data processing module is used for calculating to obtain the daily online electricity quantity of the whole plant/unit at the current moment and the daily electricity generation quantity of the whole plant/unit at the current moment by utilizing the real-time online electricity quantity of the whole plant/unit at the current moment and the real-time electricity generation quantity of the whole plant/unit at the current moment for each data measuring point;
and the data uploading and storing module is used for uploading the daily online electricity quantity of the whole plant/unit at the current moment and the daily electricity generation quantity of the whole plant/unit at the current moment, which are acquired by all the power generation enterprises, to a group real-time database for electricity quantity data display and real-time analysis requirements.
The invention also provides full-automatic electric quantity acquisition equipment, which comprises a memory, a processor and executable instructions, wherein the executable instructions are stored in the memory and can run in the processor; the processor, when executing the executable instructions, performs the steps of:
acquiring meter data in an electricity metering system of each power generation enterprise; multiplying power conversion is carried out on data of each meter to obtain a real-time electric quantity value corresponding to the current moment of the meter; accumulating and summarizing the real-time electric quantity values of the meters at the current moment to obtain the real-time online electric quantity of the whole plant/unit at the current moment, the real-time electric generation quantity of the whole plant/unit and data measuring point information; for each data measuring point, calculating to obtain the daily online electricity quantity of the whole plant/unit at the current moment and the daily electricity generation quantity of the whole plant/unit at the current moment by utilizing the real-time online electricity quantity of the whole plant/unit at the current moment and the real-time electricity generation quantity of the whole plant/unit at the current moment; and uploading the daily online electricity quantity of the whole plant/unit and the daily electricity generation quantity of the whole plant/unit at the current moment, which are acquired by all power generation enterprises, to a group real-time database for electricity quantity data display and real-time analysis requirements.
The present invention also provides a computer-readable storage medium having a computer program stored thereon, the computer program when executed by a processor being operable to perform the steps of:
acquiring meter data in an electricity metering system of each power generation enterprise; multiplying power conversion is carried out on data of each meter to obtain a real-time electric quantity value corresponding to the current moment of the meter; accumulating and summarizing the real-time electric quantity values of the meters at the current moment to obtain the real-time online electric quantity of the whole plant/unit at the current moment, the real-time electric generation quantity of the whole plant/unit and data measuring point information; for each data measuring point, calculating to obtain the daily online electricity quantity of the whole plant/unit at the current moment and the daily electricity generation quantity of the whole plant/unit at the current moment by utilizing the real-time online electricity quantity of the whole plant/unit at the current moment and the real-time electricity generation quantity of the whole plant/unit at the current moment; and uploading the daily online electricity quantity of the whole plant/unit and the daily electricity generation quantity of the whole plant/unit at the current moment, which are acquired by all power generation enterprises, to a group real-time database for electricity quantity data display and real-time analysis requirements.
The computer-readable storage medium of the present invention includes: various media capable of storing program codes, such as a U disk, a removable hard disk, a Read Only Memory (ROM), a Random Access Memory (RAM), a magnetic disk, or an optical disk.
For the description of the relevant parts in the full-automatic electric quantity acquisition system, the full-automatic electric quantity acquisition equipment and the computer readable storage medium provided by the invention, the detailed description of the corresponding parts in the full-automatic electric quantity acquisition method provided by the invention can be referred to, and the detailed description is omitted here.
As shown in fig. 1, fig. 1 shows a data transmission logic diagram of the full-automatic electric quantity collection method and system of the present invention, and the specific transmission process is as follows: firstly, collecting and storing electric quantity data by using gateway meters in electric metering systems of power generation enterprises; automatically acquiring electric quantity data in real time through an electric quantity data acquisition interface machine; then, checking the quality of the electric quantity data, and when the quality of the electric quantity data is abnormal, utilizing the electric quantity data acquisition interface machine to acquire again; when the quality of the acquired electric quantity data is normal, data encryption is carried out on data measuring points of each meter, the data are sent to a real-time monitoring system database of a power generation enterprise through a network safety protection device, and the electric quantity data are collected and stored; then, carrying out multiplying power conversion on data of each meter to obtain a real-time electric quantity value corresponding to the current moment of the meter; accumulating and summarizing the real-time electric quantity values of the meters at the current moment to obtain the real-time online electric quantity of the whole plant/unit and the real-time generated energy of the whole plant/unit at the current moment; respectively calculating to obtain the daily online electricity quantity of the whole plant/unit at the current moment and the daily electricity generation quantity of the whole plant/unit at the current moment by utilizing the real-time online electricity quantity of the whole plant/unit at the current moment and the real-time electricity generation quantity of the whole plant/unit at the current moment; uploading the acquired daily online electricity quantity of the whole plant/unit at the current moment and the daily electricity generation quantity of the whole plant/unit at the current moment to a group real-time database, verifying the data subjected to zeroing processing by adopting logic rule verification, discarding the abnormal data after verification, and storing the normal data after verification into the real-time database of the power generation group so as to meet the requirements of displaying and analyzing the electricity quantity data of each power generation enterprise in real time; when the network or the interface is abnormal, SQL electric quantity data is obtained through WEB data filling and used for user data display; when the data integral analysis and verification are carried out on the real-time stored electric quantity data, when the verification result is normal, calculation and analysis are carried out on the electric quantity data, and SQL electric quantity data are obtained and used for displaying user data; when the check result is abnormal, the system sends an abnormal prompt, analyzes the reason of the data abnormality, and manually reads the data again when the data is abnormal; when the network or the interface is abnormal, the data is filled in through WEB data.
According to the full-automatic electric quantity acquisition method and system, the power generation group provides powerful support for carrying out real-time electric quantity analysis, the previous method of acquiring field electric quantity information only by a manual filling mode is changed, the electric quantity indexes of all power generation enterprises can be timely and accurately acquired, and heavy enterprise labor force is released. By full-automatic acquisition and analysis of the electric quantity indexes, all personnel of a group and a managed enterprise can master the electric quantity data of the enterprise anytime and anywhere, potential problems are found in time, the depth and the breadth of production and operation management of a power generation group are remarkably improved, qualitative leaps are provided in the aspects of timeliness, means integrity and information accuracy of supervision of subordinate enterprises, reporting omission of the enterprises is avoided, scientific bases are provided for production management, and economic benefits are remarkable.
The above-described embodiment is only one of the embodiments that can implement the technical solution of the present invention, and the scope of the present invention is not limited by the embodiment, but includes any variations, substitutions and other embodiments that can be easily conceived by those skilled in the art within the technical scope of the present invention disclosed.
Claims (10)
1. A full-automatic electric quantity acquisition method is characterized by comprising the following steps:
step 1, acquiring meter data in an electricity metering system of each power generation enterprise on line in real time;
step 2, multiplying power conversion is carried out on data of each meter to obtain a real-time electric quantity value corresponding to the current moment of the meter;
step 3, accumulating and summarizing the real-time electric quantity values of all meters at the current moment to obtain the real-time online electric quantity of the whole plant/unit and the real-time generated electric quantity of the whole plant/unit at the current moment;
step 4, respectively calculating to obtain the daily online electricity quantity of the whole plant/unit at the current moment and the daily electricity quantity of the whole plant/unit at the current moment by utilizing the real-time online electricity quantity of the whole plant/unit at the current moment and the real-time electricity quantity of the whole plant/unit at the current moment;
and 5, uploading the acquired daily online electricity quantity of the whole plant/unit at the current moment and the daily electricity quantity of the whole plant/unit at the current moment to a group real-time database for storage.
2. The full-automatic electricity collection method according to claim 1, wherein in the step 1, when obtaining the meter data of each electricity metering system of each power generation enterprise, the method specifically comprises the following steps:
and transmitting the meter data measuring points in the electricity metering system of the power generation enterprise to a real-time monitoring system database of the power generation enterprise after passing through the network safety protection device through the electricity quantity data acquisition interface machine.
3. The full-automatic power collection method according to claim 2, wherein in the step 1, the transmission frequency of the meter data measuring points to the real-time monitoring system database of the power generation enterprise is 15 min.
4. The full-automatic electricity collecting method according to claim 1, wherein in the step 2, the real-time electricity value of the corresponding meter at the current time is obtained by multiplying the data of each meter by the multiplying power of the corresponding electricity meter.
5. The full-automatic electricity collection method according to claim 1, wherein in the step 3, the real-time electricity values of the meters at the current moment are accumulated and summarized; wherein the content of the first and second substances,
the real-time online electric quantity of the whole plant at the current moment is obtained by multiplying the online electric quantity codes of all lines of the power generation enterprise by multiplying power and accumulating and summarizing;
the real-time online electric quantity of the unit at the current moment is calculated according to the following formula:
the real-time online electric quantity of the unit at the current moment is equal to the real-time electric quantity of the unit at the current moment/the real-time electric quantity of the whole plant at the current moment multiplied by the real-time online electric quantity of the whole plant at the current moment;
the real-time generating capacity of the unit is obtained by multiplying index codes of the units by the multiplying power of the units and accumulating and summarizing;
the real-time generating capacity of the whole plant is obtained by accumulating and summarizing the real-time generating capacity of each unit of the power generation enterprise.
6. The full-automatic power acquisition method according to claim 1, wherein in step 4, the plant/unit daily on-line power at the current time and the snapshot value of the plant/unit daily power generation at the current time are respectively subtracted from the corresponding value at the zero point of the data measurement point on the current day to obtain the plant/unit daily on-line power and the plant/unit daily power generation at the current time.
7. The method according to claim 1, wherein in step 5, before the daily on-line electricity quantity of the whole plant/unit and the daily generated electricity quantity of the whole plant/unit at the current time obtained by all the power generation enterprises are uploaded to the group real-time database, the daily on-line electricity quantity of the whole plant/unit and the daily generated electricity quantity of the whole plant/unit at the current time obtained by all the power generation enterprises are checked by using logic rules.
8. A full-automatic electric quantity acquisition system is characterized by comprising a meter data acquisition module, a multiplying power conversion module, an accumulation and summary module, a data processing module and a data uploading and storing module;
the meter data acquisition module is used for acquiring meter data in each power generation enterprise electricity metering system in real time on line;
the multiplying power conversion module is used for carrying out multiplying power conversion on data of each meter to obtain a real-time electric quantity value corresponding to the current moment of the meter;
the accumulation and summary module is used for accumulating and summarizing the real-time electric quantity value of each meter at the current moment to obtain the real-time online electric quantity of the whole plant/unit at the current moment, the real-time electric quantity of the whole plant/unit and corresponding data measuring point information;
the data processing module is used for respectively calculating the current time plant/unit daily internet access electric quantity and the current time plant/unit daily electric quantity by utilizing the current time plant/unit real-time internet access electric quantity and the current time plant/unit real-time electric quantity;
and the data uploading and storing module is used for uploading the acquired daily online electricity quantity of the whole plant/unit at the current moment and the daily electricity generation quantity of the whole plant/unit at the current moment to a group real-time database for storage.
9. A fully automatic electricity collection device comprising a memory, a processor and executable instructions stored in the memory and operable in the processor; the processor, when executing the executable instructions, implements the method of any of claims 1-7.
10. A computer-readable storage medium having stored thereon computer-executable instructions which, when executed by a processor, implement the method of any one of claims 1-7.
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