CN114549229B - Safety intelligent monitoring management system and method for park - Google Patents
Safety intelligent monitoring management system and method for park Download PDFInfo
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Abstract
The invention discloses a park safety intelligent monitoring management system and a park safety intelligent monitoring management method, which realize intelligent monitoring and safety management of park power consumption conditions through the arrangement of a public zone fast management module, an enterprise block management module, a block power consumption management module and a park power consumption management module, can effectively and timely check the conditions of power theft, circuit damage, electric leakage and the like, and reduce safety risks while reducing illegal power consumption behaviors; meanwhile, due to the arrangement of the enterprise block management module of the enterprise attendance management system, accurate, reasonable and efficient supervision of enterprise electricity consumption in a park can be achieved, illegal electricity consumption of the enterprise can be effectively avoided, the use of high-power consumption equipment can be avoided, and potential safety hazards and risks in power use are reduced.
Description
Technical Field
The invention relates to the field of information monitoring and management, in particular to a system and a method for monitoring and managing safety and wisdom for a park.
Background
A campus is an area of the same planning management, and typically includes numerous companies, such as factories, and a large number of companies and various devices, which makes power management for the campus very complex and also necessary.
In the prior art, to the power management of garden, be simple branch company power metering in many to the convenience is to the management of expense, and power distribution management etc. in peak power consumption period, the part garden still is equipped with power control in order to guarantee the normal work of enterprise in the garden generally, in order to carry out the control of electric power peak to a plurality of regions, reduces the power supply risk.
But in the prior art, supervision and effective tracking of power theft in a park are lacking, meanwhile, power utilization compliance management of each enterprise cannot be conveniently realized, and the management can be realized only through personnel visit, so that the management is relatively complicated, and illegal power utilization behaviors (such as use of high power consumption equipment under the condition of unreported power equipment, illegal operation such as virtual coin digging and the like) of the enterprise cannot be timely and effectively discovered and controlled.
Disclosure of Invention
The invention aims to provide a system and a method for monitoring and managing safety and wisdom for a park, which are used for solving the problems in the background technology.
In order to achieve the above purpose, the present invention provides the following technical solutions:
a park safety intelligent monitoring management system comprises the following steps:
the public block management module is used for acquiring calling conditions of public electricity units in a park through sensing equipment, analyzing and calculating according to preset electricity consumption and the calling conditions to generate total public electricity, wherein the calling conditions are used for representing the use state of the public electricity units, and the electricity consumption corresponds to the public electricity units one by one;
the enterprise block management module is used for acquiring the calling condition of the enterprise electricity utilization unit through a preset enterprise attendance management system, acquiring the electricity consumption of the enterprise electricity utilization unit in real time, and calculating and generating the total electricity consumption;
the block electricity consumption monitoring module is used for acquiring real-time electricity consumption total quantity corresponding to a public block and an enterprise block, carrying out electricity consumption safety monitoring on the public block and the enterprise block according to the real-time electricity consumption total quantity, generating a block electricity consumption judging result and outputting the judging result;
and the campus electricity consumption monitoring module is used for acquiring the total amount of the campus electricity consumption, analyzing the total amount of the real-time electricity consumption according to the total amount of the campus electricity consumption, generating a judgment result of the campus electricity consumption, and outputting the judgment result.
As a further aspect of the invention: the enterprise block management module comprises:
the enterprise attendance management unit is used for executing an enterprise examination situation management system, the enterprise attendance management system is used for acquiring the attendance situation of enterprise personnel, generating the calling situation of the enterprise electricity utilization unit according to the attendance situation of the enterprise personnel, and the enterprise personnel correspond to the enterprise electricity utilization unit;
the equipment electricity consumption monitoring unit is used for monitoring the electricity consumption of the enterprise electricity consumption unit according to the calling condition of the enterprise electricity consumption unit;
and the block electricity consumption nuclear meter unit is used for calculating and generating the total electricity consumption of the enterprise block according to the electricity consumption, and the total electricity consumption is recorded and updated in real time.
As still further aspects of the invention: the enterprise block management module further comprises:
the device average value judging unit is used for analyzing according to the total power consumption amount and the calling condition of the enterprise power consumption unit, generating a device power consumption average value, judging the device power consumption average value according to a preset average value threshold, and generating an average value judging result, wherein the average value judging result is used for representing whether the enterprise power consumption unit of the enterprise block is in a normal use state or not and is used for judging illegal power consumption;
and the additional equipment reporting unit is used for acquiring additional electricity reporting information, wherein the additional electricity reporting is used for the enterprise to additionally add the enterprise electricity unit and reporting the irregular use state of the enterprise electricity unit in advance and is used for carrying out auxiliary judgment on the average value judgment result.
As still further aspects of the invention: the enterprise electricity consumption unit is provided with an electricity consumption unit category, and the equipment average value judging unit comprises:
the class classification subunit is used for acquiring the electricity utilization unit class of the enterprise electricity utilization unit and classifying the enterprise electricity utilization unit according to the electricity utilization unit class;
the average value generation subunit is used for analyzing the enterprise electricity utilization units according to the classification and generating an equipment electricity consumption average value;
and the average value judging subunit is used for judging the power consumption average value of the equipment according to the classification and the average value threshold value corresponding to the classification, and generating an average value judging result.
As still further aspects of the invention: the park electricity consumption supervision module comprises a loss judgment unit;
the loss judging unit is used for supplementing the total amount of the power consumption of the park according to a preset loss limit when the total amount of the power consumption of the park is analyzed, and the loss limit is used for representing a loss part of the power in the transmission process.
The embodiment of the invention aims to provide a park safety intelligent monitoring management method, which comprises the following steps:
acquiring calling conditions of public electricity utilization units of a park through sensing equipment, analyzing and calculating according to preset electricity consumption and the calling conditions to generate total public electricity consumption, wherein the calling conditions are used for representing the use states of the public electricity utilization units, and the electricity consumption corresponds to the public electricity utilization units one by one;
acquiring calling conditions of an enterprise electricity utilization unit through a preset enterprise attendance management system, acquiring electricity utilization consumption of the enterprise electricity utilization unit in real time, and calculating and generating electricity utilization total amount;
acquiring real-time electricity consumption total quantity corresponding to a public block and an enterprise block, monitoring electricity consumption safety of the public block and the enterprise block according to the real-time electricity consumption total quantity, generating a block electricity consumption judgment result, and outputting the judgment result;
and acquiring the total amount of electricity consumption of the park, analyzing the total amount of real-time electricity consumption according to the total amount of electricity consumption of the park, generating a judging result of electricity consumption of the park, and outputting the judging result.
As a further aspect of the invention: the method comprises the steps of acquiring calling conditions of an enterprise electricity utilization unit through a preset enterprise attendance management system, acquiring electricity consumption of the enterprise electricity utilization unit in real time, and calculating and generating total electricity consumption, wherein the steps specifically comprise:
the enterprise attendance management system is used for acquiring attendance conditions of enterprise personnel and generating calling conditions of the enterprise electricity utilization units according to the attendance conditions of the enterprise personnel, wherein the enterprise personnel correspond to the enterprise electricity utilization units;
monitoring the power consumption of the enterprise power consumption unit according to the calling condition of the enterprise power consumption unit;
and calculating and generating the total electricity consumption of the enterprise block according to the electricity consumption, wherein the total electricity consumption is recorded and updated in real time.
As still further aspects of the invention: the method also comprises the steps of:
analyzing according to the total electricity consumption amount and the calling condition of the enterprise electricity consumption units, generating an equipment electricity consumption average value, judging the equipment electricity consumption average value according to a preset average value threshold value, and generating an average value judging result, wherein the average value judging result is used for representing whether the enterprise electricity consumption units of the enterprise block are in a normal use state or not and is used for judging illegal electricity consumption;
and acquiring additional electricity consumption reporting information, wherein the additional electricity consumption reporting information is used for additionally adding the enterprise electricity consumption units by enterprises and reporting the unconventional use states of the enterprise electricity consumption units in advance and is used for carrying out auxiliary judgment on the average value judgment result.
Compared with the prior art, the invention has the beneficial effects that: through the arrangement of the public area fast management module, the enterprise block management module, the block electricity management module and the park electricity management module, intelligent monitoring and safety management of the park electricity consumption condition are realized, the situations such as electricity stealing, circuit damage, electricity leakage and the like can be effectively checked in time, and the safety risk is reduced while illegal electricity consumption behaviors are reduced; meanwhile, due to the arrangement of the enterprise block management module of the enterprise attendance management system, accurate, reasonable and efficient supervision of enterprise electricity consumption in a park can be achieved, illegal electricity consumption of the enterprise can be effectively avoided, the use of high-power consumption equipment can be avoided, and potential safety hazards and risks in power use are reduced.
Drawings
FIG. 1 is a block diagram of a system pair for intelligent monitoring and management of security for a campus.
FIG. 2 is a block diagram of an enterprise block management module in a campus security intelligent monitoring management system.
Detailed Description
The present invention will be described in further detail with reference to the drawings and examples, in order to make the objects, technical solutions and advantages of the present invention more apparent. It should be understood that the specific embodiments described herein are for purposes of illustration only and are not intended to limit the scope of the invention.
Specific implementations of the invention are described in detail below in connection with specific embodiments.
As shown in fig. 1, a system for monitoring and managing security for a campus according to an embodiment of the present invention includes:
the public block management module 100 is configured to obtain, by using a sensing device, a calling condition of a public electricity consumption unit in a campus, and perform analysis and calculation according to preset electricity consumption and the calling condition, so as to generate a total public electricity consumption amount, where the calling condition is used for characterizing a use state of the public electricity consumption unit, and the electricity consumption corresponds to the public electricity consumption unit one by one.
The enterprise block management module 300 is configured to obtain a calling condition of an enterprise electricity unit through a preset enterprise attendance management system, obtain electricity consumption of the enterprise electricity unit in real time, and calculate and generate total electricity consumption.
The block electricity consumption monitoring module 500 is configured to obtain a real-time electricity consumption total amount corresponding to a public block and an enterprise block, monitor electricity consumption safety of the public block and the enterprise block according to the real-time electricity consumption total amount, generate a block electricity consumption judgment result, and output the result.
The campus electricity consumption monitoring module 700 is configured to obtain a total amount of campus electricity consumption, analyze the total amount of real-time electricity consumption according to the total amount of campus electricity consumption, generate a judgment result of the power consumption of the campus, and output the judgment result.
In this embodiment, the data monitoring and collecting of three parts are mainly included in the application when the system is used, the monitoring of electric equipment in a public area in the park (such as a street lamp, a park safety management system and the like) is respectively performed, the electric equipment monitoring of each enterprise in the park (such as a computer, a control machine and the like) and the whole power consumption input of the park are performed, the former two machines are monitored according to equipment monomers in the monitoring and collecting process (the single machine does not necessarily refer to a computer and a street lamp alone, a row of ten street lamps on a road are regarded as a whole, a plurality of computers on a row of office tables of a company are regarded as a whole), so that the power consumption can be accurately judged in detail, the monitoring of abnormal consumption of electric quantity is performed, the monitoring of the enterprise is performed, for example, the enterprise A has 10 control machines, each control machine is operated by one person, when two persons ask for a false, the two machines are in an idle state, the system is associated with the dispatching situation of the power consumption unit, the power consumption unit can be more conveniently obtained, the power consumption can be more conveniently and the power consumption can be more conveniently judged through the method of more than normal monitoring of the electric equipment, the power consumption can be more than normal and the power consumption of the enterprise can be more conveniently judged through the method of the normal area.
As shown in fig. 2, as another preferred embodiment of the present invention, the enterprise block management module includes:
the enterprise attendance management unit 301 is configured to execute an enterprise examination situation management system, where the enterprise attendance management system is configured to obtain an attendance situation of an enterprise person, and generate a call situation of the enterprise electricity unit according to the attendance situation of the enterprise person, where the enterprise person corresponds to the enterprise electricity unit.
And the equipment electricity consumption monitoring unit 302 is used for monitoring the electricity consumption of the enterprise electricity consumption unit according to the calling condition of the enterprise electricity consumption unit.
And the block electricity consumption meter unit 303 is configured to generate an electricity consumption total amount of the enterprise block according to the electricity consumption calculation, where the electricity consumption total amount is recorded and updated in real time.
In this embodiment, the enterprise block management module is further described through functional division, and when in use, the enterprise attendance management unit 301 is in data communication with the attendance system of the enterprise (the data here does not relate to personal information of staff, but only relates to information related to power consumption such as corresponding enterprise electric equipment) so as to pull staff on-duty conditions of the enterprise in different daily periods, and further know whether the scheduling conditions of the enterprise electric units are in a use state, then the equipment electric consumption monitoring unit 302 monitors the electric consumption, and the block electric consumption nuclear meter unit 303 calculates and obtains the total electric consumption.
As another preferred embodiment of the present invention, the enterprise block management module further includes:
the device average value judging unit is used for analyzing according to the total power consumption amount and the calling condition of the enterprise power consumption unit, generating a device power consumption average value, judging the device power consumption average value according to a preset average value threshold, and generating an average value judging result, wherein the average value judging result is used for representing whether the enterprise power consumption unit of the enterprise block is in a normal use state or not and is used for judging illegal power consumption.
And the additional equipment reporting unit is used for acquiring additional electricity reporting information, wherein the additional electricity reporting is used for the enterprise to additionally add the enterprise electricity unit and reporting the irregular use state of the enterprise electricity unit in advance and is used for carrying out auxiliary judgment on the average value judgment result.
In this embodiment, further supplementary explanation is made to the enterprise block management module, the function of the device average value determining unit is to perform calculation according to the scheduling situation of the enterprise power consumption unit and the power consumption of the power consumption unit, for example, ten computers in a certain office are grouped, and nine computers are used (the scheduling situation is displayed), so that the power consumption of each computer is calculated through the power consumption, and thus the safety determination is performed, in the normal use, nine computers are different due to different operation tasks, but the normal use determines that the power consumption is not in a higher energy consumption level (even if a certain computer performs high-intensity rendering work, the average is in a reasonable range, the range is determined by the nature of the computer used by the company, so that the determination threshold is different for devices with different properties), if the average computer is still in a higher energy consumption exceeding the determination threshold, the enterprise is required to be checked by a park, and whether the power consumption is in use of the devices is illegal or not, if the power consumption is legal, and if the special computers are in a new situation, the power consumption of the enterprise is required to be increased, or the safety risk of the enterprise is avoided, and the potential safety hazard of the enterprise is avoided when the power consumption of the enterprise is increased directly.
As another preferred embodiment of the present invention, the enterprise electricity unit is provided with an electricity unit category, and the device average value determining unit includes:
the class classification subunit is used for acquiring the electricity utilization unit class of the enterprise electricity utilization unit and classifying the enterprise electricity utilization unit according to the electricity utilization unit class.
And the average value generation subunit is used for analyzing the enterprise electricity utilization units according to the classification and generating an equipment electricity consumption average value.
And the average value judging subunit is used for judging the power consumption average value of the equipment according to the classification and the average value threshold value corresponding to the classification, and generating an average value judging result.
In this embodiment, the average value determining unit is further described in a supplementary manner, and when the average value determining unit is performed, different processing needs to be performed according to the type of the power consumption unit of the enterprise, and different devices and the same device are in different posts, so that energy consumption of the average value determining unit is different, and therefore unified processing analysis cannot be performed, and classification processing needs to be performed on the average value determining unit.
As another preferred embodiment of the present invention, the campus electricity supervisory module includes a loss determination unit;
the loss judging unit is used for supplementing the total amount of the power consumption of the park according to a preset loss limit when the total amount of the power consumption of the park is analyzed, and the loss limit is used for representing a loss part of the power in the transmission process.
In this embodiment, since the loss of power is necessarily generated during the power transmission, the loss needs to be considered in the determination, and the accuracy of the determination result is improved.
The invention also provides a park safety intelligent monitoring and managing method, which comprises the following steps:
the method comprises the steps of obtaining calling conditions of public electricity utilization units of a park through sensing equipment, analyzing and calculating according to preset electricity consumption and the calling conditions, and generating total public electricity consumption, wherein the calling conditions are used for representing the use states of the public electricity utilization units, and the electricity consumption corresponds to the public electricity utilization units one by one.
And acquiring the calling condition of the enterprise electricity utilization unit through a preset enterprise attendance management system, acquiring the electricity utilization consumption of the enterprise electricity utilization unit in real time, and calculating the total electricity utilization amount.
And acquiring the real-time electricity consumption total quantity corresponding to the public block and the enterprise block, monitoring the electricity consumption safety of the public block and the enterprise block according to the real-time electricity consumption total quantity, generating a block electricity consumption judgment result, and outputting the judgment result.
And acquiring the total amount of electricity consumption of the park, analyzing the total amount of real-time electricity consumption according to the total amount of electricity consumption of the park, generating a judging result of electricity consumption of the park, and outputting the judging result.
As another preferred embodiment of the present invention, the step of obtaining, through a preset enterprise attendance management system, a call condition of an enterprise electricity unit, and obtaining, in real time, electricity consumption of the enterprise electricity unit, and calculating the total amount of generated electricity specifically includes:
and operating an enterprise examination situation management system, wherein the enterprise attendance management system is used for acquiring the attendance situation of enterprise personnel, generating the calling situation of the enterprise electricity utilization unit according to the attendance situation of the enterprise personnel, and the enterprise personnel correspond to the enterprise electricity utilization unit.
And monitoring the electricity consumption of the enterprise electricity unit according to the calling condition of the enterprise electricity unit.
And calculating and generating the total electricity consumption of the enterprise block according to the electricity consumption, wherein the total electricity consumption is recorded and updated in real time.
As another preferred embodiment of the present invention, further comprising the steps of:
analyzing according to the total electricity consumption amount and the calling condition of the enterprise electricity consumption units, generating an equipment electricity consumption average value, judging the equipment electricity consumption average value according to a preset average value threshold value, and generating an average value judging result, wherein the average value judging result is used for representing whether the enterprise electricity consumption units of the enterprise block are in a conventional use state or not and is used for judging illegal electricity consumption.
And acquiring additional electricity consumption reporting information, wherein the additional electricity consumption reporting information is used for additionally adding the enterprise electricity consumption units by enterprises and reporting the unconventional use states of the enterprise electricity consumption units in advance and is used for carrying out auxiliary judgment on the average value judgment result.
Those skilled in the art will appreciate that all or part of the processes in the methods of the above embodiments may be implemented by a computer program for instructing relevant hardware, where the program may be stored in a non-volatile computer readable storage medium, and where the program, when executed, may include processes in the embodiments of the methods described above. Any reference to memory, storage, database, or other medium used in the various embodiments provided herein may include non-volatile and/or volatile memory. The nonvolatile memory can include Read Only Memory (ROM), programmable ROM (PROM), electrically Programmable ROM (EPROM), electrically Erasable Programmable ROM (EEPROM), or flash memory. Volatile memory can include Random Access Memory (RAM) or external cache memory. By way of illustration and not limitation, RAM is available in a variety of forms such as Static RAM (SRAM), dynamic RAM (DRAM), synchronous DRAM (SDRAM), double Data Rate SDRAM (DDRSDRAM), enhanced SDRAM (ESDRAM), synchronous Link DRAM (SLDRAM), memory bus direct RAM (RDRAM), direct memory bus dynamic RAM (DRDRAM), and memory bus dynamic RAM (RDRAM), among others.
Other embodiments of the present disclosure will be apparent to those skilled in the art from consideration of the specification and practice of the disclosure. This application is intended to cover any adaptations, uses, or adaptations of the disclosure following, in general, the principles of the disclosure and including such departures from the present disclosure as come within known or customary practice within the art to which the disclosure pertains. It is intended that the specification and examples be considered as exemplary only, with a true scope and spirit of the disclosure being indicated by the following claims.
It is to be understood that the present disclosure is not limited to the precise arrangements and instrumentalities shown in the drawings, and that various modifications and changes may be effected without departing from the scope thereof. The scope of the present disclosure is limited only by the appended claims.
Claims (4)
1. A park is with safe wisdom monitoring management system, characterized by, include the following step:
the public block management module is used for acquiring calling conditions of public electricity units in a park through sensing equipment, analyzing and calculating according to preset electricity consumption and the calling conditions to generate total public electricity, wherein the calling conditions are used for representing the use state of the public electricity units, and the electricity consumption corresponds to the public electricity units one by one;
the enterprise block management module is used for acquiring the calling condition of the enterprise electricity utilization unit through a preset enterprise attendance management system, acquiring the electricity consumption of the enterprise electricity utilization unit in real time, and calculating and generating the total electricity consumption;
the block electricity consumption monitoring module is used for acquiring real-time electricity consumption total quantity corresponding to a public block and an enterprise block, carrying out electricity consumption safety monitoring on the public block and the enterprise block according to the real-time electricity consumption total quantity, generating a block electricity consumption judging result and outputting the judging result;
the campus electricity consumption monitoring module is used for acquiring the total amount of the campus electricity consumption, analyzing the real-time total amount of the electricity consumption according to the total amount of the campus electricity consumption, generating a judgment result of the power consumption of the campus, and outputting the judgment result;
the enterprise block management module comprises:
the enterprise attendance management unit is used for executing an enterprise examination situation management system, the enterprise attendance management system is used for acquiring the attendance situation of enterprise personnel, generating the calling situation of the enterprise electricity utilization unit according to the attendance situation of the enterprise personnel, and the enterprise personnel correspond to the enterprise electricity utilization unit;
the equipment electricity consumption monitoring unit is used for monitoring the electricity consumption of the enterprise electricity consumption unit according to the calling condition of the enterprise electricity consumption unit;
the block electricity consumption nuclear meter unit is used for calculating and generating the total electricity consumption of the enterprise block according to the electricity consumption, and the total electricity consumption is recorded and updated in real time;
the enterprise block management module further comprises:
the device average value judging unit is used for analyzing according to the total power consumption amount and the calling condition of the enterprise power consumption unit, generating a device power consumption average value, judging the device power consumption average value according to a preset average value threshold, and generating an average value judging result, wherein the average value judging result is used for representing whether the enterprise power consumption unit of the enterprise block is in a normal use state or not and is used for judging illegal power consumption;
and the additional equipment reporting unit is used for acquiring additional electricity reporting information, wherein the additional electricity reporting is used for the enterprise to additionally add the enterprise electricity unit and reporting the irregular use state of the enterprise electricity unit in advance and is used for carrying out auxiliary judgment on the average value judgment result.
2. The campus security intelligent monitoring management system according to claim 1, wherein the enterprise electricity unit is provided with an electricity unit category, and the device average value determining unit comprises:
the class classification subunit is used for acquiring the electricity utilization unit class of the enterprise electricity utilization unit and classifying the enterprise electricity utilization unit according to the electricity utilization unit class;
the average value generation subunit is used for analyzing the enterprise electricity utilization units according to the classification and generating an equipment electricity consumption average value;
and the average value judging subunit is used for judging the power consumption average value of the equipment according to the classification and the average value threshold value corresponding to the classification, and generating an average value judging result.
3. The system for monitoring and managing the safety and wisdom for a campus according to claim 1, wherein the power consumption monitoring module for the campus comprises a loss determination unit;
the loss judging unit is used for supplementing the total amount of the power consumption of the park according to a preset loss limit when the total amount of the power consumption of the park is analyzed, and the loss limit is used for representing a loss part of the power in the transmission process.
4. A park safety intelligent monitoring and management method is characterized by comprising the following steps:
acquiring calling conditions of public electricity utilization units of a park through sensing equipment, analyzing and calculating according to preset electricity consumption and the calling conditions to generate total public electricity consumption, wherein the calling conditions are used for representing the use states of the public electricity utilization units, and the electricity consumption corresponds to the public electricity utilization units one by one;
acquiring calling conditions of an enterprise electricity utilization unit through a preset enterprise attendance management system, acquiring electricity utilization consumption of the enterprise electricity utilization unit in real time, and calculating and generating electricity utilization total amount;
acquiring real-time electricity consumption total quantity corresponding to a public block and an enterprise block, monitoring electricity consumption safety of the public block and the enterprise block according to the real-time electricity consumption total quantity, generating a block electricity consumption judgment result, and outputting the judgment result;
acquiring the total amount of electricity consumption of a park, analyzing the real-time total amount of electricity consumption according to the total amount of electricity consumption of the park, generating a judging result of electricity consumption of the park, and outputting the judging result;
the method comprises the steps of acquiring calling conditions of an enterprise electricity utilization unit through a preset enterprise attendance management system, acquiring electricity consumption of the enterprise electricity utilization unit in real time, and calculating and generating total electricity consumption, wherein the steps specifically comprise:
the enterprise attendance management system is used for acquiring attendance conditions of enterprise personnel and generating calling conditions of the enterprise electricity utilization units according to the attendance conditions of the enterprise personnel, wherein the enterprise personnel correspond to the enterprise electricity utilization units;
monitoring the power consumption of the enterprise power consumption unit according to the calling condition of the enterprise power consumption unit;
calculating and generating the total electricity consumption of the enterprise block according to the electricity consumption, and recording and updating the total electricity consumption in real time;
the method also comprises the steps of:
analyzing according to the total electricity consumption amount and the calling condition of the enterprise electricity consumption units, generating an equipment electricity consumption average value, judging the equipment electricity consumption average value according to a preset average value threshold value, and generating an average value judging result, wherein the average value judging result is used for representing whether the enterprise electricity consumption units of the enterprise block are in a normal use state or not and is used for judging illegal electricity consumption;
and acquiring additional electricity consumption reporting information, wherein the additional electricity consumption reporting information is used for additionally adding the enterprise electricity consumption units by enterprises and reporting the unconventional use states of the enterprise electricity consumption units in advance and is used for carrying out auxiliary judgment on the average value judgment result.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202111644015.8A CN114549229B (en) | 2021-12-29 | 2021-12-29 | Safety intelligent monitoring management system and method for park |
Applications Claiming Priority (1)
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