CN112215724A - Terminal safety power consumption wisdom management system - Google Patents
Terminal safety power consumption wisdom management system Download PDFInfo
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- CN112215724A CN112215724A CN202011147937.3A CN202011147937A CN112215724A CN 112215724 A CN112215724 A CN 112215724A CN 202011147937 A CN202011147937 A CN 202011147937A CN 112215724 A CN112215724 A CN 112215724A
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Abstract
The invention provides a terminal safety electricity utilization intelligent management system aiming at the technical problems in the prior art, which comprises: the system comprises a primary data center, a secondary data center A, a secondary data center B, an operation and maintenance department management platform and a project management platform, wherein a project or cell is taken as a unit, a project management platform is correspondingly established for each project or each cell and used for receiving data and information sent by the primary data center so as to perform real-time online monitoring on each user and each line in a district, and a mobile phone APP is used for binding terminal operation and power utilization conditions of the user or the district in charge of management. The electric power supply system can greatly reduce electric accidents, save electricity, reasonably use electricity, ensure that a user can use the system safely and safely, and save worry of power supply departments and management departments.
Description
Technical Field
The invention relates to the field of power utilization management systems, in particular to a terminal safety power utilization intelligent management system.
Background
At present, the household power consumption is only one household electrical box, a plurality of micro circuit breakers and residual current circuit breakers are arranged in the household electrical box to realize short circuit, overcurrent and electric leakage protection, the electric energy metering is also the metering of one electric meter of a power supply department, and a user almost knows the condition of the household power consumption. The terminal power consumption of commercial and industrial and mining enterprises, simple is also ordinary block terminal protection, medium and large-scale has oneself and joins in marriage electrical room, but low voltage terminal power consumption almost all is ordinary circuit breaker with show the instrument, few in recent years have installed the computer monitoring system of 485 wired communication mode, but also only upload the basic parameter of joining in marriage electrical room to the backstage monitoring computer, play basic monitoring effect to total circuit, and can not monitor concrete every circuit, and, all real-time data and information can only be seen by the person on duty when on duty.
The existing terminal power utilization management mode is single, the method is simple, and the phenomena of electric fire accidents caused by line aging, untimely human and animal electric shock casualty accidents caused by protection, power waste caused by improper management and the like are easily caused.
Disclosure of Invention
Aiming at the technical problems in the prior art, the invention provides the terminal safety power utilization intelligent management system which can greatly reduce electrical accidents, save power, reasonably utilize power, ensure that a user can use the terminal safety power utilization intelligent management system safely and safely, and save power for power supply departments and management departments.
The technical scheme for solving the technical problems is as follows: an intelligent management system for terminal safety electricity utilization comprises;
the primary data center is used for receiving data and information of all the terminals, the terminals upload the data and the information to the primary data center, and the primary data center sorts, calculates and analyzes the data and the information according to classification after receiving the data and the information;
the second-level data center A is used as a second-level platform of the first-level data center and is used for receiving data and information transmitted by the first-level data center and data and information uploaded by a terminal bound with the second-level data center A, and monitoring and managing the operation condition of the terminal bound with the second-level data center A;
the secondary data center B is used as a secondary platform of the primary data center and used for receiving data and information transmitted by the primary data center, and is used as a secondary platform of the secondary data center A and used for monitoring and managing the data and the information of the terminal bound by the secondary data center A;
the operation and maintenance department management platform sets a management range and sends the data and information of the terminal in the range and the operation state to the operation and maintenance department management platform through the primary data center;
the project management platform is used for correspondingly establishing a project management platform for each project or each cell by taking the project or the cell as a unit, and is used for receiving data and information sent by the primary data center so as to perform real-time online monitoring on each user and each line in the jurisdiction;
and the mobile phone APP is used for binding the terminal operation and power utilization conditions of the user at home or in the district in which the user is responsible for management.
Further, the primary data center is a cloud data center.
Furthermore, each terminal is communicated with the primary data center in a wireless communication mode, including a 4G/5G/WIFI/Bluetooth communication mode.
Furthermore, the management authority of the primary data center is greater than that of the secondary data center A or the secondary data center B, and the authority of other data centers and platforms for receiving data and information from the primary data center is distributed and set through the primary data center.
Further, the data and information of the terminal at least comprise voltage, current, residual current, power, electric energy, active power, reactive power and harmonic parameters of the power consumption of the terminal; and fault information and early warning information in the line.
The invention has the beneficial effects that: the invention establishes a set of omnibearing intelligent management system for low-voltage terminal power consumption of a plurality of monitoring parties in series, so that each house, each user, operation and maintenance personnel of a power supply department, project parties or a management center, dealers (agents) and manufacturers can clearly and clearly understand real-time power consumption conditions, fault early warning and alarm protection information of each low-voltage power distribution room, each user and each line at any time and any place, electric accidents are eliminated in a bud state to the greatest extent, the electric accidents are greatly reduced, the power consumption is saved, the power consumption is reasonable, the user can live safely and use safely, and the power supply department and the management department save worry.
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Fig. 1 is a schematic block diagram of the structure of the present invention.
Detailed Description
The principles and features of this invention are described below in conjunction with the following drawings, which are set forth by way of illustration only and are not intended to limit the scope of the invention.
As shown in fig. 1, the present embodiment discloses an intelligent management system for terminal security electricity utilization, which includes:
the primary data center is used for receiving data and information of all the terminals, the terminals upload the data and the information to the primary data center, and the primary data center sorts, calculates and analyzes the data and the information according to classification after receiving the data and the information; the primary data center in this embodiment is used as a cloud data center, and may be established by a manufacturer of terminal devices, an electric power department, a government department, or a cloud server operator, data and information collected by all terminal devices in various regions are uploaded to the cloud data center in a wireless communication manner such as a 4G/5G/internet of things, and are sorted, calculated, and analyzed in the cloud data center through big data, and relevant information is stored and is simultaneously sent to authorized data centers or management platforms.
The second-level data center A is used as a second-level platform of the first-level data center and is used for receiving data and information transmitted by the first-level data center and data and information uploaded by a terminal bound with the second-level data center A, and monitoring and managing the operation condition of the terminal bound with the second-level data center A; the second-level data center a in this embodiment may be set as a manufacturer data center, which is a second-level platform of the cloud data center, and the manufacturers of the electric power equipment, the electronic appliance, the electric power product, and the household appliance establish a data center for the products produced by themselves, and the data center may receive data and information transmitted from the cloud data center, or may directly receive data and information transmitted from the products produced by themselves, and perform online real-time monitoring and management on the actual operating conditions of the products.
The secondary data center B is used as a secondary platform of the primary data center and used for receiving data and information transmitted by the primary data center, and is used as a secondary platform of the secondary data center A and used for monitoring and managing the data and the information of the terminal bound by the secondary data center A; the secondary data center B in this embodiment can be set as a management platform of a distributor (agent): the management platform can be a secondary platform of a cloud data center or a secondary platform of a manufacturer data center in a district or city level unit. The platform carries out tracking monitoring on each product sold in the jurisdiction range of the platform from the warehouse-out to the real-time online monitoring in the installation, debugging and running processes, and after-sale maintenance, maintenance and the like, and ensures that a user does not worry about the platform, so the platform can share the same platform with a technical service center of a dealer.
The operation and maintenance department management platform sets a management range and sends the data and information of the terminal in the range and the operation state to the operation and maintenance department management platform through the primary data center; the low-voltage terminal can be used as a power supply department operation and maintenance management platform, the low voltage of the terminal is measured from the low-voltage side of the transformer to the power distribution room and then to the user electric meter, and the low-voltage terminal belongs to the management range of the power supply department. The cloud data center transmits the data and information in the range to the operation and maintenance management platform of the power supply department in real time, so that operation and maintenance personnel of the power supply department can know the power utilization conditions of the equipment and the line in the jurisdiction range of the personnel in real time, and the equipment and the line can be maintained and maintained in time and can be processed quickly.
The project management platform is used for correspondingly establishing a project management platform for each project or each cell by taking the project or the cell as a unit, and is used for receiving data and information sent by the primary data center so as to perform real-time online monitoring on each user and each line in the jurisdiction; the power utilization condition, the running condition and the early warning and alarming protection information of the line can be mastered at any time, and quick, safe and comprehensive service is provided for users.
And the mobile phone APP is used for binding the terminal operation and power utilization conditions of the user at home or in the district in which the user is responsible for management. Each family member of the mobile phone APP can use the mobile phone APP, and related duty personnel and operation and maintenance management personnel can use the mobile phone APP, but the mobile phone APP can only receive the line range of the family member or the line range which is managed by the mobile phone APP. So that the line operation condition and the electricity utilization condition in the home or the jurisdiction of the user can be known at any time and any place. Every user and everyone can use electricity clearly and clearly, and the electricity is safe and safe, and reasonable electricity utilization is combined.
The data and information of the terminal at least comprise electric parameters such as voltage, current, residual current, power, electric energy, active power, reactive power, harmonic parameters and the like of the power consumption of the terminal; and fault or alarm information such as fault information and early warning information in the line.
The above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the invention, and any modifications, equivalents, improvements and the like that fall within the spirit and principle of the present invention are intended to be included therein.
Claims (5)
1. The utility model provides a terminal safety power consumption wisdom management system which characterized in that, it includes:
the primary data center is used for receiving data and information of all the terminals, the terminals upload the data and the information to the primary data center, and the primary data center sorts, calculates and analyzes the data and the information according to classification after receiving the data and the information;
the second-level data center A is used as a second-level platform of the first-level data center and is used for receiving data and information transmitted by the first-level data center and data and information uploaded by a terminal bound with the second-level data center A, and monitoring and managing the operation condition of the terminal bound with the second-level data center A;
the secondary data center B is used as a secondary platform of the primary data center and used for receiving data and information transmitted by the primary data center, and is used as a secondary platform of the secondary data center A and used for monitoring and managing the data and the information of the terminal bound by the secondary data center A;
the operation and maintenance department management platform sets a management range and sends the data and information of the terminal in the range and the operation state to the operation and maintenance department management platform through the primary data center;
the project management platform is used for correspondingly establishing a project management platform for each project or each cell by taking the project or the cell as a unit, and is used for receiving data and information sent by the primary data center so as to perform real-time online monitoring on each user and each line in the jurisdiction;
and the mobile phone APP is used for binding the terminal operation and power utilization conditions of the user at home or in the district in which the user is responsible for management.
2. The intelligent management system for terminal safety electricity consumption according to claim 1, wherein the primary data center is a cloud data center.
3. The intelligent management system for terminal safety electricity utilization according to claim 2, wherein each terminal communicates with the primary data center in a wireless communication mode, including a 4G/5G/WIFI/Bluetooth communication mode.
4. The intelligent management system for terminal security electricity utilization according to claim 3, wherein the management authority of the primary data center is greater than the management authority of the secondary data center A or the secondary data center B, and the authority of other data centers and platforms receiving data and information from the primary data center is assigned and set by the primary data center.
5. The intelligent management system for terminal safety electricity utilization according to claim 4, wherein the data and information of the terminal at least include voltage, current, residual current, power, electric energy, active power, reactive power and harmonic parameters of the terminal electricity utilization; and fault information and early warning information in the line.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202011147937.3A CN112215724A (en) | 2020-10-23 | 2020-10-23 | Terminal safety power consumption wisdom management system |
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| Application Number | Priority Date | Filing Date | Title |
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| CN202011147937.3A CN112215724A (en) | 2020-10-23 | 2020-10-23 | Terminal safety power consumption wisdom management system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114298660A (en) * | 2021-12-07 | 2022-04-08 | 中国黄金集团建设有限公司 | Construction power utilization system and use method thereof |
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