CN113329074A - Comprehensive energy efficiency bill pushing and reading system based on AI robot - Google Patents
Comprehensive energy efficiency bill pushing and reading system based on AI robot Download PDFInfo
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Abstract
The invention belongs to the technical field of power service, and particularly relates to an AI robot-based comprehensive energy efficiency bill pushing and reading system, which comprises: the system comprises a provincial company and a provincial side, wherein the provincial company comprises a data middling station for data transmission and a green national network for downloading; the province side comprises a province level platform, an external system and a user side. According to the invention, by pushing operation and marketing business, acquiring power consumption information and relying on 'Internet and state' and data communication of a provincial platform on provincial companies and provincial sides, data support can be provided for electric energy efficiency bill analysis for energy efficiency bills, the traditional bill pushing form on each monthly line is broken through, the 'AI' capacity is deeply used, intelligent 'AI' bills are pushed, and a mature AI robot processor in the industry is utilized to assist in pushing and reading of bill information, so that not only can a power consumption optimization suggestion be provided according to power consumption, but also the energy-saving and environment-friendly awareness of clients can be improved.
Description
Technical Field
The invention relates to the technical field of power service, in particular to an AI robot-based comprehensive energy efficiency bill pushing and reading system.
Background
The electric power system is an electric energy production and consumption system composed of power plant, transmission and transformation circuit, power supply and distribution station and electricity utilization, and its function is to convert the natural primary energy into electric energy by power generation power device, and then supply the electric energy to each user by transmission, transformation and distribution.
With the continuous development of urbanization, the functions of the power system are more perfect, including the pushing of the power bill, the traditional power bill is generally reminded monthly to remind to pay, the functions are single, the data known by the user is limited, and a system which enables the user to know the power utilization advice after the specific interpretation, good power utilization habits and is beneficial to promoting the development of the social power system is still lacked.
Disclosure of Invention
The present invention is directed to solving one of the technical problems of the prior art or the related art.
Therefore, the technical scheme adopted by the invention is as follows:
the utility model provides a synthesize efficiency bill propelling movement and reading system based on AI robot, includes: the system comprises a provincial company and a provincial side, wherein the provincial company comprises a data middling station for data transmission and a green national network for downloading; the provincial side comprises a provincial platform, an external system and a user side; the provincial platform is divided into an information management area and an Internet area, the information management area comprises intelligent energy control application and service management application, the Internet area comprises external user interaction application connected with the green state network, the service management application and the external user interaction further comprise a database, and the external user interaction application further comprises a Internet of things acquisition and control center; the external system comprises a unified authority management platform connected to the service management application, a marketing acquisition system connected to the data center, an Internet of things management platform connected to the Internet of things acquisition and control center and an I6000 connected to the service management application, the user side comprises a master station CPS connected to the Internet of things acquisition and control center and a master station-free CPS connected to the Internet of things management platform, and the master station CPS and the master station-free CPS are indirectly connected to an energy controller.
Through adopting above-mentioned technical scheme, can be through the propelling movement of province company with the side of province carrying on business of marketing, power consumption information acquisition, "the support of network of the country on the net", province level platform's data link up, can adopt to provide data support for electric energy efficiency bill analysis to the energy efficiency bill, traditional bill propelling movement form on every month line has been broken through, use "AI" ability deeply, propelling movement intelligence "AI" bill, utilize the industry in a very ripe AI robot processor, remove the propelling movement and the reading of supplementary bill information, not only can put forward the power consumption optimization suggestion according to the power consumption, and also do benefit to and improve the energy-concerving and environment-protective consciousness of customer.
The present invention in a preferred example may be further configured to: the provincial company relies on the existing 'Internet and national network', and generates an electric energy efficiency bill automatically and pushes the bill to a client every month by using basic data such as the electric quantity, the electric charge, the load and the like of the client; wherein the content of the first and second substances,
providing analysis services such as electric quantity and electricity charge, peak-valley electric quantity and electricity charge, power transfer and electricity charge, transformer loss, load and the like for high-voltage customers, and providing electricity utilization optimization suggestions;
the method provides analysis services such as step allowance, monthly power utilization trend, power fee prediction and the like for low-voltage customers, generates image labels, provides electric quantity and power fee saving suggestions, helps the customers to optimize power utilization behaviors, and improves energy-saving and environment-friendly awareness of the customers.
The present invention in a preferred example may be further configured to: the provincial-side energy use information collection information includes:
the marketing front-end post personnel of the provincial company, the city and county company and the county company automatically screen electric energy efficiency bills monthly by relying on the existing 'internet of China', form a high-voltage client list with energy efficiency improvement potential, read the electric energy efficiency bills to potential clients by combining daily business, use the green internet of China and the provincial platform to show related cases, solutions and the like to the clients, guide the clients to reasonably select a basic electric charge collection scheme, optimize a peak-valley electricity utilization mode, adjust electricity utilization power factors and guide the clients to autonomously carry out energy efficiency improvement services such as intelligent operation and maintenance, market-oriented electricity sale and the like;
the marketing front-end post personnel of the city and county company carries out general investigation on energy consumption information in daily power supply service work such as expansion and installation, electricity utilization inspection, market development and the like, and assists a client to record the energy consumption information into a related platform such as a marketing business application system;
the provincial company and the city and county company strengthen communication reports with governments, actively establish a provincial-level energy big data center, and access the energy data of key customers to a provincial-level platform;
and after the user side client installs the green state network, the user side client autonomously enters the energy utilization related information by utilizing the information interaction function of the green state network.
By adopting the technical scheme, the energy consumption information of the user is comprehensively collected, and the provincial level platform is favorably specialized in reading and pushing.
The present invention in a preferred example may be further configured to: the provincial company relies on the provincial platform, uses the collected customer energy consumption data to conduct analysis and diagnosis of energy consumption structure, energy consumption level and the like, automatically generates a comprehensive energy efficiency diagnosis report every quarter, and pushes the comprehensive energy efficiency diagnosis report to registered customers through the green national network.
By adopting the technical scheme, the bill data is more comprehensive and detailed by comprehensively analyzing and diagnosing.
The present invention in a preferred example may be further configured to: the provincial-side comprehensive energy efficiency diagnosis and interpretation method comprises the steps that staff at marketing front-end stations of the city and county companies automatically screen comprehensive energy efficiency diagnosis reports monthly by relying on a provincial-level platform to form a client list with energy efficiency improvement potential, the comprehensive energy efficiency diagnosis reports are interpreted to potential clients on site by combining daily business, relevant cases, solutions and the like are displayed to clients by using the green state network and the provincial-level platform, and the clients are guided to autonomously develop energy efficiency improvement services such as energy hosting, cold and hot supply and the like.
By adopting the technical scheme and the diagnosis effect, the awareness that the user autonomously develops energy efficiency improving services such as energy hosting, cold and hot supply and the like can be further strengthened, and more energy is saved.
The present invention in a preferred example may be further configured to: the provincial company enables customers who receive the services of the provincial integrated energy company such as operation and maintenance, energy hosting, demand response and the like to access the provincial platform by monitoring data.
The present invention in a preferred example may be further configured to: the intelligent energy control application comprises instruction encryption, signature verification and control demand verification functions, the service management application comprises intelligent operation and maintenance, energy efficiency management, demand response and project management functions, and the external user interaction application comprises the intelligent operation and maintenance, energy efficiency management and demand response functions.
By adopting the technical scheme, the comprehensive processing performance is better, and the interaction and transmission of energy utilization information are facilitated.
The present invention in a preferred example may be further configured to: the CPS with the main station and the CPS without the main station comprise a commercial building CPS, a community multifunctional CPS, an industrial enterprise CPS and the like, and the commercial building CPS, the community multifunctional CPS, the industrial enterprise CPS and the like are subjected to acquisition control through external user interaction application.
By adopting the technical scheme, the service system can serve users such as commercial building users, community multifunctional users and industrial enterprises, and has wide coverage.
The present invention in a preferred example may be further configured to: the green state network is an online APP, an applet or a website link and also comprises a satisfaction survey and service return visit function.
By adopting the technical scheme, the service quality of the green state network can be improved, and a system which is more people-friendly is created.
The technical scheme of the invention has the following beneficial technical effects:
1. according to the invention, by pushing operation and marketing business, acquiring power consumption information and relying on 'Internet and state' and data communication of a provincial platform on provincial companies and provincial sides, data support can be provided for electric energy efficiency bill analysis for energy efficiency bills, the traditional bill pushing form on each monthly line is broken through, the 'AI' capacity is deeply used, intelligent 'AI' bills are pushed, and a mature AI robot processor in the industry is utilized to assist in pushing and reading of bill information, so that not only can a power consumption optimization suggestion be provided according to power consumption, but also the energy-saving and environment-friendly awareness of clients can be improved.
2. According to the invention, the energy consumption information of the user side can be comprehensively collected through provincial companies and subordinate city and county companies, the pushing and popularization of energy bills are more convenient by using self-operated green national network software, and the good electricity consumption habits and the popularization of electricity consumption knowledge are favorably developed for the user.
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FIG. 1 is a system diagram of the present invention;
fig. 2 is a diagram of the application of the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention will be described in further detail with reference to the accompanying drawings in conjunction with the following detailed description.
It is to be understood that this description is made only by way of example and not as a limitation on the scope of the invention.
The invention provides an AI robot-based comprehensive energy efficiency bill pushing and reading system, which is described in the following with reference to the accompanying drawings.
The first embodiment is as follows:
referring to fig. 1-2, the invention provides an AI robot-based comprehensive energy efficiency bill pushing and reading system, which includes: the system comprises a provincial company and a provincial side, wherein the provincial company comprises a data middlebox for data transmission and a green national network for downloading, is an energy management company and can give multiparty interactive services to a provincial comprehensive energy company and a commission and maintenance company for subsequent construction, development and application; the provincial side comprises a provincial platform, an external system and a user side; the provincial platform is divided into an information management area and an internet area, the information management area comprises intelligent energy control application and service management application, the internet area comprises external user interaction application connected with a green state network, the service management application and the external user interaction further comprise a database, the external user interaction application further comprises a thing connection acquisition and control center, the information management area is an internal control area and is a service end, and the internet area is used for the service end to transmit service data of the network to the outside and is used for a user side to be connected with the internet for use and utilization.
Specifically, the requirement of external user interaction application on real-time performance is high, the used objects are mainly external clients (such as commercial building users and third-party operation and maintenance companies), data needs to be collected by the CPS, real-time interaction of multiple users is achieved, the CPS is deployed in the internet large area and provides services to the outside, the commercial building users, the third-party operation and maintenance companies and the CPS form an interactive closed loop in the internet large area, and efficiency is improved.
The service management application uses the object as an internal user of a company, needs to use user interaction data and historically acquired CPS data to perform service management, analysis and decision, develops services such as service expansion and the like, deploys the service in a management information area, and provides services in an intranet.
The control strategy of the intelligent energy control application is established and deployed in a control-related area of a management information large area, so that the control safety is ensured; the control decision decomposition is completed in a management information large area, so that various data are synthesized for decision analysis, and the control strategy is issued and deployed in an internet large area so as to be interacted with the energy controller.
The external system comprises a unified authority management platform connected with the service management application, a marketing use acquisition system connected with a data center station, an Internet of things management platform connected with an Internet of things acquisition control center and an I6000 connected with the service management application, the information of an administrator can be verified and registered through the unified authority management platform, the safety is improved, the data transmitted by the data acquisition control center from the interactive application can be directly transmitted to a CPS with a main station, the CPS without the main station is transmitted to the Internet of things management platform and then transmitted to the CPS without the main station through the transfer of an energy controller, so that clients at a user side can be effectively pushed bills, the data center station is a profit side connection channel between a province company and a province side, the interactive transmission is carried out through the service management application, the marketing use acquisition system is an item for carrying out commodity transaction and providing service on an APP, and the marketing use acquisition system can be benefited through a green network, and simultaneously, the use and selection of the user are facilitated.
And the user side comprises a master station CPS connected to the Internet of things acquisition and control center and a non-master station CPS connected to the Internet of things management platform, and the Internet of things management platform and the non-master station CPS are connected with an energy controller indirectly.
It should be noted that, the provincial company relies on the existing 'internet and national network', and utilizes the basic data of the client such as the electric quantity, the electric charge, the load and the like to automatically generate an electric energy efficiency bill every month and push the bill to the client; wherein the content of the first and second substances,
providing analysis services such as electric quantity and electricity charge, peak-valley electric quantity and electricity charge, power transfer and electricity charge, transformer loss, load and the like for high-voltage customers, and providing electricity utilization optimization suggestions;
the method provides analysis services such as step allowance, monthly power utilization trend, power fee prediction and the like for low-voltage customers, generates image labels, provides electric quantity and power fee saving suggestions, helps the customers to optimize power utilization behaviors, and improves energy-saving and environment-friendly awareness of the customers.
The 'online national network' App is an official unified online service entrance of a national power grid limited company, integrates five use scenes of 'houses, electric vehicles, shops, enterprises and new energy', provides services such as high-low voltage new resident installation, new enterprise installation, charging pile installation, online electricity handling, information inquiry, electricity charge payment, energy consumption analysis, energy efficiency diagnosis, pile finding charging, photovoltaic new installation, fault repair, bill energy service, online customer service and invoice downloading and the like, can automatically generate energy efficiency and push the energy efficiency to a client by obtaining basic electricity consumption data of the client from the online national network and utilizing an AI robot analysis processor, and is diverse in energy efficiency bill analysis and convenient for the client to know.
Further, the energy use situation is collected by the following method, and the provincial side energy use information collection information comprises:
marketing front-end post personnel of county companies under provincial companies automatically screen electric energy efficiency bills in monthly according to the existing 'Internet of China' to form a high-voltage client list with energy efficiency improvement potential, reading the electric energy efficiency bills to potential clients in combination with daily business, displaying relevant cases, solutions and the like to the clients by using a green Internet and a provincial platform, guiding the clients to reasonably select a basic electric charge collection scheme, optimizing peak-valley electricity utilization modes, adjusting electricity utilization power factors, and guiding the clients to autonomously develop energy efficiency improvement services such as intelligent operation and maintenance, market-oriented electricity sale and the like;
the method comprises the following steps that (1) energy utilization information general investigation is carried out by marketing front-end post personnel of a city and county company in daily power supply service work such as expansion and installation, power utilization inspection, market development and the like, and a client is assisted to record energy utilization information into a related platform such as a marketing business application system;
the provincial company and the city and county company strengthen communication and report with the government, actively establish a provincial energy big data center, and access the key customer energy data to a provincial platform;
after a user side client installs the green state network, the user side client autonomously inputs the energy utilization related information by utilizing the information interaction function of the green state network.
The information collection is comprehensive, and the popularization of the system is facilitated.
Furthermore, provincial companies rely on provincial platforms, use collected customer energy consumption data to conduct analysis and diagnosis of energy consumption structures, energy consumption levels and the like, comprehensive energy efficiency diagnosis reports are automatically generated every quarter, and the comprehensive energy efficiency diagnosis reports are pushed to registered customers by the green national network.
Furthermore, the provincial-side comprehensive energy efficiency diagnosis and reading comprises the steps that marketing front-end post personnel of the city and county company automatically screen comprehensive energy efficiency diagnosis reports monthly by depending on a provincial-level platform to form a client list with energy efficiency improvement potential, the comprehensive energy efficiency diagnosis reports are read to potential clients on site by combining daily business, relevant cases, solutions and the like are displayed to the clients by using a green state network and the provincial-level platform, and the clients are guided to autonomously develop energy efficiency improvement services such as energy hosting, cold and hot supply and the like.
On the other hand, the provincial company can access the monitoring data to the provincial platform for the customers who receive the services of the provincial integrated energy company, such as operation and maintenance, energy hosting, demand response and the like, and can also be beneficial to the collection of the energy utilization data.
The intelligent energy control application comprises the functions of command encryption, signature verification and control demand verification, the service management application comprises the functions of intelligent operation and maintenance, energy efficiency management, demand response and project management, the external user interaction application comprises the functions of intelligent operation and maintenance, energy efficiency management and demand response, the operability is high, the functions are various, more service items can be provided as a background, and the comprehensive safety is high.
The CPS with the main station and the CPS without the main station comprise a commercial building CPS, a community multifunctional CPS, an industrial enterprise CPS and the like, and the acquisition control is performed on the commercial building CPS, the community multifunctional CPS, the industrial enterprise CPS and the like through external user interaction application.
Furthermore, the green state network is an online APP, a small program or a website link, and also comprises a satisfaction investigation and service return function, wherein the 'online state network' and the 'green state network' respectively automatically push satisfaction questionnaires such as an electric energy basic analysis service and a comprehensive energy efficiency diagnosis service to the client, collect evaluation and opinions of the client on the energy efficiency public service, and carry out special return according to the satisfaction.
Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the claims and their equivalents.
Claims (9)
1. The utility model provides a synthesize efficiency bill propelling movement and reading system based on AI robot which characterized in that includes:
provincial companies including data middleboxes for data transmission and a green national network for downloading;
the provincial side comprises a provincial platform, an external system and a user side; wherein the content of the first and second substances,
the provincial platform is divided into an information management area and an Internet area, the information management area comprises intelligent energy control application and service management application, the Internet area comprises external user interaction application connected with the green state network, the service management application and the external user interaction further comprise a database, and the external user interaction application further comprises a Internet of things acquisition and control center;
the external system comprises a unified authority management platform connected with the service management application, a marketing acquisition system connected with the data center, an Internet of things management platform connected with the Internet of things acquisition control center and an I6000 connected with the service management application;
the user side comprises a master station CPS connected to the Internet of things acquisition and control center and a non-master station CPS connected to the Internet of things management platform, and the Internet of things management platform and the non-master station CPS are connected with an energy source controller indirectly.
2. The AI robot-based comprehensive energy efficiency bill pushing and interpreting system as claimed in claim 1, wherein the provincial company relies on the existing "Internet and national network" to automatically generate and push an energy efficiency bill of electricity energy to the client monthly by using basic data such as electricity quantity, electricity charge, load, etc. of the client; wherein the content of the first and second substances,
providing analysis services such as electric quantity and electricity charge, peak-valley electric quantity and electricity charge, power transfer and electricity charge, transformer loss, load and the like for high-voltage customers, and providing electricity utilization optimization suggestions;
the method provides analysis services such as step allowance, monthly power utilization trend, power fee prediction and the like for low-voltage customers, generates image labels, provides electric quantity and power fee saving suggestions, helps the customers to optimize power utilization behaviors, and improves energy-saving and environment-friendly awareness of the customers.
3. The AI robot-based integrated energy efficiency bill pushing and interpretation system of claim 1 wherein said provincial side energy consumption information gathering information comprises:
the marketing front-end post personnel of the provincial company, the city and county company and the county company automatically screen electric energy efficiency bills monthly by relying on the existing 'internet of China', form a high-voltage client list with energy efficiency improvement potential, read the electric energy efficiency bills to potential clients by combining daily business, use the green internet of China and the provincial platform to show related cases, solutions and the like to the clients, guide the clients to reasonably select a basic electric charge collection scheme, optimize a peak-valley electricity utilization mode, adjust electricity utilization power factors and guide the clients to autonomously carry out energy efficiency improvement services such as intelligent operation and maintenance, market-oriented electricity sale and the like;
the marketing front-end post personnel of the city and county company carries out general investigation on energy consumption information in daily power supply service work such as expansion and installation, electricity utilization inspection, market development and the like, and assists a client to record the energy consumption information into a related platform such as a marketing business application system;
the provincial company and the city and county company strengthen communication reports with governments, actively establish a provincial-level energy big data center, and access the energy data of key customers to a provincial-level platform;
and after the user side client installs the green state network, the user side client autonomously enters the energy utilization related information by utilizing the information interaction function of the green state network.
4. The AI robot-based integrated energy efficiency bill pushing and interpretation system of claim 1 wherein said provincial companies rely on said provincial platform to utilize collected customer energy usage data to conduct analytical diagnosis of energy usage structure, energy consumption level, etc., automatically generating an integrated energy efficiency diagnosis report each season, and pushing the report to registered customers over said green national network.
5. The AI robot-based comprehensive energy efficiency bill pushing and interpretation system of claim 3, wherein the provincial-side comprehensive energy efficiency diagnosis and interpretation comprises that marketing front-end post personnel of the city and county company automatically screen comprehensive energy efficiency diagnosis reports monthly on a provincial platform to form a client list with energy efficiency improvement potential, and the comprehensive energy efficiency diagnosis reports are interpreted to potential clients on site by combining daily business, and relevant cases, solutions and the like are displayed to the clients by using the green network and the provincial platform to guide the clients to autonomously develop energy efficiency improvement services such as energy hosting, cold and hot supply and the like.
6. The AI robot based integrated energy efficiency bill pushing and interpretation system of claim 1 wherein said provincial company accesses energy monitoring data to said provincial platform for customers receiving services of provincial integrated energy company's operations and maintenance, energy hosting, demand response, etc.
7. The AI robot based integrated energy efficiency bill pushing and interpretation system of claim 1 wherein the smart energy control applications include command encryption, signature verification and control demand verification, the business management applications include smart operations, energy efficiency management, demand response and project management, and the external user interaction applications include smart operations, energy efficiency management, demand response.
8. The AI robot-based integrated energy efficiency bill pushing and reading system as in claim 1, wherein said master CPS and master-off CPS comprise commercial building CPS, community multi-energy CPS and industrial enterprise CPS, and wherein said commercial building CPS, community multi-energy CPS and industrial enterprise CPS are controlled for acquisition by external user interaction application.
9. The AI robot-based integrated energy efficiency bill pushing and reading system of claim 1 wherein said green world network is an online APP, applet or website link, further comprising satisfaction survey and service return functions.
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Application publication date: 20210831 |