CN110299743A - A kind of ubiquitous shared wisdom power supply service system - Google Patents
- ️Tue Oct 01 2019
Technical Field
The invention relates to a ubiquitous sharing power utilization system, belongs to the field of electrical equipment, and particularly relates to intelligent regulation and control of charging terminal equipment and shared charging of the electrical equipment.
Background
In recent years, due to the adjustment of the world energy industry structure and the continuous emphasis on environmental problems, the rapid development of new energy substitution fields is promoted. Particularly, electric energy and electric equipment such as electric automobiles and the like are actively popularized and developed by governments of various countries, so that the consumption of chemical energy is reduced, and the convenience degree of people is improved. However, due to the increasing popularization of large-scale power utilization equipment, the unordered power utilization behavior of the large-scale power utilization equipment affects the operation of a power grid and city management. And the current charging service system is far behind the power demand of users, and the convenience degree, intelligence degree, sharing degree and the like of the power utilization service system are not mature and perfect, so that the intelligent power utilization service system is necessary to be developed to solve the defects.
At present, research on a power utilization service and energy fusion system is carried out, a power utilization service system construction oriented to a power grid, an energy grid and a traffic network with multiple layers is developed, the power utilization service system is a necessary means for realizing win-win of multiple parties such as a power grid company, a power utilization service system operator and a charging user, and powerful support is provided for construction of a ubiquitous power internet of things. With the deep integration of energy internet and smart city construction, the demands of new energy automobile charging, new generation communication network coverage, city air quality monitoring, traffic network information perception, road video monitoring and the like are increasing, and the diversified application system of the public electricity service system is promoted. Therefore, the increasingly diverse power utilization requirements of the people and the construction policy of the shared power utilization system are fully considered, the charging system is used as a carrier, the mobile interconnection, artificial intelligence and advanced communication technology are used as supports to develop a ubiquitous shared intelligent power utilization service system, and the energy supply can be timely and efficiently obtained by a user wherever and when in what charging mode. The construction of a ubiquitous shared intelligent power utilization system network is key work for realizing the construction of a novel intelligent city, and the situation that vehicles are multiple and few due to the large-scale popularization of future electric vehicles can be actively improved. The construction of a high-efficiency and convenient power utilization basic service facility can effectively relieve the charging anxiety problem of the electric automobile caused by short endurance mileage, and the charging service level of a service provider and the charging experience of a user are improved.
Disclosure of Invention
The invention aims to relieve the pressure on intelligent power utilization caused by the increasing energy problem, solve the problems of insufficient convenience and intelligence and the like of the conventional charging service system, develop a ubiquitous shared intelligent power utilization service system, meet the diversified charging requirements of users and improve the efficient management level of the charging service.
In order to achieve the purpose, the invention is realized by the following technical scheme:
a ubiquitous shared intelligent power utilization service system comprises a ubiquitous shared intelligent power utilization system terminal, a ubiquitous shared power utilization system control module and a ubiquitous shared power utilization system service platform; wherein,
the ubiquitous shared intelligent power system terminal comprises a GPRS module, a Bluetooth module, a street lamp access port, a direct-current charging port, a card swiping induction area, an emergency hovering button, an alternating-current charging port and a two-dimensional code;
the ubiquitous sharing power utilization system control module comprises an intelligent controller, a power supply system, a communication module, an energy storage system, a data storage module, a reading-in system, a display and play module and an electric energy metering system, wherein the intelligent controller is connected with the power supply system, the communication module, the energy storage system, the data storage module, the reading-in system, the display and play module and the electric energy metering system through a power line.
Preferably, the intelligent controller adopts a DSP, an FPGA or an embedded ARM architecture as a main control processor to carry out instruction operation and data processing;
the communication module consists of a Bluetooth communication module and a GPRS communication module;
the energy storage system provides power supply support for the operation of the equipment terminal, and can also be used as a standby energy storage battery to provide emergency electric energy support with certain capacity under the condition of power failure;
the data storage module is used for storing system operation data and data acquired by the expansion sensor module on site;
the power supply system adopts a special line for power supply and can also be used for reconstructing a street lamp line;
the reading system comprises a two-dimensional code scanner and an RFID card reader and is responsible for completing communication transmission between the mobile phone App and the electricity utilization card;
the display playing module comprises a voice module and a touch display screen, and is used for completing functions of voice playing, control of charging service through a touch screen and the like;
the electric energy metering system is used for effectively calculating and outputting the charging power by installing special electric energy metering equipment.
Preferably, the ubiquitous shared intelligent power utilization system terminal is deployed and popularized in a roadside parking space of a street or a residential community, and a construction scheme can adopt a parking space installation mode and a street lamp transformation mode; energy supply of electric bicycles, electric automobiles and mobile shops is realized by the ubiquitous shared intelligent power system terminal; an alternating current charging interface and a direct current charging interface are provided at the same time, and the charging power is flexible and controllable; the user can use the mobile terminal APP and the WeChat applet to pay the charging fee through scanning the code by the two-dimensional code, and also pay the card by swiping the card by using the electricity rechargeable card; the car owner can easily realize the starting, stopping and reserving of the power utilization system, the recharging, paying, the query of the real-time charging state and progress and the like through the App, and integrates the services of public power utilization system searching, charging position navigation, charging reservation and the like; the electricity utilization data are transmitted to the cloud service area for long time through remote transmission to be stored, and the administrator effectively manages the ubiquitous shared electricity utilization terminal through remote control.
Preferably, the ubiquitous shared power consumption system service platform uploads data through the ubiquitous shared intelligent power consumption system terminal, and the processing process comprises big data processing, user habit analysis, charging place pushing, user experience improvement and energy-saving charging suggestion functions;
in the big data processing, the intelligent terminal uploads the data to a cloud service area in a networking mode, the cloud processor performs integration screening, cluster analysis and feature extraction on massive power utilization data, and the user charging behavior features are obtained in the big data processing mode, so that the charging service level is improved better;
the user habit analysis is used for mining potential charging behaviors of the user in the charging data, such as: the charging method comprises the following steps of spatial and temporal distribution of charging requirements of users, charging starting time, charging time, parking time, charging ending time, charging waiting time, charging power selection, charging fee payment mode and the like;
the charging place is pushed, the charging positions are free and the charging valley time period is pushed to the user through real-time data monitoring and analysis, the user is encouraged to charge orderly through a price incentive policy, and charging resources are reasonably called;
the user experience improvement is that on the basis of data mining, the release of the terminals of the intelligent power utilization system which are generally shared is reasonably planned according to the charging behavior habits and the charging service level of the user, and better and proper incentive policies are collected to improve the user charging experience;
the energy-saving charging proposal is implemented by a reasonable charging control strategy, such as: and a specific charging scheme is provided to suggest improvement of charging friendliness and energy conservation.
Preferably, the main functions of the ubiquitous power sharing system comprise a power utilization function, a video monitoring function, an environment monitoring function, an advertisement display function, an urban wifi function and a street lamp lighting function;
the electricity utilization function is that the ubiquitous shared intelligent electricity utilization system terminal is installed at a roadside or a parking space of a residential district, the charging service can be provided for the battery car and the electric automobile through the car charging interface, the nearby electricity utilization terminal can be searched through the mobile phone App, the position where the electricity can be charged can be displayed in real time, the route navigation and the route planning of the charging position are carried out through the mobile phone map, and the charging is carried out in the most efficient mode; the charging can be reserved in advance, and the accurate charging time can be realized in a reserved window; through the flexible control of the charging power, the system can not only provide low-power battery charging for the battery car, but also provide timely charging supply for the electric car with higher power, thereby realizing the dual-mode charging mode of which mode; meanwhile, power supply service can be provided for the mobile shops through a common interface, convenience and rapidness are realized, and potential safety hazards caused by private cable pulling are avoided; meanwhile, orderly power utilization management and three-phase unbalanced switching are realized through a power control technology;
the video monitoring function is characterized in that holder monitoring equipment is installed to achieve acquisition of information such as images, audios and videos, road network basic data can be provided for traffic departments through monitoring data, and an early warning and investigation function is provided for safety departments;
the environment monitoring function is characterized in that a sensor is arranged to collect air quality data such as PM2.5, PM10, CO2, SO2, temperature, humidity, wind speed, wind direction, noise and the like and weather related data to provide data support for environment quality monitoring, pollution source treatment and meteorological prediction;
the advertisement display function is used for putting corresponding advertisement display equipment, updating the release content in real time and fully ensuring the maximum value of information such as convenience announcement, news advertisement and the like; realizing advertisement operation income and urban landscape decoration;
the urban wifi function is an important component of a smart city, and information data interconnection is realized through wifi network coverage, so that the communication cost is reduced, and the interaction speed is increased; flexible configuration is provided for cloud consumption, intelligent management, social contact, medical treatment, safety and the like in the public field;
the street lamp lighting function provides high-efficiency energy-saving LED lighting service, realizes the basic lighting requirement of cities, is low-carbon and environment-friendly, and reduces the energy consumption of the cities.
Drawings
In order to more clearly illustrate the technical solutions in the embodiments of the present application, the drawings needed to be used in the description of the embodiments are briefly introduced below, and it is obvious that the drawings in the following description are only some embodiments of the present application, and it is obvious for those skilled in the art to obtain other drawings based on these drawings without creative efforts.
FIG. 1 is a schematic diagram of a ubiquitous shared intelligent power consumption service system according to an embodiment of the present invention;
FIG. 2 is a schematic diagram of a ubiquitous shared intelligent power consumption system terminal according to an embodiment of the present invention;
FIG. 3 is a schematic diagram of a basic configuration of a ubiquitous shared power system control module according to an embodiment of the present invention;
FIG. 4 is a schematic diagram of a ubiquitous shared power system service platform according to an embodiment of the present invention;
fig. 5 is a schematic view of a service analysis of a cloud server in an embodiment of the present invention;
FIG. 6 is a schematic diagram illustrating main functions of a ubiquitous shared intelligent power consumption service system according to an embodiment of the present invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
The embodiment of the invention provides a ubiquitous shared intelligent power utilization service system, which comprises a ubiquitous shared intelligent power utilization system terminal, a ubiquitous shared power utilization system control module and a ubiquitous shared power utilization system service platform; wherein,
the ubiquitous shared intelligent power system terminal comprises a GPRS module, a Bluetooth module, a street lamp access port, a direct-current charging port, a card swiping induction area, an emergency hovering button, an alternating-current charging port and a two-dimensional code;
the ubiquitous sharing power utilization system control module comprises an intelligent controller, a power supply system, a communication module, an energy storage system, a data storage module, a reading-in system, a display and play module and an electric energy metering system, wherein the intelligent controller is connected with the power supply system, the communication module, the energy storage system, the data storage module, the reading-in system, the display and play module and the electric energy metering system through a power line.
In one embodiment, the intelligent controller adopts a DSP, an FPGA or an embedded ARM architecture as a main control processor to perform instruction operation and data processing;
the communication module consists of a Bluetooth communication module and a GPRS communication module;
the energy storage system provides power supply support for the operation of the equipment terminal, and can also be used as a standby energy storage battery to provide emergency electric energy support with certain capacity under the condition of power failure;
the data storage module is used for storing system operation data and data acquired by the expansion sensor module on site;
the power supply system adopts a special line for power supply and can also be used for reconstructing a street lamp line;
the reading system comprises a two-dimensional code scanner and an RFID card reader and is responsible for completing communication transmission between the mobile phone App and the electricity utilization card;
the display playing module comprises a voice module and a touch display screen, and is used for completing functions of voice playing, control of charging service through a touch screen and the like;
the electric energy metering system is used for effectively calculating and outputting the charging power by installing special electric energy metering equipment.
In one embodiment, the ubiquitous shared power consumption system service platform comprises a ubiquitous shared intelligent power consumption system terminal, a ubiquitous shared intelligent power consumption system terminal and a ubiquitous shared intelligent power consumption system terminal, wherein the ubiquitous shared intelligent power consumption system terminal is deployed and popularized in roadside parking places of streets or residential communities, and a construction scheme can adopt a parking place installation mode and a street lamp transformation mode; energy supply of electric bicycles, electric automobiles and mobile shops is realized by the ubiquitous shared intelligent power system terminal; an alternating current charging interface and a direct current charging interface are provided at the same time, and the charging power is flexible and controllable; the user can use the mobile terminal APP and the WeChat applet to pay the charging fee through scanning the code by the two-dimensional code, and also pay the card by swiping the card by using the electricity rechargeable card; the car owner can easily realize the starting, stopping and reserving of the power utilization system, the recharging, paying, the query of the real-time charging state and progress and the like through the App, and integrates the services of public power utilization system searching, charging position navigation, charging reservation and the like; the electricity utilization data are transmitted to the cloud service area for long time through remote transmission to be stored, and the administrator effectively manages the ubiquitous shared electricity utilization terminal through remote control.
In one embodiment, the ubiquitous shared power consumption system service platform uploads data through a ubiquitous shared intelligent power consumption system terminal, and the processing process comprises big data processing, user habit analysis, charging place pushing, user experience improvement and energy-saving charging suggestion functions;
in the big data processing, the intelligent terminal uploads the data to a cloud service area in a networking mode, the cloud processor performs integration screening, cluster analysis and feature extraction on massive power utilization data, and the user charging behavior features are obtained in the big data processing mode, so that the charging service level is improved better;
the user habit analysis is used for mining potential charging behaviors of the user in the charging data, such as: the charging method comprises the following steps of spatial and temporal distribution of charging requirements of users, charging starting time, charging time, parking time, charging ending time, charging waiting time, charging power selection, charging fee payment mode and the like;
the charging place is pushed, the charging positions are free and the charging valley time period is pushed to the user through real-time data monitoring and analysis, the user is encouraged to charge orderly through a price incentive policy, and charging resources are reasonably called;
the user experience improvement is that on the basis of data mining, the release of the terminals of the intelligent power utilization system which are generally shared is reasonably planned according to the charging behavior habits and the charging service level of the user, and better and proper incentive policies are collected to improve the user charging experience;
the energy-saving charging proposal is implemented by a reasonable charging control strategy, such as: and a specific charging scheme is provided to suggest improvement of charging friendliness and energy conservation.
In one embodiment, the main functions of the ubiquitous power sharing system comprise a power utilization function, a video monitoring function, an environment monitoring function, an advertisement display function, an urban wifi function and a street lamp lighting function;
the electricity utilization function is that the ubiquitous shared intelligent electricity utilization system terminal is installed at a roadside or a parking space of a residential district, the charging service can be provided for the battery car and the electric automobile through the car charging interface, the nearby electricity utilization terminal can be searched through the mobile phone App, the position where the electricity can be charged can be displayed in real time, the route navigation and the route planning of the charging position are carried out through the mobile phone map, and the charging is carried out in the most efficient mode; the charging can be reserved in advance, and the accurate charging time can be realized in a reserved window; through the flexible control of the charging power, the system can not only provide low-power battery charging for the battery car, but also provide timely charging supply for the electric car with higher power, thereby realizing the dual-mode charging mode of which mode; meanwhile, power supply service can be provided for the mobile shops through a common interface, convenience and rapidness are realized, and potential safety hazards caused by private cable pulling are avoided; meanwhile, orderly power utilization management and three-phase unbalanced switching are realized through a power control technology;
the video monitoring function is characterized in that holder monitoring equipment is installed to achieve acquisition of information such as images, audios and videos, road network basic data can be provided for traffic departments through monitoring data, and an early warning and investigation function is provided for safety departments;
the environment monitoring function is characterized in that a sensor is arranged to collect air quality data such as PM2.5, PM10, CO2, SO2, temperature, humidity, wind speed, wind direction, noise and the like and weather related data to provide data support for environment quality monitoring, pollution source treatment and meteorological prediction;
the advertisement display function is used for putting corresponding advertisement display equipment, updating the release content in real time and fully ensuring the maximum value of information such as convenience announcement, news advertisement and the like; realizing advertisement operation income and urban landscape decoration;
the urban wifi function is an important component of a smart city, and information data interconnection is realized through wifi network coverage, so that the communication cost is reduced, and the interaction speed is increased; flexible configuration is provided for cloud consumption, intelligent management, social contact, medical treatment, safety and the like in the public field;
the street lamp lighting function provides high-efficiency energy-saving LED lighting service, realizes the basic lighting requirement of cities, is low-carbon and environment-friendly, and reduces the energy consumption of the cities.
While preferred embodiments of the present invention have been described, additional variations and modifications in those embodiments may occur to those skilled in the art once they learn of the basic inventive concepts. Therefore, it is intended that the appended claims be interpreted as including preferred embodiments and all such alterations and modifications as fall within the scope of the invention.
It will be apparent to those skilled in the art that various modifications and variations can be made in the embodiments of the present invention without departing from the spirit or scope of the embodiments of the invention. Thus, if such modifications and variations of the embodiments of the present invention fall within the scope of the claims of the present invention and their equivalents, the present invention is also intended to encompass such modifications and variations.