CN112862354A - Big data electric power Internet of things operation platform and method - Google Patents
Big data electric power Internet of things operation platform and method Download PDFInfo
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Abstract
The application provides a big data electric power Internet of things operation platform and a method, comprising the following steps: the system comprises a big data display platform, a capacity opening platform and a hardware scheduling platform; the capacity opening platform is respectively in communication connection with the big data display platform and the hardware scheduling platform, the hardware scheduling platform is also in communication connection with hardware equipment, and the hardware equipment comprises at least one of a charging pile, an intelligent lamp post and Internet of things power distribution equipment; the hardware scheduling platform receives the information which meets the important level and is reported by the hardware equipment, generates a first scheduling strategy according to the reported information, schedules the hardware equipment, and reports the information reported by the hardware equipment and the first scheduling strategy to the big data display platform through the capacity open platform for display; the capability openness platform provides an interface for data to be called and/or called. Through a backstage, also big data electric power thing networking operation platform carries out unified, centralized, intelligent management to filling electric pile, wisdom lamp pole and thing networking distribution equipment, guarantees that hardware equipment normally works.
Description
Technical Field
The application relates to the technical field of Internet of things, in particular to a big data electric power Internet of things operation platform and method.
Background
The internet of things collects any object or process needing monitoring, connection and interaction in real time through various technologies such as various information sensors, a global positioning system and the like, collects various required information such as sound, light, heat, electricity, position and the like, realizes ubiquitous connection of objects and people through various network accesses, and realizes intelligent sensing, identification and management of the objects and the process. However, to filling these three kinds of thing networking equipment of electric pile, wisdom lamp pole, thing networking distribution equipment, do not have the operation management platform who carries out real time monitoring to it at present, especially face at present growing huge quantity, do not have the systematic operation management of operation management platform, when thing networking equipment breaks down the condition, will consume great manpower and materials and carry out fault handling.
Disclosure of Invention
An object of the embodiment of the application is to provide a big data electric power thing networking operation platform and method to solve prior art, do not have the problem of carrying out real time monitoring's operation platform to these three kinds of thing networking equipment of electric pile, wisdom lamp pole, thing networking distribution equipment yet.
In order to solve the above problem, an embodiment of the present application is implemented as follows:
the embodiment of the application provides a big data electric power thing networking operation platform, includes:
the system comprises a big data display platform, a capacity opening platform and a hardware scheduling platform;
the capacity opening platform is respectively in communication connection with the big data display platform and the hardware scheduling platform, the hardware scheduling platform is also in communication connection with hardware equipment, and the hardware equipment comprises at least one of a charging pile, a smart lamp post and Internet of things power distribution equipment;
the hardware scheduling platform is used for receiving the information meeting the important level reported by the charging pile, the intelligent lamp post and the distribution equipment of the Internet of things, generating a first scheduling strategy according to the reported information to schedule the hardware equipment, and reporting the information reported by the hardware equipment and the first scheduling strategy to the big data display platform through the capacity open platform;
the capability open platform is used for providing an interface for calling and/or being called data;
and the big data display platform is used for acquiring the reported information of the hardware equipment and the first scheduling strategy from the capacity open platform and displaying the information.
In the implementation process, through a background, the big data electric power thing networking operation platform carries out unified, centralized and intelligent operation management to charging pile, wisdom lamp pole, thing networking distribution equipment promptly, guarantees charging pile, wisdom lamp pole, thing networking distribution equipment's normal work.
Further, the big data display platform is in communication connection with a mobile terminal, and the big data display platform is used for generating alarm information and sending the alarm information to the mobile terminal when the information reported to the hardware scheduling platform by the hardware device is fault information, wherein the alarm information includes fault device position information, fault device identity information and fault condition information.
In the implementation process, when the hardware equipment fails, the big data display platform generates alarm information and sends the alarm information to the mobile terminal, so that background personnel can be timely notified whenever and wherever the hardware equipment fails, and the background personnel can timely perform fault treatment.
Furthermore, the capability opening platform is also in communication connection with a third party platform, and data sharing with the third party platform is realized through the capability opening platform.
In the implementation process, the big data electric power Internet of things operation platform and the third-party platform achieve data sharing, and flexibility of business is improved.
Furthermore, the big data display platform is further used for sending the position information of the charging pile and the information about whether the charging pile can be charged to the third-party platform through the capability opening platform, and displaying the position information of the charging pile and the information about whether the charging pile can be charged on a map through a display interface of the third-party platform.
In the implementation process, the position information of the charging pile operated and managed by the big data electric power Internet of things operation platform and the information of whether the charging pile can be charged or not are displayed on the third-party platform, and the flexibility of the vehicle charging service is improved.
Further, the big data display platform is also used for carrying out data authorization management on the third-party platform.
By the mode, the safety of data is guaranteed.
Furthermore, the hardware scheduling platform is also used for scheduling the charging current of the charging pile according to the power utilization time rule of the commercial power;
and/or the hardware scheduling platform is further used for scheduling the charging current of the charging pile according to the historical charging rule of the vehicle.
By the aid of the method, intelligent scheduling of the charging current of the charging pile is achieved.
Further, for the charging station comprising the charging piles and the distribution equipment of the internet of things, the hardware dispatching platform is further used for reducing the charging current supplied by the distribution equipment of the internet of things to each charging pile of the charging station when the information that the required current of the electric vehicle to be charged exceeds the limit of the charging station is received, and the charging current is maintained not to exceed the limit.
By the above mode, when the charging pile of the charging station is ensured to charge the newly-entered electric vehicle to be charged, the charging safety is also ensured.
Furthermore, the hardware scheduling platform is respectively in communication connection with the data reporting and issuing nodes corresponding to the hardware devices, and the hardware devices report information to the hardware scheduling platform and receive issued information from the hardware scheduling platform through the data reporting and issuing nodes corresponding to the hardware devices.
In the implementation process, through charging pile, the intelligent lamp pole and the corresponding data reporting and issuing node of the distribution equipment of the Internet of things, information is reported and received, and better operation management of the charging pile, the intelligent lamp pole and the distribution equipment of the Internet of things is realized.
Further, the big data display platform is further configured to obtain and display the state information of the hardware device through the capability opening platform.
By the mode, background personnel can check the real-time state information of the hardware equipment on the big data display platform and know the real-time state information of the hardware equipment.
Further, the big data display platform is also used for configuring the importance level of the information reported by the hardware equipment.
By the mode, the reported information can be controlled.
Further, the embodiment of the application also provides a big data power internet of things operation method, which comprises the following steps:
the hardware scheduling platform receives information which meets important levels and is reported by hardware equipment, wherein the hardware equipment comprises at least one of a charging pile, a smart lamp post and distribution equipment of the Internet of things;
the hardware scheduling platform generates a first scheduling strategy according to the reported information to schedule the hardware equipment, and reports the information reported by the hardware equipment and the first scheduling strategy to a big data display platform through a capacity open platform;
and the big data display platform acquires the reported information of the hardware equipment and the first scheduling strategy from the capacity open platform and displays the information.
In the implementation process, unified, centralized and intelligent operation management is carried out on the charging pile, the intelligent lamp pole and the distribution equipment of the internet of things, and normal work of the charging pile, the intelligent lamp pole and the distribution equipment of the internet of things is guaranteed.
In order to make the aforementioned objects, features and advantages of the present application more comprehensible, preferred embodiments accompanied with figures are described in detail below.
Drawings
In order to more clearly illustrate the technical solutions of the embodiments of the present application, the drawings that are required to be used in the embodiments of the present application will be briefly described below, it should be understood that the following drawings only illustrate some embodiments of the present application and therefore should not be considered as limiting the scope, and that those skilled in the art can also obtain other related drawings based on the drawings without inventive efforts.
Fig. 1 is a schematic view of a big data power internet of things operation platform provided in an embodiment of the present application;
fig. 2 is a schematic diagram illustrating management of a big data power internet of things operation platform provided in an embodiment of the present application;
fig. 3 is a schematic diagram of an operation method of a big data power internet of things provided in the embodiment of the present application.
Detailed Description
The technical solutions in the embodiments of the present application will be described below with reference to the drawings in the embodiments of the present application.
The embodiment of the application provides a big data electric power thing networking operation platform realizes filling electric pile, wisdom lamp pole, thing networking distribution equipment's operation management through same backstage, please refer to fig. 1, fig. 2, and fig. 1 is the schematic diagram of a big data electric power thing networking operation platform that this application embodiment provided, includes:
the system comprises a big data display platform, a capacity opening platform and a hardware scheduling platform;
the capacity opening platform is in communication connection with the big data display platform and the hardware scheduling platform respectively, the hardware scheduling platform is also in communication connection with hardware equipment, and the hardware equipment comprises at least one of a charging pile, a smart lamp pole and Internet of things power distribution equipment.
Optionally, in this embodiment, for a charging station, at least one charging pile and at least one internet of things power distribution device may be provided, where the charging pile is used to charge the electric vehicle. Thing networking distribution equipment is used for carrying out distribution and control to filling electric pile, when overload, short circuit, electric leakage appear in the circuit, provides power-off protection.
Optionally, can also set up the wisdom lamp pole at the charging station, the same can carry out distribution and control to the wisdom lamp pole through thing networking distribution equipment, can monitor which of charging post of charging station and what circuit trouble appears, can provide power protection when overload, short circuit, electric leakage appear in the circuit. The intelligent lamp pole has the functions of realizing illumination, video broadcasting, video monitoring, WIFI (wireless fidelity), monitoring the state of a peripheral sewer, the state of a garbage can and the state of a well lid, monitoring the air quality through an air quality sensor and the like; monitoring sewer state includes monitoring sewer water level etc. and monitoring garbage bin state includes monitoring garbage bin overflow degree etc. and monitoring well lid state includes whether the monitoring well lid is opened, whether not hard up, whether stolen etc..
Optionally, a socket can be carried on the intelligent lamp pole to charge the electric vehicle. The intelligent lamp pole does not need to be provided with a socket in places which cannot be charged in city planning, for example, the intelligent lamp pole on a highway cannot be parked and charged, the socket is not needed to be arranged on the intelligent lamp pole on the highway, and whether the socket is arranged on the intelligent lamp pole in the places such as a community, a square and the like can be determined according to actual requirements.
Optionally, in this embodiment, thing networking distribution equipment can also set up the destination such as district, office building alone to distribute power and control to the destination, including can realizing the monitoring to the power failure of the consumer at destination, for example thing networking distribution equipment sets up in an office building, and the 10KV circuit that comes from the power supply office becomes 380v through the transformer, thereby supplies power for whole office building, supplies air conditioner, illumination, fire control, emergency etc. in the office building through thing networking distribution equipment, thing networking distribution equipment can also monitor for example which floor air conditioner whether power failure appears.
Optionally, the hardware scheduling platform is in communication connection with the data reporting and issuing nodes corresponding to the hardware devices, that is, the hardware scheduling platform is in communication connection with the data reporting and issuing nodes corresponding to the charging pile, the smart lamp pole and the distribution device of the internet of things, respectively, and the charging pile, the smart lamp pole and the distribution device of the internet of things report information to the hardware scheduling platform and receive issued information from the hardware scheduling platform through the corresponding data reporting and issuing nodes. All charging piles in each charging station can share the same data reporting and issuing node, and all charging piles in the charging stations form an internet of things; all the intelligent lamp posts in the same group can share the same data reporting and issuing node, and all the intelligent lamp posts in the same group also form an internet of things; for all the distribution equipment of the internet of things in the same group, the same data reporting and issuing node can be shared, and all the distribution equipment of the internet of things in the same group also form the internet of things.
For the situation that at least one charging pile and at least one internet of things power distribution device are included in the charging station, the charging pile group (all charging piles in the charging station) and the internet of things power distribution device group (all internet of things power distribution devices in the charging station) have corresponding data reporting and issuing nodes respectively, all charging piles in the charging station can share the same data reporting and issuing node, all internet of things power distribution devices in the charging station can share the same data reporting and issuing node, and all charging piles and all internet of things power distribution devices in the charging station form an internet of things.
To including the condition of at least one electric pile, at least one thing networking distribution equipment and at least one wisdom lamp pole of filling in the charging station, with the above-mentioned the same, all wisdom lamp poles can report and issue the node by the same data of sharing in the charging station, and all electric piles, all thing networking distribution equipment, all wisdom lamp poles constitute an thing networking in the charging station.
In this embodiment, the data reporting and issuing node may be a Wireless network Controller (Wireless Access Point Controller), and the hardware scheduling platform is respectively communicated with the charging pile, the smart lamp post and the distribution equipment of the internet of things through the Wireless network Controller.
Optionally, in this embodiment, in order to reduce the information processing pressure of the hardware scheduling platform, the charging pile, the smart lamp pole, and the distribution device of the internet of things report the information that meets the importance level to the hardware scheduling platform, and the information that does not meet the importance level may not be reported.
The information meeting the important level can comprise related data messages, abnormal messages and the like, and data such as early warning, faults, key information monitoring and the like are covered, for example, the temperature of the charging pile, the intelligent lamp pole and the distribution equipment of the Internet of things (for example, the charging pile gun line temperature threshold is 120 ℃, the information that the charging pile gun line temperature exceeds 120 ℃ is the information meeting the important level, and the information that the charging pile gun line temperature does not exceed 120 ℃ is the information not meeting the important level), current, voltage, fire hazard epidemic and the like.
Optionally, in this embodiment, the big data display platform is further configured to configure an importance level of information reported by the hardware device, and may identify which information needs to be reported to the hardware scheduling platform and which information does not need to be reported to the hardware scheduling platform. The important levels of the respective reported information can be controlled by the data reporting and issuing nodes corresponding to the charging pile, the intelligent lamp pole and the distribution equipment of the Internet of things.
In this embodiment, the hardware scheduling platform is configured to generate a first scheduling policy according to the reported information to schedule the hardware device, and report the information reported by the hardware device and the first scheduling policy to the big data display platform through the capability opening platform, so that the big data display platform can display the reported information and the first scheduling policy in time, and thus, background personnel can check the information and the first scheduling policy in time.
For example, if the reported information indicates that the voltage of a certain charging station is insufficient, the first scheduling policy generated by the hardware scheduling platform may be to reduce the charging voltages of all charging piles of the charging station, where the first scheduling policy is to schedule a batch of hardware devices (including all charging piles of the charging station).
And the big data display platform is used for acquiring the reported information of the hardware equipment and the first scheduling strategy from the capacity open platform and displaying the information.
Optionally, in this embodiment, the big data display platform is further used for acquiring the state information of the hardware device through the capability opening platform, and displaying, for example, information such as whether charging pile is chargeable currently, the maximum allowed charging current, lighting brightness of the smart lamp pole, whether lighting, WIFI name and password, monitored air quality, and information such as current, voltage, power of the distribution device of the internet of things.
The capability openness platform is used for providing an interface for calling and/or being called data, and functions such as inquiring a charging order, editing a charging station site, counting login amount and UV (Uniform customer) amount, counting which interfaces and which functions have large access amount and the like can be realized through the capability openness platform.
Optionally, in this embodiment, when a special abnormal condition (such as network fluctuation) occurs, it is not necessary to wait for the hardware scheduling platform to perform scheduling, that is, it is not necessary to wait for the hardware scheduling platform to perform processing, and it may be identified whether the hardware scheduling platform repeatedly issues a function, and whether the hardware scheduling platform repeatedly issues the function may be determined according to a specific usage scenario; for the network fluctuation situation, the same message is prevented from being frequently sent or processed for many times under the network fluctuation situation, the specific implementation mode can be that whether the message is the same message is judged through the serial number in the data packet, and the network fluctuation situation does not need to wait for the hardware scheduling platform to process. But sometimes multiple transmissions are required, such as: the intelligent lamp pole monitors the fire, reports for multiple times from beginning to end, captures images for multiple times, and responds for multiple times by the hardware scheduling platform, and the monitoring is a process.
Optionally, in order to enable fault information of hardware equipment to timely inform background personnel anytime and anywhere, the big data display platform of the embodiment is further in communication connection with the mobile terminal, and the big data display platform is further used for generating alarm information and sending the alarm information to the mobile terminal when the information reported to the hardware scheduling platform by the charging pile, the intelligent lamp pole and/or the internet of things power distribution equipment is fault information, wherein the alarm information comprises fault equipment position information, fault equipment identity information and fault condition information, so that the background personnel can timely process the fault information of the hardware equipment, and normal operation of the hardware equipment is guaranteed. For example, for distribution equipment of the internet of things, when the current fault of an air conditioner on a certain floor is monitored, an electrician does not need to detect the current fault on site, and a remote mobile phone can be used for checking where the equipment has the fault. The mobile terminal comprises a mobile phone, a tablet Personal computer, a notebook computer, a palm computer, a Personal Digital Assistant (PDA), a Portable Media Player (PMP), a navigation device, a wearable device, an intelligent bracelet, a pedometer and the like; the faulty device identification information may be a unique ID number of the faulty device, or the like.
Optionally, in this embodiment, the capability opening platform is further in communication connection with a third party platform, and data sharing between the big data electric power internet of things operation platform and the third party platform is achieved through the capability opening platform. The third party platform can visit the data that fills electric pile, wisdom lamp pole, thing networking distribution equipment, big data display platform, hardware scheduling platform, also can visit the data of third party platform through the open platform of ability, and the data of sharing include charge amount information, the charges of electricity information, the hardware equipment information that consume every month etc..
Optionally, in this embodiment, the big data display platform is further configured to perform data authorization management on the third-party platform, that is, to set which data are opened for the third-party platform to access. Similarly, the third-party platform may also set the authority of the shared data, that is, set which data is opened for the capability opening platform to access.
For example, the third-party platform includes a charging platform of an electric vehicle such as a small orange, a cloud quick charger, a yue easy charger, a yangcheng charger, and the like.
Optionally, in this embodiment, the big data display platform is further configured to send the location information of the charging pile and the information about whether the charging pile is chargeable to the third party platform through the capability opening platform, and display the location information of the charging pile and the information about whether the charging pile is chargeable on the map through a display interface of the third party platform; the map of the current city can be used as a display background, the position information of the charging pile and the chargeable or uncharged information can be displayed on the map at the corresponding position according to the actual position information of the charging pile, and the position information of the charging pile and the chargeable or uncharged information can be checked through a display interface provided by a user through a third-party platform. Optionally, after the user clicks the charging pile on the map, a navigation interface navigating from the current position of the user to the position of the charging pile may be displayed.
The charging station that big data electric power thing networking operation platform operated the management can also be supporting with the charging station of third party's platform, shows the charging station that big data electric power thing networking operation platform operated the management in the third party's platform, for example the user finds the charging station from the map APP, the charging station of third party's platform has appeared, when the user selected to get into the backstage of third party's platform, the charging station that big data electric power thing networking operation platform operated the management can also be seen from the third party's platform.
The data opened to the third-party platform can be pushed to the third-party platform, the third-party platform can see the data of the big data electric power internet of things operation platform in real time, and the third-party platform can set the refreshing frequency of the data of the big data electric power internet of things operation platform according to the actual requirements of the third-party platform.
Optionally, in this embodiment, the hardware scheduling platform is further configured to schedule a charging current of the charging pile according to a utility power utilization time rule; the utility power consumption has wave crests and wave troughs, for example, the electricity consumption peak is 6-8 pm, the charging current of the charging pile can be adjusted to be small at 6-8 pm, the electricity consumption peak is 6 pm 24-6 pm, and the charging current of the charging pile can be increased at 24 pm-6 pm, so as to realize the charging strategy of intelligently scheduling the charging pile.
And/or the hardware scheduling platform is also used for scheduling the charging current of the charging pile according to the historical charging rule of the vehicle; for example, can be by the wisdom lamp pole monitoring of charging station and statistics information such as the flowrate of the traffic, license plate number of arriving at the station, the charging law of statistics vehicle, for example in which time quantum what motorcycle type can come to charge, the thing networking distribution equipment of this kind of condition accessible charging station increases transformer capacity, fills the electric pile and increases at the charging power of this period of time to realize the charging strategy of intelligent scheduling electric pile.
Optionally, in this embodiment, for a charging station including a charging pile and an internet of things power distribution device, the hardware scheduling platform is further configured to reduce a charging current supplied by the internet of things power distribution device to each charging pile of the charging station when receiving information that a required current of an electric vehicle to be charged exceeds a limit of the charging station, and maintain the charging current not exceeding the limit. When the electric vehicle to be charged enters the charging station, the charging pile acquires the required current of the electric vehicle to be charged, and under the condition that the charging station is determined to be overrun, the hardware dispatching platform reduces the charging current supplied by the distribution equipment of the Internet of things to each charging pile, and the charging current is maintained not to be overrun.
For example, a charging station only allows 100A current, and when the current of the charging station does not exceed 100A, the current load is considered to be bearable without reporting; when a new vehicle enters a station to be charged, the charging pile can know the required current of the vehicle in the interaction process with a new vehicle BMS (Battery management System), the charging pile can upload data to a reporting and issuing node, the node is calculated, if the charging pile exceeds the limit, the hardware dispatching platform can adjust the charging current supplied by the distribution equipment of the Internet of things to each charging pile and maintain the charging current not to exceed the limit, for example, the required current of the new vehicle is 10A, the upper limit of the charging current of the charging pile can be adjusted to 8A by the hardware dispatching platform and the charging pile is issued to other charging piles of the charging station, the data current of other charging piles is reduced according to the corresponding issued content, and the whole charging pile is not exceeded.
Example two
Based on the same inventive concept, an embodiment of the present application further provides a big data power internet of things operation method, see fig. 3, where fig. 3 is a big data power internet of things operation method provided in this embodiment, and the method includes:
s1, the hardware scheduling platform receives information meeting the important level reported by hardware equipment, wherein the hardware equipment comprises at least one of a charging pile, an intelligent lamp post and an Internet of things power distribution equipment;
s2, the hardware scheduling platform generates a first scheduling strategy according to the reported information to schedule the hardware equipment, and reports the information reported by the hardware equipment and the first scheduling strategy to the big data display platform through the capacity open platform;
and S3, the big data display platform acquires the reported information of the hardware equipment and the first scheduling strategy from the capability open platform and displays the information.
It should be understood that, for the sake of brevity, the contents described in the first embodiment are not repeated in this embodiment.
In the embodiments provided in the present application, it should be understood that the disclosed modules and systems may be implemented in other ways. The above-described module embodiments are merely illustrative, and for example, may be merely one logical functional division, may have another division in actual implementation, and for example, a plurality of modules or components may be combined or integrated into another terminal, or some features may be omitted. Furthermore, the functional modules in the embodiments of the present application may be integrated together to form an independent part, or each module may exist separately, or two or more modules may be integrated to form an independent part.
In addition, the shown or discussed mutual coupling or direct coupling or communication connection may be an indirect coupling or communication connection of modules or units through some communication interfaces, and may be in an electrical, mechanical or other form.
In this document, relational terms such as first and second, and the like may be used solely to distinguish one entity or action from another entity or action without necessarily requiring or implying any actual such relationship or order between such entities or actions.
The above embodiments are merely examples of the present application and are not intended to limit the scope of the present application, and various modifications and changes may be made by those skilled in the art. Any modification, equivalent replacement, improvement and the like made within the spirit and principle of the present application shall be included in the protection scope of the present application.
Claims (11)
1. The utility model provides a big data electric power thing networking operation platform which characterized in that includes: the system comprises a big data display platform, a capacity opening platform and a hardware scheduling platform;
the capacity opening platform is respectively in communication connection with the big data display platform and the hardware scheduling platform, the hardware scheduling platform is also in communication connection with hardware equipment, and the hardware equipment comprises at least one of a charging pile, a smart lamp post and Internet of things power distribution equipment;
the hardware scheduling platform is used for receiving the information meeting the important level reported by the charging pile, the intelligent lamp post and the distribution equipment of the Internet of things, generating a first scheduling strategy according to the reported information to schedule the hardware equipment, and reporting the information reported by the hardware equipment and the first scheduling strategy to the big data display platform through the capacity open platform;
the capability open platform is used for providing an interface for calling and/or being called data;
and the big data display platform is used for acquiring the reported information of the hardware equipment and the first scheduling strategy from the capacity open platform and displaying the information.
2. The big data electric power internet of things operation platform of claim 1, wherein the big data display platform is further in communication connection with a mobile terminal, and the big data display platform is used for generating alarm information and sending the alarm information to the mobile terminal when information reported to the hardware scheduling platform by the hardware device is fault information, and the alarm information includes fault device position information, fault device identity information and fault condition information.
3. The big data electric power Internet of things operation platform as claimed in claim 1 or 2, wherein the capability opening platform is further in communication connection with a third party platform, and data sharing with the third party platform is achieved through the capability opening platform.
4. The big data electric power Internet of things operation platform of claim 3, wherein the big data display platform is further used for sending the position information and the chargeable or uncharged information of the charging pile to the third party platform through the capability opening platform, and displaying the position information and the chargeable or uncharged information of the charging pile on a map through a display interface of the third party platform.
5. The big data electric power Internet of things operation platform as claimed in claim 3, wherein the big data display platform is further used for carrying out data authorization management on the third party platform.
6. The big data electric power internet of things operation platform as claimed in claim 1 or 2, wherein the hardware scheduling platform is further configured to schedule the charging current of the charging pile according to a commercial power utilization time rule;
and/or the hardware scheduling platform is further used for scheduling the charging current of the charging pile according to the historical charging rule of the vehicle.
7. The big data electric power thing networking operation platform of claim 1 or 2, wherein for the charging station including the charging pile and the thing networking distribution equipment, the hardware scheduling platform is further configured to reduce the magnitude of the charging current supplied to each charging pile of the charging station by the thing networking distribution equipment and maintain the charging current not to be exceeded when receiving the information that the demand current of the electric vehicle to be charged is exceeded at the charging station.
8. The big data electric power Internet of things operation platform according to claim 1 or 2, wherein the hardware scheduling platform is in communication connection with respective corresponding data reporting and issuing nodes of the hardware equipment, and the hardware equipment reports information to the hardware scheduling platform and receives issued information from the hardware scheduling platform through the respective corresponding data reporting and issuing nodes.
9. The big data electric power Internet of things operation platform as claimed in claim 1 or 2, wherein the big data display platform is further configured to obtain and display status information of the hardware device through the capability opening platform.
10. The big data electric power internet of things operation platform as claimed in claim 1 or 2, wherein the big data display platform is further configured to configure an importance level of information reported by the hardware device.
11. A big data electric power Internet of things operation method is characterized by comprising the following steps:
the hardware scheduling platform receives information which meets important levels and is reported by hardware equipment, wherein the hardware equipment comprises at least one of a charging pile, a smart lamp post and distribution equipment of the Internet of things;
the hardware scheduling platform generates a first scheduling strategy according to the reported information to schedule the hardware equipment, and reports the information reported by the hardware equipment and the first scheduling strategy to a big data display platform through a capacity open platform;
and the big data display platform acquires the reported information of the hardware equipment and the first scheduling strategy from the capacity open platform and displays the information.
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