CN106403186A - Household air conditioner energy consumption comparison system based on social platform - Google Patents

Abstract

The invention belongs to the field of energy consumption of air conditioners, and discloses a system for comparing energy consumption of household air conditioners based on a social platform. The system includes a power metering module, a calculation and storage module, a processing module, a user operation module and a social module, wherein the power metering module transmits the power consumption of the air conditioner to the air conditioner, and the air conditioner transmits the power consumption and the operating instructions of the air conditioner to the calculation and storage module For calculation and storage, the processing module transmits the results calculated by the calculation and storage module to the social module and the user operation module. In addition, the user operation module can input the user's needs and feed back to the calculation and storage module through the processing module. The calculation and storage module according to the user's needs Push the information required by the user. The present invention enables air conditioner users to know their own energy consumption and the energy consumption level in their social circles, which is interesting, provides energy-saving schemes and promotes energy-saving for users while comparing energy consumption, and has a simple system structure and low cost , easy to implement and apply.

Description

A social platform-based energy consumption comparison system for household air conditioners

technical field

The invention belongs to the field of energy consumption of air conditioners, and more specifically relates to a system for energy consumption ratio of household air conditioners based on a social platform.

Background technique

At present, energy saving and emission reduction is the basic national policy of our country, and it has been paid more and more attention by all walks of life, and it has gradually penetrated into the concept of the masses. In daily life, electricity consumption has become the main way for people to consume energy, and among them, air-conditioning electricity consumption is an important part of residential electricity consumption.

In summer, air-conditioning refrigeration, in order to pursue their own comfort, users often set the temperature lower, and even the phenomenon of "covering the quilt and blowing the air conditioner"; but at present, air conditioner users do not have the awareness of actively saving energy. I don’t know the energy consumption value of my own air conditioner, let alone compare it, and I don’t have an intuitive concept of whether the air conditioner is energy-saving; there is no one in the existing market that allows users to understand the energy consumption of their own home air conditioner and the level of energy consumption in the social circle, and A system that can promote energy saving for users.

Contents of the invention

Aiming at the above deficiencies or improvement needs of the prior art, the present invention provides a social platform-based system for the energy consumption ratio of household air conditioners, which connects the air conditioner, the user operation module and the user social module in series through the calculation storage module and the processing module. This solves the technical problem of comparing the power consumption of air conditioners in the user's home with other users and visualizing the results.

In order to achieve the above object, according to one aspect of the present invention, a system for comparing energy consumption of household air conditioners based on a social platform is provided, which is characterized in that the system includes a power metering module, a computing storage module, where

The power metering module is connected to the calculation and storage module through the air conditioner, and is used to measure the power consumption of the user's air conditioner and transmit it to the air conditioner;

The calculation and storage module is connected to the processing module. On the one hand, the calculation and storage module stores and transmits the operation instructions from the air conditioner to the processing module; on the other hand, it ranks the power consumption of the air conditioners from different users, At the same time, compare and determine the power consumption of the air conditioner with the preset energy-saving level and energy-saving level value, and transmit the ranking and the result of the comparison and determination to the processing module;

The processing module is connected to the social module and the user operation module at the same time. On the one hand, the processing module sends the received operation instructions, the rankings and the results of the comparison and judgment to the social module and the user operation module. The user operation module, on the other hand, transmits the requirements of the user operation module to the calculation and storage module, and draws the feedback result of the calculation and storage module into an image according to the user's demand and sends it to the user operation module;

The user operation module is used for users to log in to the system, input user requirements and display calculation results from the calculation storage module, and at the same time bind the user account with the air conditioner and the social module account;

The social module is used to share the comparison and judgment result in the calculation and storage module with multiple user operation modules.

As a further preference, the system is preferentially applicable to mobile phones and wireless terminals with operating systems such as IOS, android, and windows.

As a further preference, the social module preferably adopts social software such as WeChat and QQ.

As a further preference, the user air conditioner preferably adopts a non-centralized cooling or heating air conditioning system other than the central air conditioner, such as a split type air conditioner, multi-connected.

As a further preference, the image drawn by the processing module is preferably in the form of a pie chart, a histogram, or a line chart.

As a further preference, the computing and storage module preferably adopts a cloud server.

Generally speaking, compared with the prior art, the above technical solutions conceived by the present invention can achieve the following beneficial effects:

1. The present invention provides a system for comparing energy consumption of household air conditioners based on a social platform, enabling users to understand the energy consumption of their own household air conditioners and the level of energy consumption in their social circles. Comparing with each other, so as to promote users to use air conditioners more energy-saving;

2. In the present invention, the data in the calculation storage module is pushed to the processing module, and the image is drawn by the processing module and displayed in the user operation module, so that the user can intuitively know the energy consumption level of the air conditioner at any time;

3. The present invention enables users to know the energy consumption level of air conditioners of other users in their social circle through the association of social modules and social software, and at the same time recommends energy-saving user operation data in the same area for users as a reference, and grants energy saving in social circles The user's corresponding honor improves the fun of the system;

4. The present invention is simple in structure, easy to realize and apply, and low in cost, which is convenient for users to directly monitor the energy consumption of their own air conditioners in real time, and has great benefits for energy saving.

Description of drawings

Fig. 1 is a structural schematic diagram of a household air conditioner energy consumption comparison system based on a social platform constructed according to a preferred embodiment of the present invention;

Fig. 2 is a working flow chart of a system for comparing energy consumption of household air conditioners based on a social platform constructed according to a preferred embodiment of the present invention.

detailed description

In order to make the object, technical solution and advantages of the present invention clearer, the present invention will be further described in detail below in conjunction with the accompanying drawings and embodiments. It should be understood that the specific embodiments described here are only used to explain the present invention, not to limit the present invention. In addition, the technical features involved in the various embodiments of the present invention described below can be combined with each other as long as they do not constitute a conflict with each other.

Fig. 1 is a schematic structural diagram of a system for comparing energy consumption of household air conditioners based on a social platform constructed according to a preferred embodiment of the present invention. As shown in Figure 1, the user starts the system through the user operation module, that is, the mobile APP, and logs in to the system with a social account, and the system user is bound to the social account. After logging in to the system, set the number of people in the family, age group, house location, house type, air conditioner type, quantity information, and the unique identification code of the air conditioner on the user operation module. The setting of these information is convenient for the calculation and storage module to find out the ability of the same type of user for the user. consume information. Among them, the user needs to set the serial number of the air conditioner, and after setting, the air conditioner is bound to the social account. The air conditioner is equipped with a power metering module and a WIFI module. The power metering module records the energy consumption information of the air conditioner, and uploads the data to the computing storage module regularly (every hour) through the WIFI module, and stores them in the computing storage module. The functions of each module The implementation is as follows:

(1) User operation module. The user operation module has three major functions. First, bind the air conditioner with the user account, and set user-related information, such as house type, air conditioner model, and the number of permanent residents in the home; secondly, send the user's needs to the processing module, and finally send the The data is visualized for users to view. The calculation and storage module will push the user's historical energy consumption data (usually the previous day's energy consumption data) in a fixed period of time, and push the data to the processing module through the network. After the processing module receives the data , draw a line graph according to the change of energy consumption over time, and display it to the user through the user operation module, so that the user can intuitively understand the energy consumption of the air conditioner at a specific moment in a period; in addition, in addition to the active push of the calculation and storage module, the user You can input your own information requirements through the user operation module, such as the total energy consumption of the previous day, the total energy consumption of the previous week, or even the total energy consumption of the quarter. After the calculation and storage module transmits the relevant data of the requested energy consumption information to the processing module, it also Different data visualization purposes can be achieved according to the requirements set by the user in the information request module, such as histograms, graphs, etc.

(2) Social module. Friends in the social module and users who use this mobile APP at the same time, their energy consumption information will also be uploaded to the computing storage module for storage. The consumption value is pushed to the user, so that the user can know the level of energy consumption in their social circle.

(3) Computational storage module. The WIFI module in the air conditioner uploads the user's energy consumption data and the user's operation instructions for the air conditioner to the calculation and storage module. The calculation and storage module compares the energy consumption data uploaded by the WIFI module, and divides the user's energy consumption level according to specific indicators and conditions. For example, by default, the calculation and storage module classifies users whose daily total energy consumption of air conditioners ranks in the top 20% of all users in the same area as "five-star" users, and users who rank in the top 20% to 40% as "four-star" users According to this rule, the remaining users are divided into "three-star" to "one-star" users, among which, "five-star" and "four-star" users are considered energy-saving users, and the remaining users are considered non-energy-saving Users; for the operation instructions of energy-saving users, the calculation and storage module pushes them to non-energy-saving users for reference when using air conditioners for non-energy-saving users; in addition, users can request information according to their own actual conditions. There are many people in the user's home, and the energy-saving user operation instructions divided according to the total energy consumption may not be applicable to the user. The user can set the energy-saving user standards in the user operation module, such as the ranking of energy consumption per unit of resident population in a certain area The top 10% are divided into energy-saving users, and then pushed to the computing storage module through the processing module.

(4) Social module.

For a specific user, the calculation and storage module collects and stores the energy consumption data of all friends in the user's social circle, and arranges and divides the users according to certain standards. For users or user groups within certain criteria, the corresponding "honorary title" is awarded in the social circle. For example, for a specific day, select the user with the least total energy consumption of the air conditioner in the social circle to be awarded the title of "Single Day Energy Saving Model", and award the title of "Energy Saving Model" to the user who has the largest reduction in energy consumption for two consecutive days, etc. . The calculation and storage module pushes the title to the processing module, and the processing module receives the information and publishes the information in the social circle of the corresponding user so that all users can see it. For users, mutual energy consumption comparison is promoted, thereby promoting energy saving.

Fig. 2 is a working flow chart of a system for comparing energy consumption of household air conditioners based on a social platform constructed according to a preferred embodiment of the present invention. As shown in Figure 2, the air conditioner wifi module will periodically read the user's air conditioner power consumption information collected by the power metering module for a period of time, as well as the user's operation command data for the air conditioner, and then the air conditioner wifi module will transmit the data to the calculation and storage module. The calculation and storage module will compare all user data according to the set indicators (such as energy consumption), and transmit the comparison results and user energy consumption indicators to the processing module. The processing module visually displays the comparison results and energy consumption indicators on the display module and presents them to users. Among them, the visualization scheme and energy consumption indicators can be selected by the user, and the processing module draws and displays according to different user needs. At the same time, the calculation and storage module will be in After the comparison, the user’s energy consumption index level will be judged, including two contents: 1) The user’s energy consumption index is compared with the set energy-saving level threshold, and if the energy-saving index is reached, the calculation and storage module will transmit the result To the processing module, and the processing module will award the honorary title in the user's social module. If the energy saving index is not reached, the computing storage module will push the energy saving user's operation data to the user through the processing module; 2) The user's energy consumption index Compared with the user’s energy consumption index in the same region, if the user’s energy consumption index is within the range of the energy-saving level in the same region (such as the top 5%), the user’s operation data is considered to be energy-saving operation data, and the The operation data is recommended to non-energy-saving users and users who have not reached the energy-saving index. If the user has not reached the energy-saving level, the energy-saving operation data of the energy-saving user will be pushed to the user. Among them, if the user is interested in user data with a higher ranking , if you want to know the user’s energy consumption index information, you can enter your own needs in the information request module, such as the data of users with the highest air-conditioning energy consumption index under a certain type of apartment, the calculation and storage module will push the message to the user after accepting the request .

Those skilled in the art can easily understand that the above descriptions are only preferred embodiments of the present invention, and are not intended to limit the present invention. Any modifications, equivalent replacements and improvements made within the spirit and principles of the present invention, All should be included within the protection scope of the present invention.

Claims (6)

1. A household air conditioner energy consumption comparison system based on a social platform, characterized in that the system includes a power metering module, a computing storage module, a processing module, a user operation module and a social module, wherein, The power metering module is connected to the calculation and storage module through the air conditioner, and is used to measure the power consumption of the user's air conditioner and transmit it to the air conditioner; The calculation and storage module is connected to the processing module. On the one hand, the calculation and storage module stores and transmits the operation instructions from the air conditioner to the processing module; on the other hand, it ranks the power consumption of the air conditioners from different users, At the same time, compare and determine the power consumption of the air conditioner with the preset energy-saving level and energy-saving level value, and transmit the ranking and the result of the comparison and determination to the processing module; The processing module is connected to the social module and the user operation module at the same time. On the one hand, the processing module sends the received operation instructions, the rankings and the results of the comparison and judgment to the social module and the user operation module. The user operation module, on the other hand, transmits the requirements of the user operation module to the calculation and storage module, and draws the feedback result of the calculation and storage module into an image according to the user's demand and sends it to the user operation module; The user operation module is used for users to log in to the system, input user requirements and display calculation results from the calculation storage module, and at the same time bind the user account with the air conditioner and the social module account; The social module is used to share the comparison and judgment result in the calculation and storage module with multiple user operation modules. 2. The system according to claim 1, wherein the system is preferentially applicable to mobile phones and wireless terminals with operating systems such as IOS, android, and windows. 3. The system according to claim 1 or 2, wherein the social module preferably adopts social software such as WeChat and QQ. 4. The system according to any one of claims 1-3, characterized in that the user air conditioner preferably adopts a non-centralized cooling or heating air conditioning system other than central air conditioning, such as a split air conditioner, multi-split. 5. The system according to any one of claims 1-4, wherein the image drawn by the processing module is preferably in the form of a pie chart, a histogram, or a line chart. 6. The system according to any one of claims 1-5, wherein the computing and storage module preferably adopts a cloud server.