阅读说明：本技术 一种充电桩充电控制系统及控制方法 (Charging control system and method for charging pile ) 是由 陈鹰珊 于 2020-06-03 设计创作，主要内容包括：本发明提出了一种充电桩充电控制系统及控制方法,其控制系统包括智能充电桩、与智能充电桩电性连接的充电插接头、手机端以及安装在手机端的手机APP,所述智能充电桩上设置有显示模块,所述显示模块包括电量显示模块和二维码生成模块,所述充电插接头包括电量检测模块、充断电控制模块和自动夹紧机构,所述电量检测模块通过数据传输线单向电性连接有内置在智能充电桩内部的智能充电桩控制器。本发明智能化程度高,可以自动的计算出电池充电所需要的费用,也有效避免了电池发生过充的现象,同时充电插接头在对电池进行充电时不会发生碰掉的现象。(The invention provides a charging control system and a charging control method for a charging pile, wherein the control system comprises an intelligent charging pile, a charging plug-in connector electrically connected with the intelligent charging pile, a mobile phone end and a mobile phone APP installed at the mobile phone end, a display module is arranged on the intelligent charging pile and comprises an electric quantity display module and a two-dimensional code generation module, the charging plug-in connector comprises an electric quantity detection module, a charging and breaking control module and an automatic clamping mechanism, and the electric quantity detection module is electrically connected with an intelligent charging pile controller built in the intelligent charging pile in a one-way mode through a data transmission line. The intelligent charging system has high intelligent degree, can automatically calculate the cost required by charging the battery, effectively avoids the phenomenon of overcharging of the battery, and simultaneously prevents the charging plug connector from being knocked down when the battery is charged.)

1. The utility model provides a fill electric pile charge control system, include intelligent charging stake, with intelligent charging stake electric connection's bayonet joint, cell-phone end and install the cell-phone APP at the cell-phone end, be provided with display module on the intelligent charging stake, display module includes electric quantity display module and two-dimensional code generation module, a serial communication port, the bayonet joint that charges includes electric quantity detection module, charge and outage control module and self-holding mechanism, electric quantity detection module has the built-in intelligent charging stake controller inside the intelligent charging stake through the one-way electric connection of data transmission line, and the intelligent charging stake controller has battery electric quantity data processing module through the two-way electric connection of data transmission line, and the output of intelligent charging stake controller has the input of first synchronization module and the input of second synchronization module through the one-way electric connection of data transmission line respectively, the output of second synchronization module with the input of charge and outage control module and the transmission of self-holding mechanism The input end electric connection, the output electric connection of first synchronization module has the input of electric quantity display module and the input of expense calculation module, and the output electric connection of expense calculation module has the input of two-dimensional code generation module, two-dimensional code generation module cooperatees with cell-phone APP, and cell-phone APP wireless connection has the built-in reservation information memory module inside intelligent charging stake, and intelligent charging stake controller electric connection has information generation module and reservation information memory module, and information generation module and cell-phone end cooperate.

2. The charging control system of charging pile of claim 1, wherein the electric quantity detecting module is used for detecting the electric quantity of the battery to be charged, and the electric quantity detecting module sends the detected battery electric quantity data to the intelligent charging pile controller through the data transmission line, the intelligent charging pile controller sends the battery electric quantity data transmitted by the electric quantity detecting module to the battery electric quantity data processing module, the battery electric quantity data processing module processes the battery electric quantity data according to the battery electric quantity data sent by the intelligent charging pile controller to obtain the electric quantity percentage of the battery to be charged, the battery electric quantity data processing module sends the obtained result to the intelligent charging pile controller, the intelligent charging pile controller displays the result on the electric quantity display module through the first synchronization module, and the intelligent charging pile controller sends the result to the cost calculation module through the first synchronization module, and the charge calculation module calculates the charge according to the percentage of the electric quantity required to be charged of the battery sent by the intelligent charging pile controller.

3. The charging control system of claim 1, wherein the fee calculation module sends the calculated fee to the two-dimensional code generation module, and the two-dimensional code generation module generates a corresponding two-dimensional code and displays the two-dimensional code on the display module.

4. The charging pile charging control system according to claim 1, characterized in that the mobile phone APP is a WeChat APP or a Paobao APP, the mobile phone APP scans the two-dimensional code displayed on the display module by utilizing the code scanning function of the mobile phone APP, the mobile phone APP can enter a payment page, a user pays on the payment page of the mobile phone APP, the mobile phone APP automatically sends the self-associated mobile phone number to the reserved information memory module after payment is completed for storage, and the mobile phone APP synchronously controls the charging and interrupting control module and the automatic clamping mechanism through the intelligent charging pile controller and the second synchronization module.

5. The charging control system of the charging pile according to claim 1, wherein the intelligent charging pile controller controls the information generation module to generate charging completion information according to the mobile phone number stored in the reserved information memory module under the control of the electric quantity detection module, and the information generation module sends the generated information to the corresponding mobile phone terminal.

6. A charging control method of a charging pile is characterized by comprising the following steps:

s1: firstly, a charging plug is plugged into a battery socket on an electric vehicle, an electric quantity detection module on the charging plug detects the electric quantity of a battery, and the electric quantity detection module can obtain the electric quantity of the battery to be charged;

s2, the electric quantity detection module in S1 sends the detected battery electric quantity data to the intelligent charging pile controller through a data transmission line, the intelligent charging pile controller sends the battery electric quantity data transmitted by the electric quantity detection module to the battery electric quantity data processing module, and the battery electric quantity data processing module processes the battery electric quantity data according to the battery electric quantity data sent by the intelligent charging pile controller to obtain the electric quantity percentage required to be charged by the battery;

s3: the battery electric quantity data processing module in the S2 sends the obtained result to the intelligent charging pile controller, the intelligent charging pile controller displays the result on the electric quantity display module through the first synchronization module, meanwhile, the intelligent charging pile controller sends the result to the cost calculation module through the first synchronization module, and the cost calculation module calculates the cost according to the electric quantity percentage required to be charged by the battery and sent by the intelligent charging pile controller;

s4: the expense calculation module in the S3 sends the expense calculated by the expense calculation module to the two-dimensional code generation module, and the two-dimensional code generation module generates a corresponding two-dimensional code and displays the two-dimensional code on the display module;

s5: the method comprises the steps that a user scans a two-dimensional code displayed on a display module by using a mobile phone APP on a mobile phone terminal, the mobile phone APP can enter a payment page, the user pays on the payment page of the mobile phone APP, the mobile phone APP automatically sends a self-associated mobile phone number to a reserved information memory module for storage after payment is completed, meanwhile, the mobile phone APP also synchronously controls a charging and disconnecting control module and an automatic clamping mechanism through an intelligent charging pile controller and a second synchronous module, the charging and disconnecting control module can control the charging and disconnecting control module on a charging plug connector to be electrified under the control of the intelligent charging pile controller, so that the charging plug connector starts to charge a battery on the electric vehicle, and meanwhile, the automatic clamping mechanism can clamp the battery under the control of the intelligent charging pile controller;

s6: when the electric quantity detection module detects that the battery is full of electricity, the intelligent charging pile controller is under the control of the electric quantity detection module, the intelligent charging pile controller synchronously controls the charging and disconnecting control module and the automatic clamping mechanism through the second synchronization module, the charging and disconnecting control module can control the charging and disconnecting control module on the charging plug connector to be powered off under the control of the intelligent charging pile controller, the charging plug connector starts to stop charging the battery on the electric vehicle, meanwhile, the automatic clamping mechanism releases clamping of the battery under the control of the intelligent charging pile controller, the intelligent charging pile controller can also generate charging completion information according to the mobile phone number control information generation module stored in the reserved information memory module, and the information generation module sends the generated information to the corresponding mobile phone terminal.

Technical Field

The invention relates to the technical field of charging piles, in particular to a charging control system and a charging control method of a charging pile.

Background

At present, energy conservation, environmental protection and low-carbon life are hot subjects, and the electric vehicle is widely popularized by the nation in order to achieve the aim of emission reduction. The electric vehicle does not emit carbon dioxide and tail gas, is very favorable for treating environmental pollution and reducing tail gas emission, and the electric power can be obtained by various energy sources, such as thermal power, hydroelectric power, nuclear power, wind power, solar power and the like. How to charge the electric motor car is an important subject, fills electric pile and can effectively solve the difficult problem of charging. Although the charging pile can rapidly charge the electric vehicle, the intelligent degree is low, and the phenomenon that the charging plug connector falls off can occur in the charging process, so that a charging pile charging control system and a charging pile charging control method are provided.

Disclosure of Invention

Based on the problems in the prior art, the invention provides a charging control system and a charging control method for a charging pile.

In order to achieve the purpose, the invention adopts the following technical scheme:

a charging control system of a charging pile comprises an intelligent charging pile, a charging plug, a mobile phone end and a mobile phone APP, wherein the charging plug is electrically connected with the intelligent charging pile, the mobile phone APP is installed at the mobile phone end, a display module is arranged on the intelligent charging pile and comprises an electric quantity display module and a two-dimensional code generation module, the charging plug comprises an electric quantity detection module, a charging and breaking control module and an automatic clamping mechanism, the electric quantity detection module is unidirectionally and electrically connected with an intelligent charging pile controller which is arranged in the intelligent charging pile through a data transmission line, the intelligent charging pile controller is bidirectionally and electrically connected with a battery electric quantity data processing module through the data transmission line, the output end of the intelligent charging pile controller is unidirectionally and electrically connected with the input end of a first synchronization module and the input end of a second synchronization module through the data transmission line, and the output end of the second synchronization module is respectively and electrically connected with the, the utility model discloses a smart charging pile, including first synchronization module, cost calculation module, mobile phone APP, intelligent charging pile controller, first synchronization module's output electric connection has the input of electric quantity display module and the input of cost calculation module, and the output electric connection of cost calculation module has the input of two-dimensional code generation module, two-dimensional code generation module and mobile phone APP cooperate, and mobile phone APP wireless connection has the built-in reservation information memory module inside the intelligent charging pile, and intelligent charging pile controller electric connection has information generation module and reservation information memory module, and information generation module and cell-phone end cooperate.

Preferably, the electric quantity detection module is used for detecting the electric quantity of the battery to be charged, the electric quantity detection module sends the detected battery electric quantity data to the intelligent charging pile controller through the data transmission line, the intelligent charging pile controller sends the battery electric quantity data transmitted by the electric quantity detection module to the battery electric quantity data processing module, the battery electric quantity data processing module processes the battery electric quantity data according to the battery electric quantity data sent by the intelligent charging pile controller to obtain the electric quantity percentage required to be charged by the battery, the battery electric quantity data processing module sends the obtained result to the intelligent charging pile controller, and the intelligent charging pile controller displays the result on the electric quantity display module through the first synchronization module, meanwhile, the intelligent charging pile controller sends the charge to the charge calculation module through the first synchronization module, and the charge calculation module calculates the charge according to the percentage of the electric quantity required to be charged of the battery sent by the intelligent charging pile controller.

Preferably, the fee calculation module sends the calculated fee to the two-dimensional code generation module, and the two-dimensional code generation module generates a corresponding two-dimensional code and displays the two-dimensional code on the display module.

Preferably, cell-phone APP is WeChat APP or pay precious APP, and cell-phone APP utilizes its self to sweep the two-dimensional code that the sign indicating is gone up to the display module and scans, and cell-phone APP can get into a payment page, and the user pays on cell-phone APP's payment page, and cell-phone APP is automatic after the payment is accomplished to send the cell-phone number of self relevance to reserve information memory module on and save, and cell-phone APP still carries out synchro control to charging and breaking control module and automatic clamping mechanism through intelligent charging stake controller and second synchronization module simultaneously.

Preferably, the intelligent charging pile controller generates charging completion information according to the mobile phone number control information generation module stored in the reserved information memory module under the control of the electric quantity detection module, and the information generation module sends the generated information to the corresponding mobile phone terminal.

The invention also provides a charging control method of the charging pile, which comprises the following steps:

s1: firstly, a charging plug is plugged into a battery socket on an electric vehicle, an electric quantity detection module on the charging plug detects the electric quantity of a battery, and the electric quantity detection module can obtain the electric quantity of the battery to be charged;

s2, the electric quantity detection module in S1 sends the detected battery electric quantity data to the intelligent charging pile controller through a data transmission line, the intelligent charging pile controller sends the battery electric quantity data transmitted by the electric quantity detection module to the battery electric quantity data processing module, and the battery electric quantity data processing module processes the battery electric quantity data according to the battery electric quantity data sent by the intelligent charging pile controller to obtain the electric quantity percentage required to be charged by the battery;

s3: the battery electric quantity data processing module in the S2 sends the obtained result to the intelligent charging pile controller, the intelligent charging pile controller displays the result on the electric quantity display module through the first synchronization module, meanwhile, the intelligent charging pile controller sends the result to the cost calculation module through the first synchronization module, and the cost calculation module calculates the cost according to the electric quantity percentage required to be charged by the battery and sent by the intelligent charging pile controller;

s4: the expense calculation module in the S3 sends the expense calculated by the expense calculation module to the two-dimensional code generation module, and the two-dimensional code generation module generates a corresponding two-dimensional code and displays the two-dimensional code on the display module;

s5: the method comprises the steps that a user scans a two-dimensional code displayed on a display module by using a mobile phone APP on a mobile phone terminal, the mobile phone APP can enter a payment page, the user pays on the payment page of the mobile phone APP, the mobile phone APP automatically sends a self-associated mobile phone number to a reserved information memory module for storage after payment is completed, meanwhile, the mobile phone APP also synchronously controls a charging and disconnecting control module and an automatic clamping mechanism through an intelligent charging pile controller and a second synchronous module, the charging and disconnecting control module can control the charging and disconnecting control module on a charging plug connector to be electrified under the control of the intelligent charging pile controller, so that the charging plug connector starts to charge a battery on the electric vehicle, and meanwhile, the automatic clamping mechanism can clamp the battery under the control of the intelligent charging pile controller;

s6: when the electric quantity detection module detects that the battery is full of electricity, the intelligent charging pile controller is under the control of the electric quantity detection module, the intelligent charging pile controller synchronously controls the charging and disconnecting control module and the automatic clamping mechanism through the second synchronization module, the charging and disconnecting control module can control the charging and disconnecting control module on the charging plug connector to be powered off under the control of the intelligent charging pile controller, the charging plug connector starts to stop charging the battery on the electric vehicle, meanwhile, the automatic clamping mechanism releases clamping of the battery under the control of the intelligent charging pile controller, the intelligent charging pile controller can also generate charging completion information according to the mobile phone number control information generation module stored in the reserved information memory module, and the information generation module sends the generated information to the corresponding mobile phone terminal.

Compared with the prior art, the intelligent charging system has high intelligent degree, can automatically calculate the cost required by battery charging, effectively avoids the phenomenon of battery overcharge, and simultaneously prevents the phenomenon of collision of the charging plug connector during the charging of the battery.

Drawings

Fig. 1 is a system block diagram of a charging control system for a charging pile according to 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.

Referring to fig. 1, this embodiment provides a fill electric pile charge control system, including intelligent charging stake, with intelligent charging stake electric connection's the bayonet joint that charges, the cell-phone end and install the cell-phone APP at the cell-phone end, be provided with the display module on the intelligent charging stake, the display module includes electric quantity display module and two-dimensional code generation module, the bayonet joint that charges includes electric quantity detection module, charge and cut off control module and self-holding mechanism, electric quantity detection module has the intelligent charging stake controller of built-in inside intelligent charging stake through the one-way electric connection of data transmission line, the two-way electric connection of intelligent charging stake controller through data transmission line has battery power data processing module, the output of intelligent charging stake controller has the input of first synchronization module and the input of second synchronization module through the one-way electric connection of data transmission line respectively, the output of second synchronization module respectively with the input of charge and cut off control module and the input The intelligent charging system comprises a first synchronization module, a second synchronization module, a mobile phone APP and a mobile phone controller, wherein the output end of the first synchronization module is electrically connected with the input end of an electric quantity display module and the input end of a charge calculation module, the output end of the charge calculation module is electrically connected with the input end of a two-dimensional code generation module, the two-dimensional code generation module is matched with the mobile phone APP, the mobile phone APP is a WeChat APP or a Paibao APP, the mobile phone APP is wirelessly connected with a reserved information memory module which is internally arranged in the intelligent charging pile, the intelligent charging pile controller is electrically connected with the information generation module and the reserved information memory module, and the information generation module is matched with the mobile phone end.

The embodiment further provides a charging control method of the charging pile, which comprises the following steps:

s1: firstly, a charging plug is plugged into a battery socket on an electric vehicle, an electric quantity detection module on the charging plug detects the electric quantity of a battery, and the electric quantity detection module can obtain the electric quantity of the battery to be charged;

s2, the electric quantity detection module in S1 sends the detected battery electric quantity data to the intelligent charging pile controller through a data transmission line, the intelligent charging pile controller sends the battery electric quantity data transmitted by the electric quantity detection module to the battery electric quantity data processing module, and the battery electric quantity data processing module processes the battery electric quantity data according to the battery electric quantity data sent by the intelligent charging pile controller to obtain the electric quantity percentage required to be charged by the battery;

s3: the battery electric quantity data processing module in the S2 sends the obtained result to the intelligent charging pile controller, the intelligent charging pile controller displays the result on the electric quantity display module through the first synchronization module, meanwhile, the intelligent charging pile controller sends the result to the cost calculation module through the first synchronization module, and the cost calculation module calculates the cost according to the electric quantity percentage required to be charged by the battery and sent by the intelligent charging pile controller;

s4: the expense calculation module in the S3 sends the expense calculated by the expense calculation module to the two-dimensional code generation module, and the two-dimensional code generation module generates a corresponding two-dimensional code and displays the two-dimensional code on the display module;

s5: the method comprises the steps that a user scans a two-dimensional code displayed on a display module by using a mobile phone APP on a mobile phone terminal, the mobile phone APP can enter a payment page, the user pays on the payment page of the mobile phone APP, the mobile phone APP automatically sends a self-associated mobile phone number to a reserved information memory module for storage after payment is completed, meanwhile, the mobile phone APP also synchronously controls a charging and disconnecting control module and an automatic clamping mechanism through an intelligent charging pile controller and a second synchronous module, the charging and disconnecting control module can control the charging and disconnecting control module on a charging plug connector to be electrified under the control of the intelligent charging pile controller, so that the charging plug connector starts to charge a battery on the electric vehicle, and meanwhile, the automatic clamping mechanism can clamp the battery under the control of the intelligent charging pile controller;

s6: when the electric quantity detection module detects that the battery is full of electricity, the intelligent charging pile controller is under the control of the electric quantity detection module, the intelligent charging pile controller synchronously controls the charging and disconnecting control module and the automatic clamping mechanism through the second synchronization module, the charging and disconnecting control module can control the charging and disconnecting control module on the charging plug connector to be powered off under the control of the intelligent charging pile controller, the charging plug connector starts to stop charging the battery on the electric vehicle, meanwhile, the automatic clamping mechanism releases clamping of the battery under the control of the intelligent charging pile controller, the intelligent charging pile controller can also generate charging completion information according to the mobile phone number control information generation module stored in the reserved information memory module, and the information generation module sends the generated information to the corresponding mobile phone terminal.

The above description is only for the preferred embodiment of the present invention, but the scope of the present invention is not limited thereto, and any person skilled in the art should be considered to be within the technical scope of the present invention, and the technical solutions and the inventive concepts thereof according to the present invention should be equivalent or changed within the scope of the present invention.