CN204536975U - The power output device that the real-time custom curve of a kind of foundation controls flexibly - Google Patents
The power output device that the real-time custom curve of a kind of foundation controls flexibly Download PDFInfo
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- CN204536975U CN204536975U CN201420863721.0U CN201420863721U CN204536975U CN 204536975 U CN204536975 U CN 204536975U CN 201420863721 U CN201420863721 U CN 201420863721U CN 204536975 U CN204536975 U CN 204536975U
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Abstract
The power output device that the real-time custom curve of a kind of foundation controls flexibly, this device is by man-machine interaction unit (4) connection control terminal unit (5), control terminal unit (5) connects electric current, power consumption collecting unit (1), voltage acquisition unit (2), power control unit (3) respectively, and load is connected with electric current, power consumption collecting unit (1), voltage acquisition unit (2), power control unit (3) respectively.The arrangement achieves and control power by real-time custom curve and output to load by curve values, achieve representing in real time of load current, voltage and power consumption simultaneously.
Description
Technical field
The utility model relates to self-defined flexible control power output device, belongs to field of intelligent control.
Background technology
The investigation and application of Intelligent Control Theory is the expansion of modern control theory on depth & wideth.Since 21 century, the fast development of infotech, computer technology and the development of other related disciplines and interpenetrate, also promoted to control deepening continuously of scientific theory and engineering research, control system has become a kind of trend to the development of intelligent control system.Based Intelligent Control is a kind of emerging research field, and no matter in theory still in practice, all also immature, imperfection, needs to explore further and develop.
Power regulating eqiupment is used for power and controls; domestic literature report is more; intelligent, numeric type product also has development and application, comprise integrate single-phase voltage regulating/Power Regulation power regulating eqiupment, there is the power regulating eqiupment of defencive function, the intelligent digital three phase ac voltage regulation power regulating eqiupment based on DSP such as current limit and overcurrent warning.Power regulating eqiupment has application in a lot, application comprising in electric automobile charging pile: charging pile can read charge requirement parameter that the BMS system of vehicle own provides and be converted to curve map, thus exports the best real time charging voltage, electric current etc. of Vehicular battery demand in real time according to curve map.The power output device that the real-time custom curve of a kind of foundation of the utility model introduction controls flexibly, just can control power according to custom curve and output to load according to curve values, therefore, when realizing charging electric vehicle output power function, this technology of application is applicable to.
Utility model content
General output control device is regulated by rotary switch.The utility model provides the power output device that the real-time custom curve of a kind of foundation controls flexibly, the arrangement achieves and control power by real-time custom curve and output to load by curve values, achieve representing in real time of load current, voltage and power consumption simultaneously.
To achieve these goals, the technical scheme that the utility model adopts is:
The power output device that the real-time custom curve of a kind of foundation controls flexibly, the utility model is characterised in that, this device is by man-machine interaction unit connection control terminal unit, control terminal unit connects electric current, power consumption collecting unit, voltage acquisition unit, power control unit respectively, and load is connected with electric current, power consumption collecting unit, voltage acquisition unit, power control unit respectively; Wherein:
A, electric current, power consumption collecting unit, as electric current, the power consumption data acquisition module of power output device, use electric energy meter and load in series, to be communicated and carry out the data acquisition of electric current, power consumption by RS485 interface with main control terminal;
B, voltage acquisition unit, as the voltage data acquisition module of power output device, are used voltage sensor in parallel with load, to be communicated and carry out magnitude of voltage collection by RS485 interface with main control terminal;
C, power control unit, as the power control module of power output device, are used power regulating eqiupment to be connected with load, to be communicated and carry out power adjustments by RS485 interface with main control end;
D, man-machine interaction unit are as the human-computer interaction module of power output device, use the data that touch-screen display electric current, power consumption collecting unit, voltage acquisition unit gather, and the curve combining real-time rendering is on the touchscreen to manipulate power control unit, outputs to load to realize power by curve numerical value;
E, control terminal unit, as the main control module of power output device, use MCU controller module to connect electric current, power consumption collecting unit, voltage acquisition unit, power control unit and man-machine interaction unit, carry out unified management control to each module.
Electric current described in the utility model, power consumption collecting unit are the equipment that can be gathered load current and power consumption by RS485 interface; Described voltage acquisition unit is a device that can be gathered load alternating current pressure data by RS485 interface; Described power control unit is one can carry out to load the device that realtime power exports control by RS485 interface; Described man-machine interaction unit is 7 cun of touch-screens; Described control terminal unit is a MCU controller having multiple RS485 interface.
Electric current described in the utility model, power consumption collecting unit comprise the software module of electric current, power consumption collecting device, the collection electric current be deployed on MCU controller, power consumption; Described voltage acquisition unit comprises AC voltage sensor, the software module of the collection voltage be deployed on MCU controller; Described power control unit comprises power regulating eqiupment, the power control software module be deployed on MCU controller; Described man-machine interaction unit comprises 7 cun of touch-screens, the human-computer interaction interface software module be deployed on MCU controller.
Human-computer interaction interface software module described in the utility model, major function is that load current value is shown, load power consumption is shown, load voltage values is shown and controls according to the real-time custom curve of user power to output to load function by curve values.
1, modular design, clear in structure
Power output device comprises electric current, power consumption collecting unit, voltage acquisition unit, power control unit (3), man-machine interaction unit and control terminal unit.
2, data acquisition module
Use electric energy meter be connected with load for gathering load current and power consumption, electric energy meter is communicated with main control terminal by RS485 interface, main control terminal transmitting order to lower levels to electric energy meter, the electric current of Real-time Collection load and power consumption data; Use AC voltage sensor to be connected magnitude of voltage for gathering load with load, AC voltage sensor is communicated with main control terminal by RS485 interface, main control terminal transmitting order to lower levels to AC voltage sensor, the magnitude of voltage of Real-time Collection load.
3, power control module
Use power regulating eqiupment to be connected with load, for controlling the output power of load, power regulating eqiupment is communicated with main control terminal by RS485 interface, and main control terminal transmitting order to lower levels is to power regulating eqiupment, thus the power controlling to output to load changes.
4, man-machine interaction and main control module
The software program of whole system is deployed on main control module, and main control module is undertaken being connected and communicating by RS485 interface and each submodule, and the electric current that submodule gathers by main control terminal, voltage and power consumption information real-time exhibition are on touch-screen.User on the touchscreen in the mode of the self-defined power stage controlling curve of real-time rendering, can control power and outputs to load by curve values in real time.
The each module of the utility model all conveniently module making method makes or buys.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model;
Fig. 2 is detailed electrical connection diagram of the present utility model.
Embodiment
Below in conjunction with Fig. 1, Fig. 2, detailed description is further done to the utility model:
The power output device that the real-time custom curve of a kind of foundation controls flexibly, the utility model is characterised in that, this device is by man-machine interaction list 4 connection control terminal unit 5, control terminal unit 5 connects electric current, power consumption collecting unit 1, voltage acquisition unit 2, power control unit 3 respectively, and load is connected with electric current, power consumption collecting unit 1, voltage acquisition unit 2, power control unit 3 respectively; Wherein:
A, electric current, power consumption collecting unit 1, as electric current, the power consumption data acquisition module of power output device, use electric energy meter and load in series, to be communicated and carry out the data acquisition of electric current, power consumption by RS485 interface with main control terminal;
B, voltage acquisition unit 2, as the voltage data acquisition module of power output device, are used voltage sensor in parallel with load, to be communicated and carry out magnitude of voltage collection by RS485 interface with main control terminal;
C, power control unit 3, as the power control module of power output device, are used power regulating eqiupment to be connected with load, to be communicated and carry out power adjustments by RS485 interface with main control end;
D, man-machine interaction unit 4 are as the human-computer interaction module of power output device, use the data that touch-screen display electric current, power consumption collecting unit 1, voltage acquisition unit 2 gather, and the curve combining real-time rendering is on the touchscreen to manipulate power control unit 3, outputs to load to realize power by curve numerical value;
E, control terminal unit 5, as the main control module of power output device, use MCU controller module to connect electric current, power consumption collecting unit 1, voltage acquisition unit 2, power control unit 3 and man-machine interaction unit 4, carry out unified management control to each module.
Electric current described in the utility model, power consumption collecting unit 1 are the equipment that can be gathered load current and power consumption by RS485 interface; Described voltage acquisition unit 2 is the devices that can be gathered load alternating current pressure data by RS485 interface; Described power control unit 3 is one can carry out to load the device that realtime power exports control by RS485 interface; Described man-machine interaction unit 4 is 7 cun of touch-screens; Described control terminal unit 5 is the MCU controllers having multiple RS485 interface.
Electric current described in the utility model, power consumption collecting unit 1 comprise the software module of electric current, power consumption collecting device, the collection electric current be deployed on MCU controller, power consumption; Described voltage acquisition unit 2 comprises AC voltage sensor, the software module of the collection voltage be deployed on MCU controller; Described power control unit 3 comprises power regulating eqiupment, the power control software module be deployed on MCU controller; Described man-machine interaction unit 4 comprises 7 cun of touch-screens, the human-computer interaction interface software module be deployed on MCU controller.
Human-computer interaction interface software module described in the utility model, major function is that load current value is shown, load power consumption is shown, load voltage values is shown and controls according to the real-time custom curve of user power to output to load function by curve values.
As Fig. 1, the utility model power output device gathers the electric current of load, power consumption and voltage data by electric current, power consumption collecting unit 1 and voltage acquisition unit 2, by the output power of power control unit 3 control load, show the electric current of load, power consumption and voltage data by man-machine interaction unit 4 and control power output to load by curve values, each subelement module of the overall control and management of control terminal unit 5 by drawing custom curve.
As Fig. 2, the utility model power output device is formed primarily of data collector, power regulating eqiupment, human-computer interaction device and main control terminal.
Wherein data collector comprises the software module of electric current, power consumption harvester, AC voltage sensor, collection electric current, power consumption and the voltage data be deployed in main control terminal; Wherein power regulating eqiupment comprises PWM waveform generator, bidirectional triode thyristor, is deployed in the software module of control load power stage in main control terminal; Wherein human-computer interaction device comprises touch-screen, is deployed in main control terminal for representing the software module of electric current, power consumption and magnitude of voltage and allowing the software module of user's curve plotting; Wherein main control terminal comprises the MCU control panel with multiple RS485 interface and the software module be deployed on MCU control panel.
Wherein main control terminal is communicated with power regulating eqiupment with electric energy meter, AC voltage sensor by RS485 interface, and the real-time current, power consumption and the magnitude of voltage that electric energy meter, AC voltage sensor are detected represent on touch-screen; User can self-defined curve plotting on the touchscreen, by main control terminal by controlling power regulating eqiupment, exports corresponding power to load in real time according to curve values.
Claims (3)
1. the power output device that controls flexibly of the real-time custom curve of foundation, it is characterized in that, this device is by man-machine interaction unit (4) connection control terminal unit (5), control terminal unit (5) connects electric current, power consumption collecting unit (1), voltage acquisition unit (2), power control unit (3) respectively, and load is connected with electric current, power consumption collecting unit (1), voltage acquisition unit (2), power control unit (3) respectively; Wherein:
A, electric current, power consumption collecting unit (1), as electric current, the power consumption data acquisition module of power output device, use electric energy meter and load in series, to be communicated and carry out the data acquisition of electric current, power consumption by RS485 interface with main control terminal;
B, voltage acquisition unit (2), as the voltage data acquisition module of power output device, are used voltage sensor in parallel with load, to be communicated and carry out magnitude of voltage collection by RS485 interface with main control terminal;
C, power control unit (3), as the power control module of power output device, are used power regulating eqiupment to be connected with load, to be communicated and carry out power adjustments by RS485 interface with main control end;
D, man-machine interaction unit (4) are as the human-computer interaction module of power output device, use the data that touch-screen display electric current, power consumption collecting unit (1), voltage acquisition unit (2) gather, and the curve combining real-time rendering is on the touchscreen to manipulate power control unit (3), outputs to load to realize power by curve numerical value;
E, control terminal unit (5) are as the main control module of power output device, use MCU controller module to connect electric current, power consumption collecting unit (1), voltage acquisition unit (2), power control unit (3) and man-machine interaction unit (4), unified management control is carried out to each module.
2. the power output device that controls flexibly of the real-time custom curve of a kind of foundation according to claim 1, it is characterized in that, described electric current, power consumption collecting unit (1) are the equipment that can be gathered load current and power consumption by RS485 interface; Described voltage acquisition unit (2) is a device that can be gathered load alternating current pressure data by RS485 interface; Described power control unit (3) is one can carry out to load the device that realtime power exports control by RS485 interface; Described man-machine interaction unit (4) is 7 cun of touch-screens; Described control terminal unit (5) is a MCU controller having multiple RS485 interface.
3. the power output device that controls flexibly of the real-time custom curve of a kind of foundation according to claim 1, it is characterized in that, described electric current, power consumption collecting unit (1) comprise the software module of electric current, power consumption collecting device, the collection electric current be deployed on MCU controller, power consumption; Described voltage acquisition unit (2) comprises AC voltage sensor, the software module of the collection voltage be deployed on MCU controller; Described power control unit (3) comprises power regulating eqiupment, the power control software module be deployed on MCU controller; Described man-machine interaction unit (4) comprises 7 cun of touch-screens, the human-computer interaction interface software module be deployed on MCU controller.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420863721.0U CN204536975U (en) | 2014-12-31 | 2014-12-31 | The power output device that the real-time custom curve of a kind of foundation controls flexibly |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420863721.0U CN204536975U (en) | 2014-12-31 | 2014-12-31 | The power output device that the real-time custom curve of a kind of foundation controls flexibly |
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| Publication Number | Publication Date |
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| CN204536975U true CN204536975U (en) | 2015-08-05 |
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| CN201420863721.0U Withdrawn - After Issue CN204536975U (en) | 2014-12-31 | 2014-12-31 | The power output device that the real-time custom curve of a kind of foundation controls flexibly |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104516392A (en) * | 2014-12-31 | 2015-04-15 | 昆明能讯科技有限责任公司 | Power output device flexibly controlled through real-time user-defined curve |
-
2014
- 2014-12-31 CN CN201420863721.0U patent/CN204536975U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104516392A (en) * | 2014-12-31 | 2015-04-15 | 昆明能讯科技有限责任公司 | Power output device flexibly controlled through real-time user-defined curve |
| CN104516392B (en) * | 2014-12-31 | 2016-08-17 | 昆明能讯科技有限责任公司 | The power output device that the real-time custom curve of a kind of foundation controls flexibly |
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| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20150805 Effective date of abandoning: 20160817 |
|
| C25 | Abandonment of patent right or utility model to avoid double patenting |