CN205544599U - Photovoltaic case becomes measurement and control device's operation ware - Google Patents
Photovoltaic case becomes measurement and control device's operation ware Download PDFInfo
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- CN205544599U CN205544599U CN201620214328.8U CN201620214328U CN205544599U CN 205544599 U CN205544599 U CN 205544599U CN 201620214328 U CN201620214328 U CN 201620214328U CN 205544599 U CN205544599 U CN 205544599U
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Abstract
The utility model provides a photovoltaic case becomes measurement and control device's operation ware, this photovoltaic case becomes measurement and control device's operation ware include display module, CPU processing unit and communication module, and display module and communication module connect in CPU processing unit, and the signal that the photovoltaic case becomes measurement and control device conveys to CPU processing unit through communication module, and the display module shows that CPU processing unit handles data later. The utility model discloses photovoltaic case becomes measurement and control device's operation ware can acquire information such as real -time data, incident record, definite value parameter, system parameter and debugging information fast, easy operation, and debugging efficiency is higher.
Description
Technical field
This utility model relates to photovoltaic case and becomes observation and control technology field, particularly relates to a kind of photovoltaic case and becomes the operator of measure and control device.
Background technology
At present, photovoltaic case change measure and control device is the secondary device that photovoltaic project is important.On the one hand, photovoltaic case change measure and control device is born
The tasks such as electric parameters collection, electric parameters protection, non-ionizing energy loss, switch acquisition and temperature of oil in transformer collection.On the other hand,
Photovoltaic case becomes measure and control device also needs to collect the information taken such as on-the-spot inverter, header box and on-the-spot meteorological equipment, and will collect
Information, to give booster stations photovoltaic monitoring system in the communications protocol such as IEC104.
Although, some user or Xiang Bian producer can become measure and control device standard configuration Man Machine Interface to photovoltaic case, but, if mark
Join Man Machine Interface, such as button and Liquid Crystal Module, on the one hand, equipment cost can be increased；On the other hand, man-machine interaction connects
Liquid Crystal Module poor performance when low temperature that mouth uses, typically cannot normally show, later product is difficult to safeguard.So, generally exist
When buying case becomes measure and control device, user or Xiang Bian producer only require that case becomes measure and control device and do not configures simple LED light, and not
The Man Machine Interface that configuration feature is powerful.But, the effective letter obtained only with LED light, user or commissioning staff
Ceasing limited, maybe cannot read or revise inner parameter or order, debugging is restricted.
Under the conditions of being configured without Man Machine Interface, becoming measure and control device to debug photovoltaic case, user or commissioning staff are general
Adjustment method is carrying notebook computer.When debugging photovoltaic case and becoming measure and control device, commissioning staff can accurately, quickly obtain reality
Time data, logout, definite value parameter, systematic parameter and Debugging message etc..Although, notebook computer can become with photovoltaic case
Measure and control device interface standard configuration, carries out stand-alone debugging, but, the commissioning staff of some Xiang Bian producer and user does not has notebook computer,
Cause operation inconvenience, or, commissioning staff needs carrying notebook computer at any time, action or inconvenient to carry.
Under the conditions of being configured without Man Machine Interface, debug photovoltaic case the most simply, exactly and become measure and control device, become ability
One problem demanding prompt solution of field technique personnel.
Utility model content
This utility model aims to provide a kind of photovoltaic case and becomes the operator of measure and control device, it is possible to obtains photovoltaic case in real time and becomes measure and control device
Internal data, simple to operate, debugging efficiency is high.
This utility model provides a kind of photovoltaic case to become the operator of measure and control device, and this photovoltaic case becomes the operator of measure and control device and includes showing
Showing that module, CPU processing unit and communication module, display module and communication module are connected to CPU processing unit, photovoltaic case becomes
The signal of measure and control device is sent to CPU processing unit through communication module, after display module display CPU processing unit processes
Data.
Further, this photovoltaic case becomes the operator of measure and control device and also includes button, and button is connected to CPU processing unit, uses
In sending parameter modification instruction and/or debugging instruction to CPU processing unit.
Further, the key number of the operator that this photovoltaic case becomes measure and control device is 9.
Further, the operator of this photovoltaic case change measure and control device also includes that Special debugging line, one end of Special debugging line are connected to
Communication module, the other end is connected to photovoltaic case and becomes measure and control device.
Become the operator embodiment of measure and control device based on above-mentioned any photovoltaic case, further, Special debugging line includes RS232
Signal core, one end of RS232 signal core is connected to RS232 communication module, and the other end is connected to photovoltaic case and becomes measure and control device,
Communication module includes that RS232 communication module, RS232 communication module are connected to CPU processing unit.
Become the operator embodiment of measure and control device based on above-mentioned any photovoltaic case, further, Special debugging line includes that CAN believes
Number core, one end of CAN signal core is connected to CAN communication module, and the other end is connected to photovoltaic case and becomes measure and control device, logical
News module includes that CAN communication module, CAN communication module are connected to CPU processing unit.
Become the operator embodiment of measure and control device based on above-mentioned any photovoltaic case, further, Special debugging line includes RS232
Signal core and CAN signal core, one end of RS232 signal core is connected to RS232 communication module, CAN signal core
One end be connected to CAN communication module, communication module includes RS232 communication module and CAN communication module, RS232 lead to
News module and CAN communication module are connected to CPU processing unit.
Further, Special debugging line also includes power supply signal core.
Further, the display module of the operator that this photovoltaic case becomes measure and control device is LCDs.
This utility model photovoltaic case becomes the operator of measure and control device, uses communication module, and current photovoltaic case is become each of measure and control device
Item real time data, definite value parameter, logout information etc., it is sent to CPU processing unit.CPU processing unit carries out information
Processing, the data transmission after then processing to display module, the data after display module will process show.In real time
The information such as data, logout, definite value parameter, systematic parameter and Debugging message, it is possible to fast reaction to this photovoltaic case becomes observing and controlling
On the operator of device, thus can significantly heighten on-the-spot photovoltaic case and become debugging efficiency and the debugging progress of measure and control device.Debugging
Personnel can obtain current photovoltaic case and become the parameter within the internal data of measure and control device and device, and simple to operate, efficiency is higher.
Accompanying drawing explanation
Fig. 1 is the operator structure connection diagram that first photovoltaic case that this utility model provides becomes measure and control device；
Fig. 2 is the operator structure connection diagram that second photovoltaic case that this utility model provides becomes measure and control device；
Fig. 3 is the operator structure connection diagram that the 3rd the photovoltaic case that this utility model provides becomes measure and control device.
Detailed description of the invention
This utility model is further illustrated below by specific embodiment, it should be understood, however, that, these embodiments are only
It is used for specifically describing in more detail, and is not to be construed as limiting in any form this utility model.
The present embodiment provides a kind of photovoltaic case to become the operator of measure and control device, and in conjunction with Fig. 1, this photovoltaic case becomes the operation of measure and control device
Device includes that display module 1, CPU processing unit 2 and communication module 3, display module 1 and communication module 3 are connected at CPU
Reason unit 2, photovoltaic case becomes the signal of measure and control device and is sent to CPU processing unit 2 through communication module 3, and display module 1 shows
Show the data after CPU processing unit 2 process.This photovoltaic case becomes the operator of measure and control device, and employing communication module 3 ought
Front photovoltaic case becomes every real time data of measure and control device, definite value parameter, logout information etc., is sent to CPU processing unit 2.
CPU processing unit 2 carries out information processing, and the data transmission after then processing to display module 1, at display module 1 general
Data after reason show.The information such as real time data, logout, definite value parameter, systematic parameter and Debugging message, energy
Enough fast reactions become on the operator of measure and control device to this photovoltaic case, thus can significantly heighten on-the-spot photovoltaic case and become measure and control device
Debugging efficiency and debugging progress.Commissioning staff can obtain within internal data and the device of current photovoltaic case change measure and control device
Parameter, simple to operate, efficiency is higher.
Therefore, the present embodiment photovoltaic case becomes the operator of measure and control device, it is possible to obtains photovoltaic case in real time and becomes the inside number of measure and control device
According to, simple to operate, debugging efficiency is high.
Preferably, the present embodiment photovoltaic case becomes the operator of measure and control device and also includes button 4, and in conjunction with Fig. 2, button 4 is connected to
CPU processing unit, for sending parameter modification instruction and/or debugging instruction to CPU processing unit.Preferably, the present embodiment
Button 4 number of the operator that photovoltaic case becomes measure and control device is 9.This photovoltaic case become measure and control device operator arrange multiple not
The button 4 of congenerous, it is possible to send parameter modification instruction to CPU processing unit, revises this photovoltaic case and becomes the inside of measure and control device
Parameter, additionally it is possible to send debugging instruction to CPU processing unit, debugs this photovoltaic case and becomes the instruction within measure and control device, improve
Debugging efficiency.
Preferably, the present embodiment photovoltaic case becomes the operator of measure and control device and also includes Special debugging line 5, in conjunction with Fig. 2, and special tune
One end of examination line 5 is connected to communication module, and the other end is connected to photovoltaic case and becomes measure and control device.This photovoltaic case becomes the behaviour of measure and control device
Making device and use Special-purpose connecting line, two ends all use and special connect port, it is possible to preferably coupling photovoltaic case becomes the end of measure and control device
Mouthful, it is also possible to high efficiency of transmission real time data and test information, prevent external interference.
Becoming the operator of measure and control device based on above-mentioned any embodiment photovoltaic case, it is preferable that combine Fig. 2, this photovoltaic case becomes observing and controlling
The operator of device also includes that Special debugging line 5, Special debugging line 5 include RS232 signal core, RS232 signal core
One end is connected to RS232 communication module 31, and the other end is connected to photovoltaic case and becomes measure and control device, and communication module includes that RS232 leads to
News module 31, RS232 communication module 31 is connected to CPU processing unit.This photovoltaic case becomes the communication of the operator of measure and control device
Module uses RS232 communication module 31, and Special-purpose connecting line uses the RS232 signal core that can transmit RS232 signal,
Can quickly transmit photovoltaic case and become the internal data of measure and control device, this RS232 communication module 31 has and is widely used, and technology becomes
Ripe, versatility is good, is not easily susceptible to the advantages such as interference, is conducive to improving the biography of the operator that the present embodiment photovoltaic case becomes measure and control device
Defeated efficiency.
Becoming the operator of measure and control device based on above-mentioned any embodiment photovoltaic case, it is preferable that combine Fig. 2, this photovoltaic case becomes observing and controlling
The operator of device also includes that Special debugging line 5, Special debugging line 5 include CAN signal core, the one of CAN signal core
End is connected to CAN communication module 32, and the other end is connected to photovoltaic case and becomes measure and control device, and communication module includes CAN communication mould
Block 32, CAN communication module 32 is connected to CPU processing unit.This photovoltaic case becomes the communication module of the operator of measure and control device
Use CAN communication module 32, and Special chain wiring uses the CAN signal fibre core that can transmit CAN signal, it is possible to be fast
Speed transmission photovoltaic case becomes the internal data of measure and control device, and this CAN communication module 32 has that practicality is good, reliability is high, structure
The advantage such as simple.Photovoltaic case for part model becomes measure and control device, and the present embodiment embodiment uses CAN communication technology, energy
Data exchange efficiency and the reliability of ancillary equipment are enough greatly improved.
Becoming the operator of measure and control device based on above-mentioned any embodiment photovoltaic case, it is preferable that combine Fig. 2, this photovoltaic case becomes observing and controlling
The operator of device also includes that Special debugging line 5, Special debugging line 5 include RS232 signal core and CAN signal core,
One end of RS232 signal core is connected to RS232 communication module 31, and one end of CAN signal core is connected to CAN communication
Module 32, communication module includes RS232 communication module 31 and CAN communication module 32, RS232 communication module 31 and CAN
Communication module 32 is connected to CPU processing unit.This photovoltaic case becomes the communication module of the operator of measure and control device, uses simultaneously
RS232 communication module 31 and CAN communication module 32, and Special-purpose connecting line uses and can transmit the RS232 of RS232 signal
The CAN signal fibre core of signal core and CAN signal.No matter photovoltaic case becomes measure and control device uses RS232 communication technology, also
Being to use CAN communication technology, the present embodiment photovoltaic case becomes the operator of measure and control device all can obtain real time data, event note
Record, definite value parameter, systematic parameter and Debugging message etc., and data exchange efficiency is higher.
Preferably, the Special debugging line 5 of the operator that the present embodiment photovoltaic case becomes measure and control device also includes power supply signal core.?
One end of Special debugging line 5 is connected to communication module, and when the other end is connected to photovoltaic case change measure and control device, Special debugging line 5 is i.e.
The signal of telecommunication can be obtained, it is not necessary to multiple lead-in wire, easy and simple to handle.
Preferably, the display module 1 of the operator that the present embodiment photovoltaic case becomes measure and control device is LCDs, and resolution is high,
Data or instruction display are clear, are beneficial to amendment parameter or debugging instruction.
This utility model provides another kind of photovoltaic case to become the operator of measure and control device, and this photovoltaic case becomes the operator of measure and control device and includes
LCDs 1,2,9 buttons 4 of CPU processing unit, RS232 communication module and CAN.This liquid crystal
Show that module uses 240 × 128 resolution and the liquid crystal display screen of blue end wrongly written or mispronounced character.LCD MODULE and button 4 are connected to CPU process
Unit 2, RS232 communication module and CAN are connected to CPU processing unit 2.Photovoltaic case becomes the behaviour of measure and control device
Making the debugging mouth of device and photovoltaic case change measure and control device, be joined directly together by Special debugging line 5, this Special debugging line 5 includes can
Transmission power supply signal, RS232 signal and the core of CAN communication signal.The present embodiment photovoltaic case becomes the operator of measure and control device
Two kinds of communication modes of RS232 and CAN can be supported, to support that the photovoltaic case of different model becomes measure and control device, improve periphery and set
Standby data exchange efficiency and reliability.Photovoltaic case becomes measure and control device and current every real time data, definite value parameter, event is remembered
The information such as record information, are transferred to handheld manipulator core cpu by RS232 communication module 31 or CAN and process
Processing in unit, the data then process completed show in LCDs 1.LCDs 1 display
The interface that content becomes shown by measure and control device with the case of standard configuration liquid crystal man-machine interface is completely the same, greatly improves user or debugging people
The Experience Degree of member and operability.9 buttons 4 of the present embodiment be respectively set to upper and lower, left and right ,+,-, confirm,
Cancellation, involution, send parameter modification by button 4 to CPU processing unit 2 and instruct and/or debugging instruction, then pass through RS232
Communication module 31 or CAN communication module 32 are transferred to photovoltaic case and become measure and control device.The present embodiment photovoltaic case becomes measure and control device
Operator, it is possible to effectively reduce the triviality during photovoltaic case becomes measure and control device debugging, engineering staff and user can look at scene
See that photovoltaic case becomes the real time data of measure and control device and arranges parameter, debugging photovoltaic case change measure and control device, significantly heighten on-the-spot photovoltaic case
Become measure and control device debugging efficiency and debugging progress.
Although this utility model has been carried out a certain degree of description, it will be apparent that, without departing from spirit and scope of the present utility model
Under conditions of, the suitable change of each condition can be carried out.It is appreciated that this utility model is not limited to described embodiment, and returns
In the scope of claim, it includes the equivalent of described each factor.
Claims (9)
1. the operator of a photovoltaic case change measure and control device, it is characterised in that including:
Display module, CPU processing unit and communication module,
Described display module and described communication module are connected to described CPU processing unit,
Photovoltaic case becomes the signal of measure and control device and is sent to described CPU processing unit through described communication module, and described display module shows the data after described CPU processing unit processes.
Photovoltaic case the most according to claim 1 becomes the operator of measure and control device, it is characterised in that also include:
Button, is connected to described CPU processing unit, for sending parameter modification instruction and/or debugging instruction to described CPU processing unit.
The most according to claim 2, photovoltaic case becomes the operator of measure and control device, it is characterised in that
The number of described button is 9.
The most according to claim 1, photovoltaic case becomes the operator of measure and control device, it is characterised in that also include:
Special debugging line, one end of described Special debugging line is connected to described communication module, and the other end is connected to described photovoltaic case and becomes measure and control device.
The most according to claim 4, photovoltaic case becomes the operator of measure and control device, it is characterised in that
Described Special debugging line includes that RS232 signal core, one end of described RS232 signal core are connected to RS232 communication module, and the other end is connected to described photovoltaic case and becomes measure and control device,
Described communication module includes that described RS232 communication module, described RS232 communication module are connected to described CPU processing unit.
The most according to claim 4, photovoltaic case becomes the operator of measure and control device, it is characterised in that
Described Special debugging line includes that CAN signal core, one end of described CAN signal core are connected to CAN communication module, and the other end is connected to described photovoltaic case and becomes measure and control device,
Described communication module includes that described CAN communication module, described CAN communication module are connected to described CPU processing unit.
The most according to claim 4, photovoltaic case becomes the operator of measure and control device, it is characterised in that
Described Special debugging line includes RS232 signal core and CAN signal core,
One end of described RS232 signal core is connected to RS232 communication module, and one end of described CAN signal core is connected to CAN communication module,
Described communication module includes that described RS232 communication module and described CAN communication module, described RS232 communication module and described CAN communication module are connected to described CPU processing unit.
8. the operator of measure and control device is become according to photovoltaic case described in claim 4～7 any one, it is characterised in that
Described Special debugging line also includes power supply signal core.
The most according to claim 1, photovoltaic case becomes the operator of measure and control device, it is characterised in that
Described display module is LCDs.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620214328.8U CN205544599U (en) | 2016-03-17 | 2016-03-17 | Photovoltaic case becomes measurement and control device's operation ware |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620214328.8U CN205544599U (en) | 2016-03-17 | 2016-03-17 | Photovoltaic case becomes measurement and control device's operation ware |
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| Publication Number | Publication Date |
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| CN205544599U true CN205544599U (en) | 2016-08-31 |
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| CN201620214328.8U Active CN205544599U (en) | 2016-03-17 | 2016-03-17 | Photovoltaic case becomes measurement and control device's operation ware |
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- 2016-03-17 CN CN201620214328.8U patent/CN205544599U/en active Active
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