CN104065036B - Uninterrupted power source method for excessive heating protection and device - Google Patents
Uninterrupted power source method for excessive heating protection and device Download PDFInfo
- Publication number
- CN104065036B CN104065036B CN201310096519.XA CN201310096519A CN104065036B CN 104065036 B CN104065036 B CN 104065036B CN 201310096519 A CN201310096519 A CN 201310096519A CN 104065036 B CN104065036 B CN 104065036B
- Authority
- CN
- China
- Prior art keywords
- power source
- overtemperature protection
- uninterrupted power
- protection point
- mode
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Landscapes
- Protection Of Static Devices (AREA)
- Inverter Devices (AREA)
Abstract
The present invention relates to a kind of uninterrupted power source method for excessive heating protection and device.Wherein this uninterrupted power source method for excessive heating protection includes：S1, the main path switch device of at least one circuitry phase of uninterrupted power source and its corresponding bypass switching device are arranged on same radiator；S2, a temperature detection device is arranged on described radiator to detect radiator temperature；S3, judge the mode of operation of described uninterrupted power source, and determine the corresponding overtemperature protection point of described at least one circuitry phase in this operating mode；S4, the overtemperature protection point based on described at least one circuitry phase and described radiator temperature control the working condition of described uninterrupted power source.Implement the present invention, overtemperature protection design is simple, cost is relatively low.
Description
Technical field
The present invention relates to uninterrupted power source field, more particularly, it relates to a kind of uninterrupted power source method for excessive heating protection and
Device.
Background technology
Existing high power UPS, its overtemperature protection design is extremely complex.For example, existing uninterrupted power source mistake
Heat protection method, generally adopts the overheating detection device of discrete, that is, in the main road of each circuitry phase of three-phase uninterrupted power supply
Semiconductor device and bypass semiconductor device are all respectively provided with a temperature detection device and its control circuit, so uninterruptedly electric
Three main road semiconductor device of the three-phase circuit in source and three bypass semiconductor device be accomplished by six temperature detection devices and
Its control circuit, the overtemperature protection design of therefore whole uninterrupted power source is complicated, and cost is very high.
Content of the invention
The technical problem to be solved in the present invention is, the overtemperature protection design for the uninterrupted power source of prior art is multiple
Miscellaneous, the very high defect of cost, a kind of method for excessive heating protection designing simple, lower-cost uninterrupted power source and device are provided.
The technical solution adopted for the present invention to solve the technical problems is：Construct a kind of uninterrupted power source overtemperature protection side
Method, including：
S1, by the main path switch device of at least one circuitry phase of uninterrupted power source and the setting of its corresponding bypass switching device
On same radiator；
S2, a temperature detection device is arranged on described radiator to detect radiator temperature；
S3, the mode of operation of the described uninterrupted power source of judgement, and determine described at least one circuitry phase in this operating mode
Corresponding overtemperature protection point；
S4, controlled based on the described corresponding overtemperature protection point of at least one circuitry phase and described radiator temperature described uninterrupted
The working condition of power supply.
In uninterrupted power source method for excessive heating protection of the present invention, described step S3 further includes：
Whether S31, the mode of operation of the described uninterrupted power source of judgement are inverter modes, if it is by main path switch device
Overtemperature protection point as the corresponding overtemperature protection point of described at least one circuitry phase, and execution step S4, otherwise execution step
S32；
S32, using the overtemperature protection point of bypass switching device as the corresponding overtemperature protection point of described at least one circuitry phase, and
Execution step S4.
In uninterrupted power source method for excessive heating protection of the present invention, described step S4 further includes：
Whether S41, the described radiator temperature of judgement are higher than the corresponding overtemperature protection point of described at least one circuitry phase, if
Then execution step S42, otherwise maintains the current operating state of described uninterrupted power source；
S42, judge described at least one circuitry phase corresponding overtemperature protection point whether overheated as described bypass switching device
Protection point, if it is, the current work described bypass switching device closed based on user setup or maintains described uninterrupted power source
Make state；Otherwise execution step S43；
S43, the mode of operation of described uninterrupted power source is switched to bypass mode the mistake by described bypass switching device
Thermal protection point is as the corresponding overtemperature protection point of described at least one circuitry phase, and return to step S41.
In uninterrupted power source method for excessive heating protection of the present invention, described step S3 further includes：
Whether S3a, the mode of operation of the described uninterrupted power source of judgement are inverter modes, if it is by described main path switch
The overtemperature protection point of device is as the corresponding overtemperature protection point of described at least one circuitry phase, and execution step S4, otherwise executes step
Rapid S3b；
Whether S3b, the mode of operation of the described uninterrupted power source of judgement are bypass mode or economic operation model, if it is
Using the overtemperature protection point of described bypass switching device as the corresponding overtemperature protection point of described at least one circuitry phase, and execution step
S4, otherwise execution step S3c；
S3c, the mode of operation of the described uninterrupted power source of judgement are from aging mode and will be from aging mode overtemperature protection points
As the corresponding overtemperature protection point of described at least one circuitry phase, and execution step S4.
In uninterrupted power source method for excessive heating protection of the present invention, described step S4 further includes：
Whether S4a, the described radiator temperature of judgement are higher than the corresponding overtemperature protection point of described at least one circuitry phase, if
Then execution step S4b, otherwise maintains the current operating state of described uninterrupted power source；
S4b, judge described at least one circuitry phase corresponding overtemperature protection point whether as from aging mode overtemperature protection point, such as
Fruit is then to be based on user setup and close described bypass switching device and described main path switch device or maintain described uninterrupted power source
Current operating state；Otherwise execution step S4c；
S4c, judge described at least one circuitry phase corresponding overtemperature protection point whether overheated as described bypass switching device
Protection point, if it is, the current work described bypass switching device closed based on user setup or maintains described uninterrupted power source
Make state；Otherwise execution step S4d；
S4d, the mode of operation of described uninterrupted power source is switched to bypass mode the mistake by described bypass switching device
Thermal protection point is as the corresponding overtemperature protection point of described at least one circuitry phase, and return to step S4a.
In uninterrupted power source method for excessive heating protection of the present invention, the overtemperature protection point of described main path switch device is low
Overtemperature protection point in described bypass switching device.
In uninterrupted power source method for excessive heating protection of the present invention, the overtemperature protection point of described bypass switching device is low
In described from aging mode overtemperature protection point.
Another technical scheme that the present invention solves the employing of its technical problem is that a kind of uninterrupted power source overtemperature protection of construction fills
Put, including：
Main path switch device at least one circuitry phase of the uninterrupted power source that radiates simultaneously and its corresponding by-pass switch
One radiator of device；
It is arranged on described radiator to detect a temperature detection device of radiator temperature；
For judging the mode of operation of described uninterrupted power source, and determine described at least one circuitry phase in this operating mode
The heat spot setup module of at least one circuitry phase corresponding overtemperature protection point described in corresponding overtemperature protection point；
Described uninterrupted electricity is controlled based on the described corresponding overtemperature protection point of at least one circuitry phase and described radiator temperature
The control module of the working condition in source.
In uninterrupted power source overtemperature protection system of the present invention, described heat spot setup module includes：
Mode of operation identifying unit, for judging the mode of operation of described uninterrupted power source, and judges to generate based on described
Inverter mode signal or bypass mode signal；
Heat spot arranging unit, for based on described inverter mode signal, the overtemperature protection point of main path switch device being made
For the corresponding overtemperature protection point of described at least one circuitry phase；Or it is based on described bypass mode signal, by the mistake of bypass switching device
Thermal protection point is as the corresponding overtemperature protection point of described at least one circuitry phase.
In uninterrupted power source overtemperature protection system of the present invention, described control module includes：
Overheated judging unit, for receiving described radiator temperature and the corresponding overtemperature protection of described at least one circuitry phase
Point, and described radiator temperature and the corresponding overtemperature protection point of described at least one circuitry phase are compared, and according to comparing
Result generates overheated judgement signal；
Control unit, for based on described inverter mode signal, described bypass mode signal and described overheated judgement signal
Control the working condition of described uninterrupted power source.
In uninterrupted power source overtemperature protection system of the present invention, described heat spot setup module includes：
Mode of operation identifying unit, for judging the mode of operation of described uninterrupted power source, and judges to generate based on described
Inverter mode signal, bypass mode signal, economic operation model signal and from aging mode signal；
Heat spot arranging unit, for based on described inverter mode signal, the overtemperature protection point of main path switch device being made
For the corresponding overtemperature protection point of described at least one circuitry phase；Based on described bypass mode signal or economic operation model signal, will
The overtemperature protection point of bypass switching device as the corresponding overtemperature protection point of described at least one circuitry phase or based on described from aging
Mode signal, will be from aging mode overtemperature protection point as the corresponding overtemperature protection point of described at least one circuitry phase.
In uninterrupted power source overtemperature protection system of the present invention, described control module includes：
Overheated judging unit, for receiving described radiator temperature and the corresponding overtemperature protection of described at least one circuitry phase
Point, and described radiator temperature and the corresponding overtemperature protection point of described at least one circuitry phase are compared, and according to comparing
Result generates overheated judgement signal；
Control unit, for based on described inverter mode signal, described bypass mode signal, described economic operation model letter
Number, described from aging mode signal and described overheated judge signal control described uninterrupted power source working condition.
Implement the method for excessive heating protection of uninterrupted power source and the device of the present invention, can be examined using a temperature detection device
Survey the temperature of bypass switching device and main path switch device, thus the bypass switching device to uninterrupted power source and main path switch device
Part carries out overtemperature protection, and therefore its overtemperature protection design is simple, cost is relatively low.
Brief description
Below in conjunction with drawings and Examples, the invention will be further described, in accompanying drawing：
Fig. 1 is the flow chart of the first embodiment of the method for excessive heating protection of the uninterrupted power source of the present invention；
Fig. 2 is the flow chart of the second embodiment of the method for excessive heating protection of the uninterrupted power source of the present invention；
Fig. 3 is the flow chart of the 3rd embodiment of the method for excessive heating protection of the uninterrupted power source of the present invention；
Fig. 4 is the theory diagram of the first embodiment of the overtemperature protection system of the uninterrupted power source of the present invention；
Fig. 5 is the position of the temperature detection device of the first embodiment of the overtemperature protection system of the uninterrupted power source of the present invention
Schematic diagram；
Fig. 6 is the theory diagram of the second embodiment of the overtemperature protection system of the uninterrupted power source of the present invention.
Specific embodiment
Fig. 1 is the flow chart of the first embodiment of the method for excessive heating protection of the uninterrupted power source of the present invention.As illustrated,
In step S1, first the main path switch device of at least one circuitry phase of uninterrupted power source and its corresponding bypass switching device are set
Put on same radiator (hereafter by this radiator referred to as " intended heat device ").In this step, when this uninterrupted power source
When being single-phase uninterrupted power source, the main path switch device of this single-phase uninterrupted power source and bypass switching device can be arranged on same
On one intended heat device.When this uninterrupted power source is three-phase uninterrupted power supply, can appointing this three-phase uninterrupted power supply
Anticipate the main path switch device of a circuitry phase and bypass switching device is arranged on same intended heat device it is also possible to by this three-phase
The main path switch device of arbitrarily biphase or three-phase circuit of uninterrupted power source and bypass switching device are separately positioned on two or three
On individual intended heat device.
In step s 2, a temperature detection device is arranged on described intended heat device to detect intended heat device temperature
Degree.As it was previously stated, when this uninterrupted power source is single-phase uninterrupted power source, can be by the main path switch of this single-phase uninterrupted power source
Device and bypass switching device are arranged on same intended heat device, and a described target of temperature detection device setting is dissipated
To detect intended heat device temperature on hot device.Preferably, described temperature detection device can be arranged on and be located on intended heat device
Position between described main path switch device and described bypass switching device.When this uninterrupted power source is three-phase uninterrupted power supply
When, the main path switch device of any one circuitry phase of this three-phase uninterrupted power supply and bypass switching device can be arranged on same
It is also possible to by the main path switch device of the arbitrarily biphase of this three-phase uninterrupted power supply or three-phase circuit and side on individual intended heat device
Way switch device is separately positioned on two or three intended heat devices, then respectively by one, two or three temperature inspections
Survey device and be arranged on described main path switch device and the described bypass switching device positioned at each circuitry phase on described intended heat device
Between position.
In step s3, judge described uninterrupted power source mode of operation, and determine in this operating mode described at least
One circuitry phase corresponding overtemperature protection point.In the art, uninterrupted power source is usually operated at inverter mode and bypass mode.When
When uninterrupted power source is operated in inverter mode, select the overtemperature protection point of described main path switch device mutually electric as described at least one
The corresponding overtemperature protection in road point.When uninterrupted power source is operated in bypass mode, select the overtemperature protection of described bypass switching device
Point is as the corresponding overtemperature protection point of described at least one circuitry phase.In the art, uninterrupted power source is likely to be operated in inversion
Pattern, bypass mode or economical operation (ECO) pattern.Therefore, when uninterrupted power source is operated in inverter mode, can will be described
The overtemperature protection point of main path switch device is as this circuitry phase corresponding overtemperature protection point；And work as uninterrupted power source and be operated in bypass
During pattern or during ECO pattern, using the overtemperature protection point of described bypass switching device as the corresponding overtemperature protection of this circuitry phase
Point.In the specific embodiments of this area, uninterrupted power source is also possible to be operated in inverter mode, bypass mode, economical operation
(ECO) pattern or from aging mode.Now, when uninterrupted power source is operated in inverter mode, can be by described main path switch device
The overtemperature protection point of part is as the corresponding overtemperature protection point of this circuitry phase；And when uninterrupted power source is operated in bypass mode or
During ECO pattern, using the overtemperature protection point of described bypass switching device as this circuitry phase corresponding overtemperature protection point；When uninterrupted
Power work when from aging mode, using the described corresponding overtemperature protection from aging mode overtemperature protection point as this circuitry phase
Point.
Those skilled in the art know, the overtemperature protection point of this main path switch device, the overtemperature protection of bypass switching device
Put and can be measured by those skilled in the art according to practical situation from aging mode overtemperature protection point.Generally, from always
Change the temperature highest of mode overheat protective point, the overtemperature protection point of bypass switching device takes second place, the overheated guarantor of main path switch device
Shield point is minimum.
In step s 4, institute is controlled based on the described corresponding overtemperature protection point of at least one circuitry phase and described radiator temperature
State the working condition of uninterrupted power source.Here, maintaining the current operating state of uninterrupted power source to refer to, keep uninterrupted power source
Mode of operation, output current, output voltage are all constant.
First it is usually operated at as a example inverter mode and bypass mode by uninterrupted power source below.For example, work as radiator temperature
Less than or equal to this at least one circuitry phase overtemperature protection point when it was demonstrated that now uninterrupted power source working properly, now only need
Maintain the working condition of this uninterrupted power source.But if radiator temperature is higher than the overtemperature protection of at least one circuitry phase
It was demonstrated that the work of uninterrupted power source occurs extremely during point.Now need the working condition of uninterrupted power source is adjusted.Example
As when the radiator temperature that uninterrupted power source is only operated in inverter mode and temperature detection device records is higher than this main path switch device
Then it is assumed that uninterrupted power source work there occurs exception during the overtemperature protection point of part, now main path switch device will be closed, and will not
Uninterruptible power is switched to bypass mode.Now because the mode of operation of this circuitry phase has occurred that change, therefore now need
Using the overtemperature protection point of other main path switch device as this circuitry phase overtemperature protection point.Due to generally, by-pass switch
The overtemperature protection point of device is higher than the overtemperature protection point of main path switch device.Therefore after carrying out this switching, generally,
Radiator temperature is less than the overtemperature protection point of bypass switching device, and now uninterrupted power source can be in bypass normal work.
But if uninterrupted power source is operated in bypass mode, and the radiator temperature now detecting also to be above this circuitry phase currently right
During the overtemperature protection point answered, illustrate that uninterrupted power source work is still abnormal, now need to be to continue with according to user setup determination
Work under abnormal conditions or in order to protect uninterrupted power source, thus closing bypass switching device.
Main path switch device and its corresponding bypass switching device setting due at least one circuitry phase of uninterrupted power source
On same radiator, so when described uninterrupted power source work, bypass mode, ECO pattern and during from aging mode, all may be used
So that by this radiator, as temperature detecting point, the temperature of this radiator and different overtemperature protections point are compared can (no
Uninterruptible power be operated in inverter mode, bypass mode, ECO pattern, from the different pattern such as aging mode when, there are different mistakes
Thermal protection point, in the present embodiment, described overtemperature protection point is a temperature value).
Below then by uninterrupted power source be operated in inverter mode, bypass mode, ECO pattern and from aging mode as a example.
For example, when radiator temperature is less than or equal to the overtemperature protection point of this at least one circuitry phase it was demonstrated that now uninterrupted power source
Working properly, now only need to maintain the working condition of this uninterrupted power source.But if radiator temperature is higher than at least
It was demonstrated that the work of uninterrupted power source occurs extremely during the overtemperature protection point of one circuitry phase.Now need the work to uninterrupted power source
It is adjusted as state.For example, when uninterrupted power source is only operated in the radiator temperature that inverter mode and temperature detection device record
Degree is higher than during the overtemperature protection point of this main path switch device then it is assumed that uninterrupted power source work there occurs exception, now will close
Main path switch device, and uninterrupted power source is switched to bypass mode.Now because the mode of operation of this circuitry phase has occurred and that
Change, therefore now need using the overtemperature protection point of other main path switch device as this circuitry phase overtemperature protection point.Due to
Generally, the overtemperature protection point of bypass switching device is higher than the overtemperature protection point of main path switch device.Therefore carrying out this
After switching, generally, radiator temperature is less than the overtemperature protection point of bypass switching device, now uninterrupted power source
Can be in bypass normal work.But if uninterrupted power source is operated in bypass mode or ECO pattern, and dissipating of now detecting
Hot device temperature be also above this circuitry phase currently corresponding overtemperature protection point when, illustrate that uninterrupted power source work is still abnormal, this
When need to be determined according to user setup and be to continue with working in abnormal cases or in order to protect uninterrupted power source, thus closing side
Way switch device.Again for example, when uninterrupted power source is operated in from aging mode, and the radiator temperature now detecting also is above
This circuitry phase currently corresponding overtemperature protection point when (from aging mode overtemperature protection point), now need also exist for being set according to user
Put determination to be to continue with working in abnormal cases or in order to protect uninterrupted power source, thus closing bypass switching device.Due to
From aging mode, main road and bypass all can work, and therefore generally higher from the temperature of aging mode overtemperature protection point, it is concrete
Numerical value voluntarily can be arranged by user.
Implement the method for excessive heating protection of the uninterrupted power source of the present invention, bypass can be detected using a temperature detection device
Switching device and the temperature of main path switch device, thus the bypass switching device to uninterrupted power source and main path switch device are carried out
Overtemperature protection, therefore its overtemperature protection design is simple, cost is relatively low.
Fig. 2 is the flow chart of the second embodiment of the method for excessive heating protection of the uninterrupted power source of the present invention.As shown in Fig. 2
In step sl, first by the main path switch device of at least one circuitry phase of uninterrupted power source and its corresponding bypass switching device
It is arranged on same radiator.In step s 2, a temperature detection device is arranged on described radiator and is dissipated with detecting
Hot device temperature.Preferably, described temperature detection device is arranged on described radiator and is located at described main path switch device and it is right
Position between the described bypass switching device answered.Those skilled in the art know, for single-phase and three-phase uninterrupted power supply, dissipate
The setting of hot device and temperature detection device is referred to previous embodiment execution, and here is just not repeated.
In step s3, whether the mode of operation judging described uninterrupted power source first is inverter mode.Art technology
Personnel are familiar with the decision method of the mode of operation of multiple each circuitry phases to uninterrupted power source.For example can be by detection output electricity
Stream, voltage are judging etc..Here, those skilled in the art can adopt any of mode of operation decision method.When sentencing
When determining uninterrupted power source and being operated in inverter mode, execution step S4, using the overtemperature protection point of described main path switch device as institute
State at least one circuitry phase corresponding overtemperature protection point.When judging that uninterrupted power source is not operated in inverter mode, now give tacit consent to
Uninterrupted power source is operated in bypass mode, therefore execution step S5, using the overtemperature protection point of described bypass switching device as institute
State at least one circuitry phase corresponding overtemperature protection point.
In step s 6, judge whether described radiator temperature is higher than the corresponding overtemperature protection of described at least one circuitry phase
Point.If now radiator temperature is less than or equal to the overtemperature protection point of this circuitry phase, the working properly of uninterrupted power source is described,
Now need execution step S7, maintain the current operating state of uninterrupted power source.Here, maintaining the work at present shape of uninterrupted power source
State refers to, keeps the mode of operation of uninterrupted power source, output current, output voltage are all constant.If now radiator temperature is high
In the overtemperature protection point of this circuitry phase, illustrating that uninterrupted power source work there occurs needs execution step S8 extremely, judges now described
Whether at least one circuitry phase corresponding overtemperature protection point is the overtemperature protection point of described bypass switching device.If it is, explanation is not
Uninterruptible power is operated in bypass mode, and occurs abnormal, now needs execution step S9, closes described bypass based on user setup
Switching device makes uninterrupted power source power-off, or maintains uninterrupted power source to continue work in abnormal cases based on user setup
Make.If it is not, explanation uninterrupted power source is operated in inverter mode, and occur abnormal, now need execution step S10, by institute
The mode of operation stating uninterrupted power source is switched to bypass mode and the overtemperature protection point of described bypass switching device is arranged to institute
State at least one circuitry phase corresponding overtemperature protection point.Now uninterrupted power source is operated in bypass mode.In an embodiment, continue
When uninterrupted power source is operated in bypass mode, whether radiator temperature is also higher than the overtemperature protection of bypass switching device for detection
Point, therefore after execution of step S10, need to return execution step S6.Due under normal circumstances, the overheated guarantor of bypass switching device
Shield point be slightly above main path switch device an overtemperature protection point, therefore uninterrupted power source from inverter mode be switched to bypass mode with
Afterwards, generally can be with normal work.
Fig. 3 is the flow chart of the 3rd embodiment of the method for excessive heating protection of the uninterrupted power source of the present invention.In the present embodiment
In, uninterrupted power source can be operated in inverter mode, bypass mode, ECO pattern or from aging mode.
As shown in figure 3, in step sl, first by the main path switch device of at least one circuitry phase of uninterrupted power source and its
Corresponding bypass switching device is arranged on same radiator.In step s 2, a temperature detection device is arranged on institute
State on radiator to detect radiator temperature.Preferably, described temperature detection device is arranged on described radiator positioned at described
Position between main path switch device and its corresponding described bypass switching device.Those skilled in the art know, for single-phase
With three-phase uninterrupted power supply, the setting of radiator and temperature detection device is referred to previous embodiment execution, and here is just no longer
Tire out and state.
In step s3, whether the mode of operation judging described uninterrupted power source first is inverter mode.Art technology
Personnel are familiar with the decision method of the mode of operation of multiple each circuitry phases to uninterrupted power source.For example can be by detection output electricity
Stream, voltage are judging etc..Here, those skilled in the art can adopt any of mode of operation decision method.When sentencing
When determining uninterrupted power source and being operated in inverter mode, execution step S4, using the overtemperature protection point of described main path switch device as institute
State at least one circuitry phase corresponding overtemperature protection point.When judging that uninterrupted power source is not operated in inverter mode, execution step
S13, judges whether the mode of operation of described uninterrupted power source is bypass mode or ECO pattern, if it does, execution step
S14, using the overtemperature protection point of described bypass switching device as the corresponding overtemperature protection point of described at least one circuitry phase.If no
Execution step S15 if being, judges that the mode of operation of described uninterrupted power source is from aging mode and to arrange from aging mode mistake
Thermal protection point is the corresponding overtemperature protection point of described at least one circuitry phase.
In step s 6, judge whether described radiator temperature is higher than the corresponding overtemperature protection of described at least one circuitry phase
Point.If now radiator temperature is less than or equal to the overtemperature protection point of this circuitry phase, the working properly of uninterrupted power source is described,
Now need execution step S7, maintain the current operating state of uninterrupted power source.If now radiator temperature is higher than this circuitry phase
Overtemperature protection point, illustrate uninterrupted power source work there occurs abnormal need execution step S8, judge that now described at least one is mutually electric
Whether the corresponding overtemperature protection in road point is from aging mode overtemperature protection point.If it is, explanation uninterrupted power source now works
From aging mode, main road and bypass are all in work, and occur abnormal.Now, answer execution step S9, closed according to user setup
Described bypass switching device and described main path switch device or the work at present maintaining described uninterrupted power source according to user setup
State.If do not known, execution step S10, judge the corresponding overtemperature protection point of now described at least one circuitry phase whether as described
The overtemperature protection point of bypass switching device.If it is, explanation uninterrupted power source is operated in bypass mode, and occur abnormal, now
Need execution step S11, described bypass switching device is closed based on user setup and makes uninterrupted power source power-off, or be based on
User setup maintains uninterrupted power source to work in abnormal cases.If it is not, explanation uninterrupted power source is operated in inversion
Pattern, and occur abnormal, now need execution step S12, the mode of operation of described uninterrupted power source is switched to bypass mode
And by the overtemperature protection point of described bypass switching device be arranged to described at least one circuitry phase corresponding overtemperature protection point.Now not
Uninterruptible power is operated in bypass mode.In an embodiment, continue detection when uninterrupted power source is operated in bypass mode, radiating
Whether device temperature is also higher than the overtemperature protection point of bypass switching device, therefore after execution of step S12, need to return execution step
S6.Because under normal circumstances, the overtemperature protection point of bypass switching device is slightly above the overtemperature protection point of main path switch device, therefore
After uninterrupted power source is switched to bypass mode from inverter mode, generally can be with normal work.
Fig. 4 is the theory diagram of the first embodiment of the overtemperature protection system of the uninterrupted power source of the present invention.Fig. 5 is this
The position view of the temperature detection device of the first embodiment of the overtemperature protection system of bright uninterrupted power source.As Figure 4 and 5 institute
Show, the uninterrupted power source overtemperature protection system of the present invention includes：Radiator 100, temperature detection device 200, heat spot setting mould
Block 300 and control module 400.It is electric that wherein three radiators 100 are separately positioned on the A circuitry phase of three-phase uninterrupted power supply, B phase
Below road, the main path switch device 101 of C circuitry phase and bypass switching device 102.Three temperature detection devices 200 are respectively provided with
On radiator 100 positioned at A circuitry phase, B circuitry phase, the main path switch device 101 of C circuitry phase and bypass switching device 102 it
Between position.Heat spot setup module 300 is used for judging the mode of operation of described uninterrupted power source, and determines in this mode of operation
At least one circuitry phase corresponding overtemperature protection point described in lower.It is corresponding overheated that control module 400 is based on described at least one circuitry phase
Protection point and the working condition of the described radiator temperature described uninterrupted power source of control.
Those skilled in the art know, radiator 100 and temperature detection device 200 can be using any known in this area
Device, and heat spot setup module 300 and control module 400 can overheated guarantors based on the uninterrupted power source shown in Fig. 1-3
Any embodiment in maintaining method builds.Based on the common knowledge of the teachings of the present invention and this area, those skilled in the art are complete
Above-mentioned heat spot setup module 300 and control module 400 all can enough be constructed.
Implement the overtemperature protection system of the uninterrupted power source of the present invention, bypass can be detected using a temperature detection device
Switching device and the temperature of main path switch device, thus the bypass switching device to uninterrupted power source and main path switch device are carried out
Overtemperature protection, therefore its overtemperature protection design is simple, cost is relatively low.
Fig. 6 is the theory diagram of the second embodiment of the overtemperature protection system of the uninterrupted power source of the present invention.As Fig. 6 institute
Show, the uninterrupted power source overtemperature protection system of the present invention includes：Radiator 100, temperature detection device 200, heat spot setting mould
Block 300 and control module 400.It is electric that wherein three radiators 100 are separately positioned on the A circuitry phase of three-phase uninterrupted power supply, B phase
Below road, the main path switch device 101 of C circuitry phase and bypass switching device 102.Three temperature detection devices 200 are respectively provided with
Radiator 100 is located at A circuitry phase, B circuitry phase, the main path switch device 101 of C circuitry phase and bypass switching device 102 it
Between position.Heat spot setup module 300 includes mode of operation identifying unit 301 and heat spot arranging unit 302.Control module
400 include overheated judging unit 401 and control unit 402.Wherein, described mode of operation identifying unit 301 be used for judging described
The mode of operation of uninterrupted power source, and judge to generate inverter mode signal or bypass mode signal based on described.Described heat spot
Arranging unit 302 be used for based on described inverter mode signal using the overtemperature protection point of described main path switch device as described at least
One circuitry phase corresponding overtemperature protection point or based on described bypass mode signal by the overtemperature protection point of described bypass switching device
As the corresponding overtemperature protection point of described at least one circuitry phase.Overheated judging unit 401 be used for receiving described radiator temperature and
The corresponding overtemperature protection point of described at least one circuitry phase, and generate overheated judgement signal.Control unit 402 is used for based on described inverse
Become mode signal, described bypass mode signal and the described overheated working condition judging the signal described uninterrupted power source of control.
In another embodiment of the invention, uninterrupted power source can be operated in inverter mode, bypass mode, economical operation
Pattern and from aging mode.In this embodiment, mode of operation identifying unit 301 is used for judging the work of described uninterrupted power source
Pattern, and judge to generate inverter mode signal, bypass mode signal, economic operation model signal and from aging mode based on described
Signal.Heat spot arranging unit 302 is used for based on described inverter mode signal, using the overtemperature protection point of main path switch device as
The corresponding overtemperature protection point of described at least one circuitry phase；Based on described bypass mode signal or economic operation model signal, by side
The overtemperature protection point of way switch device as the corresponding overtemperature protection point of described at least one circuitry phase or based on described from aging mould
Formula signal, will be from aging mode overtemperature protection point as the corresponding overtemperature protection point of described at least one circuitry phase.Overheated judgement is single
Unit 401 is used for receiving described radiator temperature and the corresponding overtemperature protection point of described at least one circuitry phase is compared, and according to
Result of the comparison generates overheated judgement signal.Control unit 402 is used for based on described inverter mode signal, described bypass mode letter
Number, described economic operation model signal, described from aging mode signal and described overheated judgement signal control described uninterrupted electricity
The working condition in source.
Those skilled in the art know, radiator 100 and temperature detection device 200 can be using any known in this area
Device, and cross mode of operation identifying unit 301, heat spot arranging unit 302, overheated judging unit 401 and control unit 402
Can any embodiment in the method for excessive heating protection based on the uninterrupted power source shown in Fig. 2-3 build.Religion based on the present invention
Lead the common knowledge with this area, those skilled in the art are fully able to construct above-mentioned mode of operation identifying unit 301, heat spot
Arranging unit 302, overheated judging unit 401 and control unit 402.
Although the present invention is illustrated by specific embodiment, it will be appreciated by those skilled in the art that, without departing from
In the case of the scope of the invention, the present invention can also be carried out with various conversion and equivalent substitute.Therefore, the present invention is not limited to institute
Disclosed specific embodiment, and the whole embodiments falling within the scope of the appended claims should be included.
Claims (12)
1. a kind of uninterrupted power source method for excessive heating protection is it is characterised in that include：
S1, by the main path switch device of at least one circuitry phase of uninterrupted power source and its corresponding bypass switching device be arranged on
On one radiator；
S2, a temperature detection device is arranged on described radiator to detect radiator temperature；
S3, the mode of operation of the described uninterrupted power source of judgement, and determine that described at least one circuitry phase corresponds in this operating mode
Overtemperature protection point；
S4, described uninterrupted power source is controlled based on the described corresponding overtemperature protection point of at least one circuitry phase and described radiator temperature
Working condition.
2. uninterrupted power source method for excessive heating protection according to claim 1 is it is characterised in that described step S3 is wrapped further
Include：
Whether S31, the mode of operation of the described uninterrupted power source of judgement are inverter modes, if it is by the mistake of main path switch device
Thermal protection point is as the corresponding overtemperature protection point of described at least one circuitry phase, and execution step S4, otherwise execution step S32；
S32, using the overtemperature protection point of bypass switching device as the corresponding overtemperature protection point of described at least one circuitry phase, and execute
Step S4.
3. uninterrupted power source method for excessive heating protection according to claim 2 is it is characterised in that described step S4 is wrapped further
Include：
Whether S41, the described radiator temperature of judgement are higher than the corresponding overtemperature protection point of described at least one circuitry phase, if it is hold
Row step S42, otherwise maintains the current operating state of described uninterrupted power source；
S42, judge described in the whether overtemperature protection as described bypass switching device of at least one circuitry phase corresponding overtemperature protection point
Point, if it is, the work at present shape described bypass switching device closed based on user setup or maintains described uninterrupted power source
State；Otherwise execution step S43；
S43, the mode of operation of described uninterrupted power source is switched to bypass mode the overheated guarantor by described bypass switching device
Shield point is as the corresponding overtemperature protection point of described at least one circuitry phase, and return to step S41.
4. uninterrupted power source method for excessive heating protection according to claim 1 is it is characterised in that described step S3 is wrapped further
Include：
Whether S3a, the mode of operation of the described uninterrupted power source of judgement are inverter modes, if it is by described main path switch device
Overtemperature protection point as the corresponding overtemperature protection point of described at least one circuitry phase, and execution step S4, otherwise execution step
S3b；
Whether S3b, the mode of operation of the described uninterrupted power source of judgement are bypass mode or economic operation model, if it is by institute
The overtemperature protection point stating bypass switching device is as the corresponding overtemperature protection point of described at least one circuitry phase, and execution step S4,
Otherwise execution step S3c；
S3c, the mode of operation of the described uninterrupted power source of judgement are from aging mode and will be from aging mode overtemperature protection point conducts
The corresponding overtemperature protection point of described at least one circuitry phase, and execution step S4.
5. uninterrupted power source method for excessive heating protection according to claim 4 is it is characterised in that described step S4 is wrapped further
Include：
Whether S4a, the described radiator temperature of judgement are higher than the corresponding overtemperature protection point of described at least one circuitry phase, if it is hold
Row step S4b, otherwise maintains the current operating state of described uninterrupted power source；
S4b, judge described at least one circuitry phase corresponding overtemperature protection point whether as from aging mode overtemperature protection point, if
It is then described bypass switching device and described main path switch device to be closed based on user setup or maintain described uninterrupted power source
Current operating state；Otherwise execution step S4c；
S4c, judge described in the whether overtemperature protection as described bypass switching device of at least one circuitry phase corresponding overtemperature protection point
Point, if it is, the work at present shape described bypass switching device closed based on user setup or maintains described uninterrupted power source
State；Otherwise execution step S4d；
S4d, the mode of operation of described uninterrupted power source is switched to bypass mode the overheated guarantor by described bypass switching device
Shield point is as the corresponding overtemperature protection point of described at least one circuitry phase, and return to step S4a.
6. the uninterrupted power source method for excessive heating protection according to any claim in claim 1-5 is it is characterised in that institute
The overtemperature protection point stating main path switch device is less than the overtemperature protection point of described bypass switching device.
7. the uninterrupted power source method for excessive heating protection according to claim 4 or 5 is it is characterised in that described by-pass switch device
The overtemperature protection point of part is less than described from aging mode overtemperature protection point.
8. a kind of uninterrupted power source overtemperature protection system is it is characterised in that include：
Main path switch device at least one circuitry phase of the uninterrupted power source that radiates simultaneously and its corresponding bypass switching device
A radiator；
It is arranged on described radiator to detect a temperature detection device of radiator temperature；
For judging the mode of operation of described uninterrupted power source, and determine that described at least one circuitry phase corresponds in this operating mode
At least one circuitry phase corresponding overtemperature protection point described in overtemperature protection point heat spot setup module；
Described uninterrupted power source is controlled based on the described corresponding overtemperature protection point of at least one circuitry phase and described radiator temperature
The control module of working condition.
9. uninterrupted power source overtemperature protection system according to claim 8 is it is characterised in that described heat spot setup module
Including：
Mode of operation identifying unit, for judging the mode of operation of described uninterrupted power source, and judges to generate inversion based on described
Mode signal or bypass mode signal；
Heat spot arranging unit, for based on described inverter mode signal, using the overtemperature protection point of main path switch device as institute
State at least one circuitry phase corresponding overtemperature protection point；Or it is based on described bypass mode signal, by the overheated guarantor of bypass switching device
Shield point is as the corresponding overtemperature protection point of described at least one circuitry phase.
10. uninterrupted power source overtemperature protection system according to claim 9 is it is characterised in that described control module includes：
Overheated judging unit, for receiving described radiator temperature and the corresponding overtemperature protection point of described at least one circuitry phase, and
Described radiator temperature and the corresponding overtemperature protection point of described at least one circuitry phase are compared, and are given birth to according to result of the comparison
Become overheated judgement signal；
Control unit, for being controlled based on described inverter mode signal, described bypass mode signal and described overheated judgement signal
The working condition of described uninterrupted power source.
11. uninterrupted power source overtemperature protection systems according to claim 8 are it is characterised in that described heat spot arranges mould
Block includes：
Mode of operation identifying unit, for judging the mode of operation of described uninterrupted power source, and judges to generate inversion based on described
Mode signal, bypass mode signal, economic operation model signal and from aging mode signal；
Heat spot arranging unit, for based on described inverter mode signal, using the overtemperature protection point of main path switch device as institute
State at least one circuitry phase corresponding overtemperature protection point；Based on described bypass mode signal or economic operation model signal, will bypass
The overtemperature protection point of switching device as the corresponding overtemperature protection point of described at least one circuitry phase or based on described from aging mode
Signal, will be from aging mode overtemperature protection point as the corresponding overtemperature protection point of described at least one circuitry phase.
12. uninterrupted power source overtemperature protection systems according to claim 11 are it is characterised in that described control module bag
Include：
Overheated judging unit, for receiving described radiator temperature and the corresponding overtemperature protection point of described at least one circuitry phase, and
Described radiator temperature and the corresponding overtemperature protection point of described at least one circuitry phase are compared, and are given birth to according to result of the comparison
Become overheated judgement signal；
Control unit, for based on described inverter mode signal, described bypass mode signal, described economic operation model signal,
Described from aging mode signal and described overheated judge signal control described uninterrupted power source working condition.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310096519.XA CN104065036B (en) | 2013-03-22 | 2013-03-22 | Uninterrupted power source method for excessive heating protection and device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310096519.XA CN104065036B (en) | 2013-03-22 | 2013-03-22 | Uninterrupted power source method for excessive heating protection and device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN104065036A CN104065036A (en) | 2014-09-24 |
| CN104065036B true CN104065036B (en) | 2017-03-01 |
Family
ID=51552625
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201310096519.XA Active CN104065036B (en) | 2013-03-22 | 2013-03-22 | Uninterrupted power source method for excessive heating protection and device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN104065036B (en) |
Families Citing this family (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105226809A (en) * | 2015-09-02 | 2016-01-06 | 湖南理工学院 | A kind of ups system ECO operational mode alarm and display logic |
| CN105356588B (en) * | 2015-11-04 | 2017-05-03 | 漳州科华技术有限责任公司 | Control method for switching UPS output mode |
| CN109950966B (en) * | 2017-12-20 | 2023-03-14 | 台达电子工业股份有限公司 | Power supply bypass device with current equalizing function and control method thereof |
| TWI633743B (en) * | 2017-12-20 | 2018-08-21 | 台達電子工業股份有限公司 | Power bypass apparatus with current-sharing function and method of controlling the same |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN201332565Y (en) * | 2008-11-28 | 2009-10-21 | 艾默生网络能源有限公司 | Integral heat dissipating device of UPS module |
| CN102636291A (en) * | 2011-02-15 | 2012-08-15 | 三一电气有限责任公司 | IGBT (insulated gate bipolar transistor) conjunction temperature detection device and method thereof |
| CN102799123A (en) * | 2012-08-16 | 2012-11-28 | 佛山市柏克新能科技股份有限公司 | Load and temperature double-control power supply heat radiating device |
-
2013
- 2013-03-22 CN CN201310096519.XA patent/CN104065036B/en active Active
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN201332565Y (en) * | 2008-11-28 | 2009-10-21 | 艾默生网络能源有限公司 | Integral heat dissipating device of UPS module |
| CN102636291A (en) * | 2011-02-15 | 2012-08-15 | 三一电气有限责任公司 | IGBT (insulated gate bipolar transistor) conjunction temperature detection device and method thereof |
| CN102799123A (en) * | 2012-08-16 | 2012-11-28 | 佛山市柏克新能科技股份有限公司 | Load and temperature double-control power supply heat radiating device |
Also Published As
| Publication number | Publication date |
|---|---|
| CN104065036A (en) | 2014-09-24 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN101858957B (en) | Ageing test box | |
| CN104065036B (en) | Uninterrupted power source method for excessive heating protection and device | |
| KR101470348B1 (en) | Photovoltaic power generation system having fire prevention apparatus | |
| US8120294B2 (en) | Power transducer | |
| CN103424277B (en) | A kind of diagnostic method of cooling system | |
| US8258442B2 (en) | Apparatus and method for detecting condition of heating element | |
| CN107797015B (en) | Fault diagnosis method and system for temperature sensor of switchgear | |
| EP3767312B1 (en) | Current sampling method and current sampling circuit | |
| CN104736981A (en) | Semiconductor chip temperature estimation device and overheat protection device | |
| CN103512146B (en) | air conditioner control method and device | |
| KR102445886B1 (en) | Temperature sensor failure determination method and determination system | |
| CN105431745A (en) | Provision of information on an ageing status of a semiconductor component | |
| CN109975711A (en) | Battery failure detection method and device | |
| US10948360B2 (en) | Switching element having temperature monitoring and method for temperature monitoring | |
| CN105470215A (en) | Cooling-abnormality detecting system | |
| KR20210133375A (en) | Method and apparatus for estimating junction temperature of power semiconductor device in power module | |
| CN109682621A (en) | Fault detection method, device and system for heat dissipation device of power module | |
| CN104332954A (en) | Circuit for Thermal Protection and Power Regulation of Electric Motors | |
| CN104713605A (en) | Insufficient coolant flow fault diagnosis method for electric automobile cooling system | |
| US20140104902A1 (en) | Method for the operation of an inverter, and inverter | |
| KR20120061434A (en) | Fault diagnosis apparatus of thermal sensor for hybrid and electronic vehicle and method of the same | |
| JP2014003759A (en) | Power source control device | |
| CN110221164A (en) | Detect the system and method for copper bar connection in battery pack | |
| CN110825582A (en) | CPU temperature sensor testing device, method and system | |
| CN112019007A (en) | Power conversion device |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CP01 | Change in the name or title of a patent holder |
Address after: Columbo Road, Ohio, Dearborn 1050 Patentee after: Vitamin Corporation Address before: Columbo Road, Ohio, Dearborn 1050 Patentee before: Libot Inc. |
|
| CP01 | Change in the name or title of a patent holder |