CN109611064A - Method and device for determining power consumption of oil pumping unit - Google Patents
Method and device for determining power consumption of oil pumping unit Download PDFInfo
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- CN109611064A CN109611064A CN201811526288.0A CN201811526288A CN109611064A CN 109611064 A CN109611064 A CN 109611064A CN 201811526288 A CN201811526288 A CN 201811526288A CN 109611064 A CN109611064 A CN 109611064A
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- E—FIXED CONSTRUCTIONS
- E21—EARTH OR ROCK DRILLING; MINING
- E21B—EARTH OR ROCK DRILLING; OBTAINING OIL, GAS, WATER, SOLUBLE OR MELTABLE MATERIALS OR A SLURRY OF MINERALS FROM WELLS
- E21B43/00—Methods or apparatus for obtaining oil, gas, water, soluble or meltable materials or a slurry of minerals from wells
- E21B43/12—Methods or apparatus for controlling the flow of the obtained fluid to or in wells
- E21B43/121—Lifting well fluids
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- E—FIXED CONSTRUCTIONS
- E21—EARTH OR ROCK DRILLING; MINING
- E21B—EARTH OR ROCK DRILLING; OBTAINING OIL, GAS, WATER, SOLUBLE OR MELTABLE MATERIALS OR A SLURRY OF MINERALS FROM WELLS
- E21B44/00—Automatic control systems specially adapted for drilling operations, i.e. self-operating systems which function to carry out or modify a drilling operation without intervention of a human operator, e.g. computer-controlled drilling systems; Systems specially adapted for monitoring a plurality of drilling variables or conditions
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- E21B47/00—Survey of boreholes or wells
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Abstract
The invention discloses a method and a device for determining the power consumption of an oil pumping unit, belonging to the technical field of oil extraction in oil fields. The method comprises the following steps: acquiring the maximum current input into a motor of the pumping unit in the upper stroke of a pumping rod of the pumping unit, the maximum current input into the motor in the lower stroke of the pumping rod, the attribute parameters of the pumping unit, the operating parameters of a suspension point of the pumping unit and the filling coefficient of a deep well pump where the pumping rod is located; determining the single-machine operation power of the pumping unit according to the maximum current input to the motor in the upper stroke of the pumping rod, the maximum current input to the motor in the lower stroke of the pumping rod and the attribute parameters of the pumping unit; determining the suspension point operating power of the pumping unit according to the operating parameters of the suspension point and the filling coefficient of the deep-well pump; adding the single machine operation power and the suspension point operation power to obtain the input power of the motor; and (4) phase-setting the input power of the motor and the power consumption time to obtain the power consumption of the pumping unit. The invention can save the energy consumption and cost needed when determining the electricity consumption of the pumping unit.
Description
Technical field
The present invention relates to oil extraction in oil field technical field, in particular to a kind of method and device for determining electricity used for oil extractor.
Background technique
As to crude oil production, most oilfields have subsequently entered the middle and later periods of exploitation, oil well gradually loses self-spray
Ability needs to carry out crude oil extraction by pumping unit.Pumping unit can expend electric energy in crude oil extraction, in order to understand the consumption of pumping unit
Energy situation, it is thus necessary to determine that the electricity consumption of pumping unit.
Currently, technical staff needs well site in the electricity consumption for determining pumping unit, electrician's table is mounted on pumping unit
In motor controlling cabinet, electrician's table can measure and record the electricity consumption situation of the motor of pumping unit, thus technical staff is from electrician's table
On can read the electricity consumption of pumping unit.
However, in aforesaid way in the electricity consumption for determining pumping unit, due to needing in the motor controlling cabinet of pumping unit
Electrician's table is installed, so higher installation fee can be generated, and electrician's table can also generate biggish energy consumption at runtime, to can increase
Add the cost of the electricity consumption of determining pumping unit.
Summary of the invention
The embodiment of the invention provides a kind of method and devices for determining electricity used for oil extractor, can solve in the related technology
The problem of determining the higher cost of electricity used for oil extractor.The technical solution is as follows:
In a first aspect, providing a kind of method for determining electricity used for oil extractor, which comprises
It obtains and inputs the maximum current of the motor of the pumping unit in the up stroke of the sucker rod of pumping unit, in the pumping
The suspension point of the maximum current of the motor, the property parameters of the pumping unit, the pumping unit is inputted in the down stroke of beam hanger
The coefficient of fullness of deep well pump where operating parameter and the sucker rod；
According to the maximum current of the motor is inputted in the up stroke of the sucker rod, in the down stroke of the sucker rod
The maximum current of the middle input motor and the property parameters of the pumping unit, determine the single-unit operation power of the pumping unit；
According to the coefficient of fullness of the operating parameter of the suspension point and the deep well pump, the suspension point operation of the pumping unit is determined
Power；
The single-unit operation power is added with suspension point operation power, obtains the power input to a machine；
The power input to a machine is multiplied with the electricity consumption time, obtains the electricity consumption of the pumping unit.
Optionally, the property parameters of the pumping unit include pumping unit power coefficient and pumping unit transmission efficiency；
The basis inputs the maximum current of the motor, under the sucker rod in the up stroke of the sucker rod
The maximum current of the motor and the property parameters of the pumping unit are inputted in stroke, determine the single-unit operation function of the pumping unit
Rate, comprising:
The maximum current of the motor will be inputted in the up stroke of the sucker rod and in the down stroke of the sucker rod
A smallest electric current is determined as first object electric current in the maximum current of the middle input motor, will be in the upper of the sucker rod
The maximum current of the motor is inputted in stroke and is inputted in the maximum current of the motor in the down stroke of the sucker rod
A maximum electric current is determined as the second target current；
By the first object electric current divided by second target current, balance of well pumping unit rate is obtained；
According to the balance of well pumping unit rate, the pumping unit power coefficient and the pumping unit transmission efficiency, determine described in
The single-unit operation power of pumping unit.
Optionally, described be driven according to the balance of well pumping unit rate, the pumping unit power coefficient and the pumping unit is imitated
Rate determines the single-unit operation power of the pumping unit, comprising:
According to the balance of well pumping unit rate, the pumping unit power coefficient and the pumping unit transmission efficiency, by as follows
Formula determines the single-unit operation power of the pumping unit:
Wherein, the W1For the single-unit operation power of the pumping unit, the K is the pumping unit power coefficient, the B
For the balance of well pumping unit rate, the η is the pumping unit transmission efficiency.
Optionally, the operating parameter of the suspension point of the pumping unit includes that the stroke of the pumping unit, the pumping unit rush
Secondary, the suspension point described in the up stroke of the sucker rod maximum load, the suspension point described in the down stroke of the sucker rod
Load when minimum load and the suspension point described in the down stroke of the sucker rod do not unload；
It is described according to the operating parameter of the suspension point and the coefficient of fullness of the deep well pump, determine the suspension point of the pumping unit
Run power, comprising:
According to the stroke of the pumping unit, the jig frequency of the pumping unit, the suspension point described in the up stroke of the sucker rod
Maximum load, the minimum load of the suspension point described in the down stroke of the sucker rod, the institute in the down stroke of the sucker rod
The coefficient of fullness for stating the load and the deep well pump when suspension point does not unload determines that the suspension point of the pumping unit is transported by following formula
Row power:
Wherein, the W2Power is run for the suspension point of the pumping unit, the S is the stroke of the pumping unit, and the N is
The jig frequency of the pumping unit, the PSFor the maximum load of the suspension point described in the up stroke of the sucker rod, the PXFor institute
State the minimum load of suspension point described in the down stroke of sucker rod, the KCFor the coefficient of fullness of the deep well pump, the P1For institute
State load when suspension point described in the down stroke of sucker rod does not unload.
Optionally, the operating parameter of the suspension point of the pumping unit includes the stroke of the pumping unit；
It is described that the power input to a machine is multiplied with the electricity consumption time, after obtaining the electricity consumption of the pumping unit, also
Include:
The stroke for adjusting the pumping unit obtains the stroke adjusted of the pumping unit；
According to the stroke adjusted of stroke and the pumping unit before the adjustment of the pumping unit, the pumping unit is determined
Stroke down ratio；
By the first coefficient of fullness of the deep well pump multiplied by after the down ratio of the stroke of the pumping unit with the deep-well
First coefficient of fullness of pump is added, and obtains the second coefficient of fullness of the deep well pump, the first coefficient of fullness of the deep well pump is
The coefficient of fullness of the deep well pump before the stroke of the pumping unit is adjusted, the second coefficient of fullness of the deep well pump is described in adjustment
The coefficient of fullness of the deep well pump after the stroke of pumping unit；
According to the operation ginseng of the suspension point before the stroke of the stroke adjusted of the pumping unit and the adjustment pumping unit
Number determines the operating parameter of the suspension point after the stroke for adjusting the pumping unit；
According to the second of the operating parameter of the suspension point after the stroke for adjusting the pumping unit and the deep well pump full of being
Number determines the first suspension point operation power of the pumping unit, and the first suspension point operation power of the pumping unit is to adjust the pumping
The suspension point of the pumping unit runs power after the stroke of oil machine；
The first of the single-unit operation power of the pumping unit before the stroke for adjusting the pumping unit and the pumping unit is hanged
Point operation power is added, and obtains the first input power of the motor, and the first input power of the motor is to adjust the pumping
The power input to a machine after the stroke of oil machine；
First input power of the motor is multiplied with the electricity consumption time, obtains the first electricity consumption of the pumping unit, institute
The first electricity consumption for stating pumping unit is the electricity consumption of the pumping unit after the stroke for adjusting the pumping unit.
Optionally, the operating parameter of the suspension point of the pumping unit includes the jig frequency of the pumping unit；
It is described that the power input to a machine is multiplied with the electricity consumption time, after obtaining the electricity consumption of the pumping unit, also
Include:
The jig frequency for adjusting the pumping unit obtains the jig frequency adjusted of the pumping unit；
According to the jig frequency adjusted of jig frequency and the pumping unit before the adjustment of the pumping unit, the pumping unit is determined
Jig frequency down ratio；
By the third coefficient of fullness of the deep well pump multiplied by after the down ratio of the jig frequency of the pumping unit with the deep-well
The third coefficient of fullness of pump is added, and obtains the 4th coefficient of fullness of the deep well pump, the third coefficient of fullness of the deep well pump is
The coefficient of fullness of the deep well pump before the jig frequency of the pumping unit is adjusted, the 4th coefficient of fullness of the deep well pump is described in adjustment
The coefficient of fullness of the deep well pump after the jig frequency of pumping unit；
According to the jig frequency adjusted of the pumping unit, in the sucker rod after the determining jig frequency for adjusting the pumping unit
After the maximum load of suspension point described in up stroke and the jig frequency of the adjustment pumping unit described in the down stroke of the sucker rod
The minimum load of suspension point；
According to the uplink after the jig frequency adjusted of the pumping unit, the jig frequency of the adjustment pumping unit in the sucker rod
The suspension point described in the down stroke of the sucker rod after the maximum load of suspension point described in journey and the jig frequency of the adjustment pumping unit
Minimum load, determine the operating parameter of the suspension point after the jig frequency for adjusting the pumping unit；
According to the 4th of the operating parameter of the suspension point after the jig frequency for adjusting the pumping unit and the deep well pump the full of being
Number determines the second suspension point operation power of the pumping unit, and the second suspension point operation power of the pumping unit is to adjust the pumping
The suspension point of the pumping unit runs power after the jig frequency of oil machine；
The second of the single-unit operation power of the pumping unit before the jig frequency for adjusting the pumping unit and the pumping unit is hanged
Point operation power is added, and obtains the second input power of the motor, and the second input power of the motor is to adjust the pumping
The power input to a machine after the jig frequency of oil machine；
Second input power of the motor is multiplied with the electricity consumption time, obtains the second electricity consumption of the pumping unit, institute
The second electricity consumption for stating pumping unit is the electricity consumption of the pumping unit after the jig frequency for adjusting the pumping unit.
Optionally, the jig frequency adjusted according to the pumping unit, determine after the jig frequency for adjusting the pumping unit
In the sucker rod after the maximum load of suspension point described in the up stroke of the sucker rod and the jig frequency of the adjustment pumping unit
The minimum load of suspension point described in down stroke, comprising:
Obtain liquid weight between the bar weight of the sucker rod, the piston and well head of the deep well pump and the suspension point
Inertial load；
The bar of the sucker rod is weighed, the liquid weight between the piston and well head of the deep well pump is used to the suspension point
Property load it is cumulative, the maximum of the suspension point described in the up stroke of the sucker rod carries after being adjusted the jig frequency of the pumping unit
Lotus；
The inertial load that the bar of the sucker rod is subtracted to the suspension point again is adjusted after the jig frequency of the pumping unit
The minimum load of suspension point described in the down stroke of the sucker rod.
Optionally, described that the power input to a machine is multiplied with the electricity consumption time, obtain the electricity consumption of the pumping unit
Later, further includes:
Obtain the pump diameter of the deep well pump；
The pump diameter for adjusting the deep well pump obtains the pump diameter adjusted of the deep well pump；
According to the pump diameter adjusted of pump diameter and the deep well pump before the adjustment of the deep well pump, the deep well pump is determined
Pump diameter square down ratio；
By the 5th coefficient of fullness of the deep well pump multiplied by the deep well pump pump diameter square down ratio after with institute
The 5th coefficient of fullness for stating deep well pump is added, and obtains the 6th coefficient of fullness of the deep well pump, the 5th of the deep well pump is full of
Coefficient is the coefficient of fullness of the deep well pump before the pump diameter for adjusting the deep well pump, and the 6th coefficient of fullness of the deep well pump is to adjust
The coefficient of fullness of the deep well pump after the pump diameter of the whole deep well pump；
According to the pump diameter adjusted of the deep well pump, in the sucker rod after the determining pump diameter for adjusting the deep well pump
The maximum load of suspension point described in up stroke, and after the determining pump diameter for adjusting the deep well pump in the up stroke of the sucker rod
The maximum load of the suspension point and suspension point described in the down stroke of the sucker rod is most after adjusting the pump diameter of the deep well pump
Difference between side crops industry；
According to the maximum load of the suspension point described in the up stroke of the sucker rod after the pump diameter for adjusting the deep well pump and
The difference determines the operating parameter of the suspension point after the pump diameter for adjusting the deep well pump；
It is full of according to the 6th of the operating parameter of the suspension point after the pump diameter for adjusting the deep well pump and the deep well pump the and is
Number determines the third suspension point operation power of the pumping unit, and the third suspension point operation power of the pumping unit is to adjust the depth
The suspension point of the pumping unit runs power after the pump diameter of well pump；
The single-unit operation power of the pumping unit before the pump diameter for adjusting the deep well pump and the third of the pumping unit are hanged
Point operation power is added, and obtains the third input power of the motor, and the third input power of the motor is to adjust the depth
The power input to a machine after the pump diameter of well pump；
The third input power of the motor is multiplied with the electricity consumption time, obtains the third electricity consumption of the pumping unit, institute
The third electricity consumption for stating pumping unit is the electricity consumption of the pumping unit after the pump diameter for adjusting the deep well pump.
Second aspect, provides a kind of device for determining electricity used for oil extractor, and described device includes:
First obtains module, for obtaining the motor for inputting in the up stroke of the sucker rod of pumping unit the pumping unit
Maximum current, the maximum current that the motor is inputted in the down stroke of the sucker rod, the property parameters of the pumping unit, institute
State the operating parameter of the suspension point of pumping unit and the coefficient of fullness of the deep well pump where the sucker rod；
First determining module, for according to input in the up stroke of the sucker rod motor maximum current,
The maximum current of the motor and the property parameters of the pumping unit are inputted in the down stroke of the sucker rod, determine the oil pumping
The single-unit operation power of machine；
Second determining module, for determining institute according to the operating parameter of the suspension point and the coefficient of fullness of the deep well pump
State the suspension point operation power of pumping unit；
First computing module obtains the electricity for the single-unit operation power to be added with suspension point operation power
The input power of machine；
Second computing module obtains the pumping unit for the power input to a machine to be multiplied with the electricity consumption time
Electricity consumption.
Optionally, the property parameters of the pumping unit include pumping unit power coefficient and pumping unit transmission efficiency；Described
One determining module includes:
First determine submodule, for by inputted in the up stroke of the sucker rod motor maximum current and
A smallest electric current in the maximum current of the motor is inputted in the down stroke of the sucker rod is determined as first object electric current,
Input the maximum current for inputting the motor in the up stroke of the sucker rod and in the down stroke of the sucker rod institute
It states a maximum electric current in the maximum current of motor and is determined as the second target current；
First computational submodule, for the first object electric current divided by second target current, to be obtained pumping unit
Balanced ratio；
First determines submodule, for according to the balance of well pumping unit rate, the pumping unit power coefficient and the oil pumping
Machine transmission efficiency determines the single-unit operation power of the pumping unit.
Optionally, described first determine that submodule is used for:
According to the balance of well pumping unit rate, the pumping unit power coefficient and the pumping unit transmission efficiency, by as follows
Formula determines the single-unit operation power of the pumping unit:
Wherein, the W1For the single-unit operation power of the pumping unit, the K is the pumping unit power coefficient, the B
For the balance of well pumping unit rate, the η is the pumping unit transmission efficiency.
Optionally, the operating parameter of the suspension point of the pumping unit includes that the stroke of the pumping unit, the pumping unit rush
Secondary, the suspension point described in the up stroke of the sucker rod maximum load, the suspension point described in the down stroke of the sucker rod
Load when minimum load and the suspension point described in the down stroke of the sucker rod do not unload；Second determining module is used for:
According to the stroke of the pumping unit, the jig frequency of the pumping unit, the suspension point described in the up stroke of the sucker rod
Maximum load, the minimum load of the suspension point described in the down stroke of the sucker rod, the institute in the down stroke of the sucker rod
The coefficient of fullness for stating the load and the deep well pump when suspension point does not unload determines that the suspension point of the pumping unit is transported by following formula
Row power:
Wherein, the W2Power is run for the suspension point of the pumping unit, the S is the stroke of the pumping unit, and the N is
The jig frequency of the pumping unit, the PSFor the maximum load of the suspension point described in the up stroke of the sucker rod, the PXFor institute
State the minimum load of suspension point described in the down stroke of sucker rod, the KCFor the coefficient of fullness of the deep well pump, the P1For institute
State load when suspension point described in the down stroke of sucker rod does not unload.
Optionally, the operating parameter of the suspension point of the pumping unit includes the stroke of the pumping unit；Described device further include:
The first adjustment module obtains the stroke adjusted of the pumping unit for adjusting the stroke of the pumping unit；
Third determining module, the punching adjusted for stroke and the pumping unit before the adjustment according to the pumping unit
Journey determines the down ratio of the stroke of the pumping unit；
Third computing module, for the decline by the first coefficient of fullness of the deep well pump multiplied by the stroke of the pumping unit
It is added after ratio with the first coefficient of fullness of the deep well pump, obtains the second coefficient of fullness of the deep well pump, the deep well pump
The first coefficient of fullness be the deep well pump before the stroke for adjusting the pumping unit coefficient of fullness, the second of the deep well pump fill
Full coefficient is the coefficient of fullness of the deep well pump after the stroke for adjusting the pumping unit；
4th determining module, before according to the stroke adjusted of the pumping unit and the stroke of the adjustment pumping unit
The operating parameter of the suspension point determines the operating parameter of the suspension point after the stroke for adjusting the pumping unit；
5th determining module, for the operating parameter and the depth according to the suspension point after the stroke for adjusting the pumping unit
Second coefficient of fullness of well pump determines the first suspension point operation power of the pumping unit, the first suspension point operation of the pumping unit
Power is the suspension point operation power of the pumping unit after the stroke for adjusting the pumping unit；
4th computing module, the single-unit operation power of the pumping unit and institute before the stroke for the pumping unit will to be adjusted
The the first suspension point operation power for stating pumping unit is added, and obtains the first input power of the motor, the first input of the motor
Power is the power input to a machine after the stroke for adjusting the pumping unit；
5th computing module obtains the oil pumping for the first input power of the motor to be multiplied with the electricity consumption time
First electricity consumption of machine, the first electricity consumption of the pumping unit are the electricity consumption of the pumping unit after the stroke for adjusting the pumping unit
Amount.
Optionally, the operating parameter of the suspension point of the pumping unit includes the jig frequency of the pumping unit；Described device further include:
Second adjustment module obtains the jig frequency adjusted of the pumping unit for adjusting the jig frequency of the pumping unit；
6th determining module, the punching adjusted for jig frequency and the pumping unit before the adjustment according to the pumping unit
It is secondary, determine the down ratio of the jig frequency of the pumping unit；
6th computing module, for the decline by the third coefficient of fullness of the deep well pump multiplied by the jig frequency of the pumping unit
It is added after ratio with the third coefficient of fullness of the deep well pump, obtains the 4th coefficient of fullness of the deep well pump, the deep well pump
Third coefficient of fullness be the deep well pump before the jig frequency for adjusting the pumping unit coefficient of fullness, the 4th of the deep well pump fill
Full coefficient is the coefficient of fullness of the deep well pump after the jig frequency for adjusting the pumping unit；
7th determining module determines for the jig frequency adjusted according to the pumping unit and adjusts rushing for the pumping unit
It the maximum load of the suspension point described in the up stroke of the sucker rod and is adjusted after the jig frequency of the pumping unit in the pumping after secondary
The minimum load of suspension point described in the down stroke of beam hanger；
8th determining module, after according to the jig frequency adjusted of the pumping unit, the jig frequency of the adjustment pumping unit
In the sucker rod after the maximum load of the suspension point described in the up stroke of the sucker rod and the jig frequency of the adjustment pumping unit
Down stroke described in suspension point minimum load, determine the operating parameter of the suspension point after the jig frequency for adjusting the pumping unit；
9th determining module, for the operating parameter and the depth according to the suspension point after the jig frequency for adjusting the pumping unit
4th coefficient of fullness of well pump determines the second suspension point operation power of the pumping unit, the second suspension point operation of the pumping unit
Power is the suspension point operation power of the pumping unit after the jig frequency for adjusting the pumping unit；
7th computing module, the single-unit operation power of the pumping unit and institute before the jig frequency for the pumping unit will to be adjusted
The the second suspension point operation power for stating pumping unit is added, and obtains the second input power of the motor, the second input of the motor
Power is the power input to a machine after the jig frequency for adjusting the pumping unit；
8th computing module obtains the oil pumping for the second input power of the motor to be multiplied with the electricity consumption time
Second electricity consumption of machine, the second electricity consumption of the pumping unit are the electricity consumption of the pumping unit after the jig frequency for adjusting the pumping unit
Amount.
Optionally, the 7th determining module includes:
Acquisition submodule, for obtaining the liquid between the bar weight of the sucker rod, the piston and well head of the deep well pump
The inertial load of weight and the suspension point；
Second computational submodule, for the liquid by the bar of the sucker rod again, between the piston and well head of the deep well pump
The inertial load of body weight and the suspension point is cumulative, is adjusted the up stroke after the jig frequency of the pumping unit in the sucker rod
Described in suspension point maximum load；
Third computational submodule is adjusted for the bar of the sucker rod to be subtracted to the inertial load of the suspension point again
The minimum load of the suspension point described in the down stroke of the sucker rod after the jig frequency of the pumping unit.
Optionally, described device further include:
Second obtains module, for obtaining the pump diameter of the deep well pump；
Third adjusts module and obtains the pump diameter adjusted of the deep well pump for adjusting the pump diameter of the deep well pump；
Tenth determining module, the pump adjusted for pump diameter and the deep well pump before the adjustment according to the deep well pump
Diameter, determine the deep well pump pump diameter square down ratio；
9th computing module, for square by the 5th coefficient of fullness of the deep well pump multiplied by the pump diameter of the deep well pump
Down ratio after be added with the 5th coefficient of fullness of the deep well pump, obtain the 6th coefficient of fullness of the deep well pump, it is described
5th coefficient of fullness of deep well pump is the coefficient of fullness of the deep well pump before the pump diameter for adjusting the deep well pump, the deep well pump
6th coefficient of fullness is the coefficient of fullness of the deep well pump after the pump diameter for adjusting the deep well pump；
11st determining module determines for the pump diameter adjusted according to the deep well pump and adjusts the deep well pump
Pump the maximum load of the suspension point described in the up stroke of the sucker rod after diameter, and determine after the pump diameter for adjusting the deep well pump
In the sucker rod after the maximum load of suspension point described in the up stroke of the sucker rod and the pump diameter of the adjustment deep well pump
Difference between the minimum load of suspension point described in down stroke；
12nd determining module, for according to after the pump diameter for adjusting the deep well pump in the up stroke of the sucker rod institute
The maximum load and the difference of suspension point are stated, determines the operating parameter of the suspension point after the pump diameter for adjusting the deep well pump；
13rd determining module, for according to the operating parameter of the suspension point after the pump diameter for adjusting the deep well pump and described
6th coefficient of fullness of deep well pump determines the third suspension point operation power of the pumping unit, the third suspension point fortune of the pumping unit
Row power is the suspension point operation power of the pumping unit after the pump diameter for adjusting the deep well pump；
Tenth computing module, for will adjust the deep well pump pump diameter before the pumping unit single-unit operation power and institute
The third suspension point operation power for stating pumping unit is added, and obtains the third input power of the motor, the third input of the motor
Power is the power input to a machine after the pump diameter for adjusting the deep well pump；
11st computing module obtains the pumping for the third input power of the motor to be multiplied with the electricity consumption time
The third electricity consumption of oil machine, the third electricity consumption of the pumping unit are the use of the pumping unit after the pump diameter for adjusting the deep well pump
Electricity.
The third aspect, provides a kind of device for determining electricity used for oil extractor, and described device includes:
Processor；
Memory for storage processor executable instruction；
Wherein, the processor is configured to executing the method for the electricity used for oil extractor of determination described in above-mentioned first aspect
Step.
Fourth aspect provides a kind of computer readable storage medium, is stored on the computer readable storage medium
Instruction, realizes the step of the method for the electricity used for oil extractor of determination described in above-mentioned first aspect when described instruction is executed by processor
Suddenly.
Technical solution provided in an embodiment of the present invention can at least be brought following the utility model has the advantages that obtaining the oil pumping in pumping unit
In the up stroke of bar input pumping unit motor maximum current, in the down stroke of sucker rod input motor maximum current,
The coefficient of fullness of the property parameters of pumping unit, the operating parameter of the suspension point of pumping unit and the deep well pump where sucker rod.According to
The maximum current of motor, the maximum current of input motor and oil pumping in the down stroke of sucker rod are inputted in the up stroke of sucker rod
The property parameters of machine determine the single-unit operation power of pumping unit, then first according to the operating parameter of suspension point and being full of for deep well pump
Coefficient determines the suspension point operation power of pumping unit, then single-unit operation power is added with suspension point operation power, obtains the defeated of motor
Enter power.Later, power input to a machine is multiplied with the electricity consumption time can be obtained by the electricity consumption of pumping unit.The present invention is implemented
Without installing electrician's table in the motor controlling cabinet of pumping unit in example, so that it may the accurate electricity consumption for determining pumping unit, whole mistake
Journey is simple and convenient, can greatly save energy consumption and cost required when determining electricity used for oil extractor.
Detailed description of the invention
To describe the technical solutions in the embodiments of the present invention more clearly, make required in being described below to embodiment
Attached drawing is briefly described, it should be apparent that, drawings in the following description are only some embodiments of the invention, for
For those of ordinary skill in the art, without creative efforts, it can also be obtained according to these attached drawings other
Attached drawing.
Fig. 1 is a kind of flow chart of method for determining electricity used for oil extractor provided in an embodiment of the present invention；
Fig. 2 is the flow chart of another method for determining electricity used for oil extractor provided in an embodiment of the present invention；
Fig. 3 is a kind of structural schematic diagram of device for determining electricity used for oil extractor provided in an embodiment of the present invention；
Fig. 4 is the structural schematic diagram of another device for determining electricity used for oil extractor provided in an embodiment of the present invention.
Specific embodiment
To make the object, technical solutions and advantages of the present invention clearer, below in conjunction with attached drawing to embodiment party of the present invention
Formula is described in further detail.
Fig. 1 is a kind of flow chart of method for determining electricity used for oil extractor provided in an embodiment of the present invention.It, should referring to Fig. 1
Method includes:
Step 101: obtaining and input the maximum current of the motor of pumping unit in the up stroke of the sucker rod of pumping unit, taking out
In the down stroke of beam hanger input the maximum current of motor, the property parameters of pumping unit, pumping unit suspension point operating parameter and pumping
The coefficient of fullness of deep well pump where beam hanger.
Step 102: according in the up stroke of sucker rod input motor maximum current, in the down stroke of sucker rod it is defeated
Enter the maximum current of motor and the property parameters of pumping unit, determines the single-unit operation power of pumping unit.
Step 103: according to the coefficient of fullness of the operating parameter of suspension point and deep well pump, determining the suspension point operation function of pumping unit
Rate.
Step 104: single-unit operation power being added with suspension point operation power, obtains power input to a machine.
Step 105: power input to a machine being multiplied with the electricity consumption time, obtains the electricity consumption of pumping unit.
In the embodiment of the present invention, the maximum electricity that the motor of pumping unit is inputted in the up stroke of the sucker rod of pumping unit is obtained
Stream, in the down stroke of sucker rod input the maximum current of motor, the property parameters of pumping unit, pumping unit suspension point operation ginseng
The coefficients of fullness of deep well pump where several and sucker rod, according to inputted in the up stroke of sucker rod motor maximum current,
The maximum current of motor and the property parameters of pumping unit are inputted in the down stroke of sucker rod, determine the single-unit operation function of pumping unit
Rate determines the suspension point operation power of pumping unit, by single-unit operation function according to the coefficient of fullness of the operating parameter of suspension point and deep well pump
Rate is added with suspension point operation power, obtains power input to a machine.Later, power input to a machine is multiplied just with the electricity consumption time
The electricity consumption of available pumping unit.Due to not needing to pacify in the motor controlling cabinet of pumping unit when determining the electricity consumption of oil pumping
Electrician's table is filled, so higher installation fee will not be generated, the energy consumption when operation of electrician's table would not be also generated, to will not increase
Determine the cost of electricity used for oil extractor.
Optionally, the property parameters of pumping unit include pumping unit power coefficient and pumping unit transmission efficiency；
According to the maximum current of input motor, the input motor in the down stroke of sucker rod in the up stroke of sucker rod
The property parameters of maximum current and pumping unit determine the single-unit operation power of pumping unit, comprising:
The maximum current of motor and the input motor in the down stroke of sucker rod will be inputted in the up stroke of sucker rod
A smallest electric current is determined as first object electric current in maximum current, and the maximum of motor will be inputted in the up stroke of sucker rod
Electric current and in the down stroke of sucker rod input motor maximum current in a maximum electric current be determined as the second target current；
By first object electric current divided by the second target current, balance of well pumping unit rate is obtained；
According to balance of well pumping unit rate, pumping unit power coefficient and pumping unit transmission efficiency, the single-unit operation of pumping unit is determined
Power.
Optionally, according to balance of well pumping unit rate, pumping unit power coefficient and pumping unit transmission efficiency, the list of pumping unit is determined
Machine runs power, comprising:
According to balance of well pumping unit rate, pumping unit power coefficient and pumping unit transmission efficiency, is determined and pumped by following formula
The single-unit operation power of machine:
Wherein, W1For the single-unit operation power of pumping unit, K is pumping unit power coefficient, and B is balance of well pumping unit rate, and η is to take out
Oil machine transmission efficiency.
Optionally, the operating parameter of the suspension point of pumping unit includes the stroke of pumping unit, the jig frequency of pumping unit, in sucker rod
The maximum load of suspension point in up stroke the minimum load of suspension point and is hanged in the down stroke of sucker rod in the down stroke of sucker rod
Load when point does not unload；
According to the coefficient of fullness of the operating parameter of suspension point and deep well pump, the suspension point operation power of pumping unit is determined, comprising:
According to the stroke of pumping unit, the jig frequency of pumping unit, in the up stroke of sucker rod the maximum load of suspension point, pumping
The minimum load of suspension point in the down stroke of bar, load when suspension point does not unload in the down stroke of sucker rod and deep well pump are full of
Coefficient determines that the suspension point of pumping unit runs power by following formula:
Wherein, W2Power is run for the suspension point of pumping unit, S is the stroke of pumping unit, and N is the jig frequency of pumping unit, PSTo take out
The maximum load of suspension point, P in the up stroke of beam hangerXFor the minimum load of the suspension point in the down stroke of sucker rod, KCFor deep well pump
Coefficient of fullness, P1For load when suspension point does not unload in the down stroke of sucker rod.
Optionally, the operating parameter of the suspension point of pumping unit includes the stroke of pumping unit；
Power input to a machine is multiplied with the electricity consumption time, after obtaining the electricity consumption of pumping unit, further includes:
The stroke for adjusting pumping unit, obtains the stroke adjusted of pumping unit；
According to the stroke adjusted of stroke and pumping unit before the adjustment of pumping unit, the decline of the stroke of pumping unit is determined
Ratio；
First coefficient of fullness of deep well pump is full of multiplied by after the down ratio of the stroke of pumping unit with the first of deep well pump
Coefficient is added, and obtains the second coefficient of fullness of deep well pump, and the first coefficient of fullness of deep well pump is depth before the stroke for adjusting pumping unit
The coefficient of fullness of well pump, the second coefficient of fullness of deep well pump are the coefficient of fullness of deep well pump after the stroke for adjusting pumping unit；
According to the operating parameter of suspension point before the stroke of the stroke adjusted of pumping unit and adjustment pumping unit, determine that adjustment is taken out
The operating parameter of suspension point after the stroke of oil machine；
According to the operating parameter of suspension point and the second coefficient of fullness of deep well pump after the stroke of adjustment pumping unit, pumping unit is determined
The first suspension point run power, pumping unit the first suspension point operation power be adjust pumping unit stroke after pumping unit suspension point transport
Row power；
First suspension point of the single-unit operation power of pumping unit before the stroke for adjusting pumping unit and pumping unit is run into power phase
Add, obtain the first input power of motor, the first input power of motor is the input work of motor after the stroke for adjusting pumping unit
Rate；
First input power of motor is multiplied with the electricity consumption time, obtains the first electricity consumption of pumping unit, the of pumping unit
One electricity consumption is the electricity consumption of pumping unit after the stroke for adjusting pumping unit.
Optionally, the operating parameter of the suspension point of pumping unit includes the jig frequency of pumping unit；
Power input to a machine is multiplied with the electricity consumption time, after obtaining the electricity consumption of pumping unit, further includes:
The jig frequency for adjusting pumping unit, obtains the jig frequency adjusted of pumping unit；
According to the jig frequency adjusted of jig frequency and pumping unit before the adjustment of pumping unit, the decline of the jig frequency of pumping unit is determined
Ratio；
The third coefficient of fullness of deep well pump is full of multiplied by the third after the down ratio of the jig frequency of pumping unit with deep well pump
Coefficient is added, and obtains the 4th coefficient of fullness of deep well pump, and the third coefficient of fullness of deep well pump is depth before the jig frequency for adjusting pumping unit
The coefficient of fullness of well pump, the 4th coefficient of fullness of deep well pump are the coefficient of fullness of deep well pump after the jig frequency for adjusting pumping unit；
According to the jig frequency adjusted of pumping unit, the suspension point in the up stroke of sucker rod is determined after the jig frequency of adjustment pumping unit
Maximum load and adjustment pumping unit jig frequency after in the down stroke of sucker rod suspension point minimum load；
According to the jig frequency adjusted of pumping unit, adjust after the jig frequency of pumping unit that suspension point is most in the up stroke of sucker rod
After big load and the jig frequency of adjustment pumping unit in the down stroke of sucker rod suspension point minimum load, determine that adjustment pumping unit rushes
The operating parameter of suspension point after secondary；
According to the operating parameter of suspension point and the 4th coefficient of fullness of deep well pump after the jig frequency of adjustment pumping unit, pumping unit is determined
The second suspension point run power, pumping unit the second suspension point operation power be adjust pumping unit jig frequency after pumping unit suspension point transport
Row power；
Second suspension point of the single-unit operation power of pumping unit before the jig frequency for adjusting pumping unit and pumping unit is run into power phase
Add, obtain the second input power of motor, the second input power of motor is the input work of motor after the jig frequency for adjusting pumping unit
Rate；
Second input power of motor is multiplied with the electricity consumption time, obtains the second electricity consumption of pumping unit, the of pumping unit
Two electricity consumptions are the electricity consumption of pumping unit after the jig frequency for adjusting pumping unit.
Optionally, according to the jig frequency adjusted of pumping unit, the uplink after the jig frequency of adjustment pumping unit in sucker rod is determined
In journey the maximum load of suspension point and adjustment pumping unit jig frequency after in the down stroke of sucker rod suspension point minimum load, comprising:
Obtain the inertial load of the liquid weight and suspension point between the bar weight of sucker rod, the piston and well head of deep well pump；
The inertial load of liquid weight and suspension point by the bar of sucker rod between heavy, deep well pump piston and well head adds up,
It is adjusted the maximum load of the suspension point in the up stroke of sucker rod after the jig frequency of pumping unit；
The inertial load that the bar of sucker rod is subtracted to suspension point again is adjusted the downlink after the jig frequency of pumping unit in sucker rod
The minimum load of suspension point in journey.
Optionally, power input to a machine is multiplied with the electricity consumption time, after obtaining the electricity consumption of pumping unit, further includes:
Obtain the pump diameter of deep well pump；
The pump diameter for adjusting deep well pump, obtains the pump diameter adjusted of deep well pump；
According to the pump diameter adjusted of pump diameter and deep well pump before the adjustment of deep well pump, square of the pump diameter of deep well pump is determined
Down ratio；
By the 5th coefficient of fullness of deep well pump multiplied by deep well pump pump diameter square down ratio after with deep well pump the
Five coefficients of fullness are added, and obtain the 6th coefficient of fullness of deep well pump, and the 5th coefficient of fullness of deep well pump is the pump for adjusting deep well pump
The coefficient of fullness of deep well pump before diameter, the 6th coefficient of fullness of deep well pump be adjust deep well pump pump diameter after deep well pump be full of be
Number；
According to the pump diameter adjusted of deep well pump, the suspension point in the up stroke of sucker rod is determined after the pump diameter of adjustment deep well pump
Maximum load, and determine adjustment deep well pump pump diameter after in the up stroke of sucker rod the maximum load of suspension point with adjust deep-well
In the difference in the down stroke of sucker rod between the minimum load of suspension point after the pump diameter of pump；
According to adjustment deep well pump pump diameter after in the up stroke of sucker rod suspension point maximum load and difference, determine adjustment
The operating parameter of suspension point after the pump diameter of deep well pump；
According to the operating parameter of suspension point and the 6th coefficient of fullness of deep well pump after the pump diameter of adjustment deep well pump, pumping unit is determined
Third suspension point run power, pumping unit third suspension point operation power be adjust deep well pump pump diameter after pumping unit suspension point transport
Row power；
The single-unit operation power of pumping unit before the pump diameter for adjusting deep well pump and the third suspension point of pumping unit are run into power phase
Add, obtain the third input power of motor, the third input power of motor is the input work of motor after the pump diameter for adjusting deep well pump
Rate；
The third input power of motor is multiplied with the electricity consumption time, obtains the third electricity consumption of pumping unit, the of pumping unit
Three electricity consumptions are the electricity consumption of pumping unit after the pump diameter for adjusting deep well pump.
All the above alternatives, can form alternative embodiment of the invention according to any combination, and the present invention is real
It applies example and this is no longer repeated one by one.
In order to make it easy to understand, being carried out below with reference to the method for Fig. 2 determination electricity used for oil extractor for provide Fig. 1 embodiment
Explanation is unfolded.Fig. 2 is a kind of flow chart of method for determining electricity used for oil extractor provided in an embodiment of the present invention.Referring to fig. 2, should
Method includes:
Step 201: obtaining and input the maximum current of the motor of pumping unit in the up stroke of the sucker rod of pumping unit, taking out
In the down stroke of beam hanger input the maximum current of motor, the property parameters of pumping unit, pumping unit suspension point operating parameter and pumping
The coefficient of fullness of deep well pump where beam hanger.
It should be noted that pumping unit includes motor, ground installation and moving component etc., wherein motor will be for that will input
The electric energy of motor is converted to mechanical energy, to drive ground installation to be operated, then by ground installation drive moving component into
Row movement；Ground installation includes belt pulley, reduction gearbox and crank etc.；Moving component includes horse head and sucker rod etc..Sucker rod
Up stroke corresponds to process of the sucker rod from shaft bottom to well head when mobile, the down stroke of sucker rod correspond to sucker rod from well head to
Process when shaft bottom is mobile.
In addition, inputting the electric current of the motor of pumping unit in the up stroke of sucker rod and being inputted in the down stroke of sucker rod
The electric current of motor changes with the variation of time.Obtain the motor that pumping unit is inputted in the up stroke of the sucker rod of pumping unit
Maximum current when, can be during the up stroke of sucker rod, will be in the electric current that shown on the motor controlling cabinet of pumping unit
Maximum current is determined as inputting the maximum current of the motor of pumping unit in the up stroke of the sucker rod of pumping unit.Similarly, it obtains
It, can be during the down stroke of sucker rod, by pumping unit when inputting the maximum current of motor in the down stroke of sucker rod
The maximum current in electric current shown on motor controlling cabinet is determined as inputting the motor of pumping unit in the down stroke of sucker rod
Maximum current.
In addition, the property parameters of pumping unit may include pumping unit power coefficient, pumping unit transmission efficiency etc..Due to oil pumping
Machine power coefficient and pumping unit transmission efficiency are corresponding with the type of pumping unit, it is possible to pumping unit power system be stored in advance
Corresponding relationship between number, pumping unit transmission efficiency and the type of pumping unit.Later, so that it may from the pumping unit power system of storage
In corresponding relationship between number, pumping unit transmission efficiency and the type of pumping unit, the corresponding oil pumping of pumping unit of certain type is obtained
Machine power coefficient and pumping unit transmission efficiency.It is of course also possible to store respectively pumping unit power coefficient and pumping unit type it
Between corresponding relationship and pumping unit transmission efficiency and the type of pumping unit between corresponding relationship, the embodiment of the present invention do not do this
It is specific to limit.
Furthermore the suspension point of pumping unit is the tie point between the horse head and sucker rod of pumping unit.The fortune of the suspension point of pumping unit
Row parameter may include the stroke of pumping unit, the jig frequency of pumping unit, in the up stroke of sucker rod the maximum load of suspension point, taking out
The minimum load of suspension point and load when suspension point does not unload in the down stroke of sucker rod etc. in the down stroke of beam hanger.Wherein, it takes out
The stroke of oil machine is that the horse head of pumping unit drives sucker rod when being moved, the attainable the highest point and the lowest point of sucker rod institute it
Between distance and the piston in deep well pump where sucker rod when being moved up and down in pump chamber the attainable highest point of institute with most
The distance between low spot；The jig frequency of pumping unit is that the piston in the deep well pump where sucker rod moves up and down per minute in pump chamber
Number；Load when suspension point does not unload in the down stroke of sucker rod is that sucker rod will not hit in deep well pump in down stroke
Liquid before the load born of suspension point.
Before obtaining the operating parameter of suspension point of pumping unit, load transducer and displacement sensing can be set on horse head
Device is measured the load and displacement of suspension point in real time by the load transducer and displacement sensor of setting, and will measured different moments
Load and displacement be sent to RTU (Remote Terminal Unit, remote measurement and control terminal).RTU is receiving these differences
After load and displacement that moment measures, directly these load, displacement and the corresponding relationship between its moment can be uploaded to
Network；Alternatively, a coordinate value can be constructed with load that synchronization measures and displacement, it to obtain multiple coordinate values, should
Each coordinate value is (displacement, load) in multiple coordinate values, draws the corresponding indicator card of pumping unit according to multiple coordinate value, then
The indicator card is uploaded to network.
The load of suspension point has certain rule in the stroke up and down of sucker rod, when RTU is by load, displacement and its moment
Between corresponding relationship when being uploaded to network, technical staff can analyze the stroke of pumping unit, oil pumping from the corresponding relationship
The jig frequency of machine, in the up stroke of sucker rod the maximum load of suspension point, in the down stroke of sucker rod the minimum load of suspension point and
The operating parameter of the suspension points such as load when suspension point does not unload in the down stroke of sucker rod；When RTU is shown pumping unit is corresponding
When function figure is uploaded to network, technical staff can be read from the indicator card stroke of pumping unit, pumping unit jig frequency, pumping
The maximum load of suspension point, the minimum load of suspension point and the down stroke in sucker rod in the down stroke of sucker rod in the up stroke of bar
The operating parameter of the suspension points such as load when middle suspension point does not unload.
Finally, the coefficient of fullness of the deep well pump where sucker rod is the liquid that piston in deep well pump enters pump chamber when moving up
Liquid is full of the ratio between height and stroke of piston in the ratio between volume of liquid that the volume and piston of body are conceded and deep well pump,
Wherein, liquid can be obtained full of height with the stroke of piston from the corresponding indicator card of pumping unit in deep well pump.Deep well pump
Coefficient of fullness is related with oil reservoir fluid supply capacity, and when oil reservoir fluid supply capacity abundance, the piston in deep well pump enters pump when moving up
The liquid of chamber can be full of the space surrounded by pump chamber bottom surface, pump chamber side wall and piston, in this case, in deep well pump
The volume of liquid that piston enters the volume of the liquid of pump chamber when moving up and piston is conceded is equal, at this point, deep well pump is full of
Coefficient is 1；When oil reservoir fluid supply capacity deficiency, the liquid that the piston in deep well pump enters pump chamber when moving up will not be full of by pumping
The space that bottom of chamber face, pump chamber side wall and piston are surrounded, in this case, the piston in deep well pump enters pump chamber when moving up
The volume of liquid be less than the volume of liquid that piston is conceded, at this point, the coefficient of fullness of deep well pump is less than 1.
Step 202: according in the up stroke of sucker rod input motor maximum current, in the down stroke of sucker rod it is defeated
Enter the maximum current of motor and the property parameters of pumping unit, determines the single-unit operation power of pumping unit.
It should be noted that the motor that the single-unit operation power of pumping unit is pumping unit drives its ground installation to be operated
When the unit time in do work size.
Specifically, when the property parameters of pumping unit include pumping unit power coefficient and pumping unit transmission efficiency, step 202
Realization process can be with are as follows: will be inputted in the up stroke of sucker rod the maximum current of motor and in the down stroke of sucker rod it is defeated
Enter a smallest electric current in the maximum current of motor and be determined as first object electric current, electricity will be inputted in the up stroke of sucker rod
The maximum current of machine and in the down stroke of sucker rod input motor maximum current in a maximum electric current be determined as second
Target current；By first object electric current divided by the second target current, balance of well pumping unit rate is obtained；According to balance of well pumping unit rate, take out
Oil machine power coefficient and pumping unit transmission efficiency determine the single-unit operation power of pumping unit.
Wherein, according to balance of well pumping unit rate, pumping unit power coefficient and pumping unit transmission efficiency, the single machine of pumping unit is determined
The realization process for running power can be with are as follows: according to balance of well pumping unit rate, pumping unit power coefficient and pumping unit transmission efficiency, passes through
Following formula (1) determines the single-unit operation power of pumping unit:
Wherein, W1For the single-unit operation power of pumping unit, K is pumping unit power coefficient, and B is balance of well pumping unit rate, and η is to take out
Oil machine transmission efficiency.
Certainly, in practical application, it can also be driven and be imitated according to balance of well pumping unit rate, pumping unit power coefficient and pumping unit
Rate, determines the single-unit operation power of pumping unit otherwise, and the embodiment of the present invention is not construed as limiting this.
Step 203: according to the coefficient of fullness of the operating parameter of suspension point and deep well pump, determining the suspension point operation function of pumping unit
Rate.
It should be noted that the suspension point operation power of pumping unit is that ground installation drives horse head and sucker rod etc. in pumping unit
The size done work in the unit time when moving component is moved.
Specifically, when the operating parameter of the suspension point of pumping unit includes the stroke of pumping unit, the jig frequency of pumping unit, in sucker rod
Up stroke in the maximum load of suspension point, the minimum load of suspension point and in the down stroke of sucker rod in the down stroke of sucker rod
When load when suspension point does not unload, the realization process of step 203 can be with are as follows: according to the stroke of pumping unit, pumping unit jig frequency,
The maximum load of suspension point in the up stroke of sucker rod, in the down stroke of sucker rod the minimum load of suspension point, under sucker rod
The coefficient of fullness of load and deep well pump when suspension point does not unload in stroke determines that the suspension point of pumping unit is transported by following formula (2)
Row power:
Wherein, W2Power is run for the suspension point of pumping unit, S is the stroke of pumping unit, and N is the jig frequency of pumping unit, PSTo take out
The maximum load of suspension point, P in the up stroke of beam hangerXFor the minimum load of the suspension point in the down stroke of sucker rod, KCFor deep well pump
Coefficient of fullness, P1For load when suspension point does not unload in the down stroke of sucker rod.
It should be noted that above-mentioned formula (2) both can be adapted for the situation of oil reservoir fluid supply capacity abundance, at this point, deep-well
The coefficient of fullness of pump is 1, the situation of oil reservoir fluid supply capacity deficiency is readily applicable to, at this point, the coefficient of fullness of deep well pump is less than
1。
Certainly, in practical application, other sides can also be passed through according to the operating parameter of suspension point and the coefficient of fullness of deep well pump
Formula determines the suspension point operation power of pumping unit, and the embodiment of the present invention is not construed as limiting this.
Step 204: single-unit operation power being added with suspension point operation power, obtains power input to a machine.
It should be noted that the ground that power input to a machine is the electric energy drive pumping unit that external power supply inputs motor is set
The unit when size done work in the unit time when received shipment turns and the ground installation drive the moving components such as horse head and sucker rod mobile
The sum of the size done work in time, so in the outstanding of the single-unit operation power and pumping unit for determining pumping unit through the above steps
After point operation power, the single-unit operation power of pumping unit is added with the suspension point of pumping unit operation power, motor can be obtained
Input power.
Step 205: power input to a machine being multiplied with the electricity consumption time, obtains the electricity consumption of pumping unit.
It should be noted that meeting electricity consumption when motor works, so the electricity consumption time is the time of motor work.The electricity consumption time
It can be configured, and can be determined according to the needs of determination electricity used for oil extractor in advance, for example, when it needs to be determined that pumping unit
It when the electricity consumption to work half a day, can set the electricity consumption time to 12 hours, when it needs to be determined that the use that pumping unit works one day
When electricity, it can set the electricity consumption time to 24 hours, the embodiment of the present invention is not specifically limited in this embodiment.
Further, since pumping unit is in normal course of operation, the electricity consumption of pumping unit and the working system of pumping unit
Etc. factors it is related, in order to keep pumping unit more energy saving at work in the insufficient situation of oil reservoir fluid supply capacity, passing through step
After 205 determine the electricity consumption of pumping unit, the working system of pumping unit can be adjusted, to obtain energy-saving square accordingly
Case.Wherein, the working system of pumping unit includes the pump of the stroke of pumping unit, the jig frequency of pumping unit and the deep well pump where sucker rod
Diameter.
It in practical applications, can be using the stroke of adjustment pumping unit, the jig frequency of adjustment pumping unit and adjustment deep well pump
These three modes of diameter are pumped to adjust the working system of pumping unit.No matter adjusting pumping using which kind of mode in above-mentioned three kinds of modes
The working system of oil machine, the working system of pumping unit of every adjustment, can first determine and adjust duty in this way
The electricity consumption of pumping unit after degree, then by the electricity consumption of pumping unit after adjustment working system in this way and adjust working system
The electricity consumption of preceding pumping unit is compared.It is adjusted when the electricity consumption for determining pumping unit after adjusting working system in this way is less than
Before whole working system when the electricity consumption of pumping unit, then it may be selected in this way to be adjusted the working system of pumping unit；
The pumping unit before the electricity consumption for determining pumping unit after adjusting working system in this way is greater than or equal to adjustment working system
Electricity consumption when, then the working system of pumping unit can not be adjusted in this way.
Wherein, the electricity consumption for adjusting pumping unit before the working system of pumping unit can be the oil pumping determined in step 205
The electricity consumption of machine.The electricity consumption of pumping unit is to take out according to the stroke of adjustment pumping unit, adjustment after the working system of adjustment pumping unit
The jig frequency of oil machine or adjust after any mode in these three modes of the pump diameter of deep well pump adjusts the working system of pumping unit is taken out
The expection electricity consumption of oil machine.
In the first possible implementation, when the operating parameter of the suspension point of pumping unit includes the stroke of pumping unit, adjust
The working system of whole pumping unit can be the stroke of adjustment pumping unit, at this point, can execute following steps after step 205
(1)-step (7):
(1), the stroke for adjusting pumping unit, obtains the stroke adjusted of pumping unit.
It should be noted that the stroke of adjustment pumping unit can be the stroke for reducing pumping unit, and can be with a fixation
Numerical value be unit the stroke of pumping unit is reduced, which can be configured in advance, if the numerical value can be 1 meter,
The stroke of pumping unit can be reduced as unit of 1 meter.For example, working as the stroke of pumping unit before the stroke for adjusting pumping unit
It is 6.1 meters, the stroke adjusted of available pumping unit is after being reduced as unit of 1 meter to the stroke of pumping unit
5.1 rice.
(2), according to the stroke adjusted of stroke and pumping unit before the adjustment of pumping unit, the stroke of pumping unit is determined
Down ratio.
It should be noted that after determining the stroke adjusted of pumping unit, so that it may before the adjustment of pumping unit
Stroke and pumping unit stroke adjusted, determine the down ratio of the stroke of pumping unit.
Specifically, the stroke before the adjustment of pumping unit can be subtracted to the numerical value obtained after the stroke adjusted of pumping unit
Divided by the stroke before the adjustment of pumping unit, the down ratio of the stroke of pumping unit is obtained.
For example, the stroke before the adjustment of pumping unit is 6.1 meters, it, will when the stroke adjusted of pumping unit is 5.1 meters
6.1 subtract 5.1 after obtain 1, divided by the down ratio for the stroke for obtaining pumping unit after 6.1 be 16.39% by 1.
It is worth noting that, when adjusting the stroke of pumping unit in step (1), it can be according to preset stroke suppression ratio
Example is adjusted the stroke of pumping unit, to obtain the stroke adjusted of pumping unit.In this case, subsequent without according to step
Suddenly (two) determine the down ratio of the stroke of pumping unit, but directly can be determined as taking out by the preset stroke down ratio
The down ratio of the stroke of oil machine.
(3), by the first coefficient of fullness of deep well pump multiplied by after the down ratio of the stroke of pumping unit with deep well pump first
Coefficient of fullness is added, and obtains the second coefficient of fullness of deep well pump, and the first coefficient of fullness of deep well pump is the stroke for adjusting pumping unit
The coefficient of fullness of preceding deep well pump, the second coefficient of fullness of deep well pump are the coefficient of fullness of deep well pump after the stroke for adjusting pumping unit.
It should be noted that due between the coefficient of fullness of deep well pump and the stroke of pumping unit there are inversely prroportional relationship, because
This, can be using the down ratio of the stroke of pumping unit as the increase ratio of the coefficient of fullness of deep well pump.So as to pass through by
First coefficient of fullness of deep well pump is multiplied by the first coefficient of fullness phase Calais after the down ratio of the stroke of pumping unit with deep well pump
Obtain the second coefficient of fullness of deep well pump.
(4), it according to the operating parameter of suspension point before the stroke of the stroke adjusted of pumping unit and adjustment pumping unit, determines
The operating parameter of suspension point after the stroke of adjustment pumping unit.
Specifically, the operating parameter of suspension point before the stroke of the stroke adjusted replacement adjustment pumping unit of pumping unit can be used
In pumping unit stroke, be adjusted the operating parameter of suspension point after the stroke of pumping unit.
(5), it according to the operating parameter of suspension point and the second coefficient of fullness of deep well pump after the stroke of adjustment pumping unit, determines
First suspension point of pumping unit runs power, and the first suspension point operation power of pumping unit is pumping unit after the stroke for adjusting pumping unit
Suspension point runs power.
It should be noted that according to the second of the operating parameter of suspension point after the stroke of adjustment pumping unit and deep well pump full of being
Number determines that the realization process of the first suspension point operation power of pumping unit is similar with the realization process of step 203, herein no longer in detail
Description.
(6), the first suspension point of the single-unit operation power of pumping unit before the stroke for adjusting pumping unit and pumping unit is run into function
Rate is added, and obtains the first input power of motor, the first input power of motor be adjustment pumping unit stroke after motor it is defeated
Enter power.
It should be noted that only will affect the coefficient of fullness of deep well pump, Bu Huiying after due to the stroke of adjustment pumping unit
It rings and inputs the maximum current of the motor of pumping unit in the up stroke of the sucker rod of pumping unit, inputted in the down stroke of sucker rod
The maximum current of motor and the property parameters of pumping unit, and will not influence the jig frequency of pumping unit, hanged in the up stroke of sucker rod
The maximum load of point, the minimum load of suspension point and when suspension point does not unload in the down stroke of sucker rod in the down stroke of sucker rod
The operating parameter of the suspension point in addition to the stroke of pumping unit such as load therefore after the stroke for adjusting pumping unit, only pump
The suspension point operation power of machine can change, and the single-unit operation power of pumping unit will not change.So as to by that will adjust
The first suspension point of the single-unit operation power of pumping unit and pumping unit operation power phase Calais obtains motor before the stroke of whole pumping unit
The first input power.
(7), the first input power of motor is multiplied with the electricity consumption time, obtains the first electricity consumption of pumping unit, pumping unit
The first electricity consumption be adjust pumping unit stroke after pumping unit electricity consumption.
It is worth noting that (pumping before the stroke of adjustment pumping unit in the electricity consumption for determining pumping unit by step 205
The electricity consumption of machine) after, the stroke of adjustable pumping unit, and estimate the electricity consumption of pumping unit after the stroke of adjustment pumping unit
(it is expected that electricity consumption), pumping unit before the electricity consumption of pumping unit is less than the stroke of adjustment pumping unit after adjusting the stroke of pumping unit
When electricity consumption, it can determine and be produced using the stroke adjusted, to save electric energy.It can be preparatory in the embodiment of the present invention
The electricity consumption of pumping unit after the stroke of determining adjustment pumping unit, so as to judge to be given birth to using the stroke adjusted accordingly
Whether the electricity consumption of pumping unit can be saved before the relatively stroke of adjustment pumping unit when production, and then effectively can determine that energy-saving scheme is done
It instructs out.
In second of possible implementation, when the operating parameter of the suspension point of pumping unit includes the jig frequency of pumping unit, adjust
The working system of whole pumping unit can be the jig frequency of adjustment pumping unit, at this point, can execute following steps after step 205
(1)-step (8):
(1), the jig frequency for adjusting pumping unit, obtains the jig frequency adjusted of pumping unit.
It should be noted that the jig frequency of adjustment pumping unit can be the jig frequency for reducing pumping unit, it can be fixed with one
Numerical value is that unit reduces the jig frequency of pumping unit, which can be configured in advance, if the numerical value can be 1 beat/min
Clock, it can the jig frequency of pumping unit is reduced as unit of 1 beat/min.For example, pumping before the jig frequency of adjustment pumping unit
The jig frequency of machine is 3.03 beats/min, available oil pumping after being reduced as unit of 1 beat/min to the jig frequency of pumping unit
The jig frequency adjusted of machine is 2.03 beats/min.
(2), according to the jig frequency adjusted of jig frequency and pumping unit before the adjustment of pumping unit, the jig frequency of pumping unit is determined
Down ratio.
It should be noted that after determining the jig frequency adjusted of pumping unit, so that it may before the adjustment of pumping unit
Jig frequency and pumping unit jig frequency adjusted, determine the down ratio of the jig frequency of pumping unit.
Specifically, the jig frequency before the adjustment of pumping unit can be subtracted to the numerical value obtained after the jig frequency adjusted of pumping unit
Divided by the jig frequency before the adjustment of pumping unit, the down ratio of the jig frequency of pumping unit is obtained.
For example, the jig frequency before the adjustment of pumping unit is 3.03 beats/min, the jig frequency adjusted of pumping unit is 2.03
Beat/min when, obtain 1 after subtracting 2.03 for 3.03, be divided by the down ratio for the jig frequency for obtaining pumping unit after 3.03 by 1
33%.
It is worth noting that, when adjusting the jig frequency of pumping unit in step (1), it can be according to preset jig frequency suppression ratio
Example is adjusted the jig frequency of pumping unit, to obtain the jig frequency adjusted of pumping unit.In this case, subsequent without according to step
Suddenly (two) determine the down ratio of the jig frequency of pumping unit, but directly can be determined as taking out by the preset jig frequency down ratio
The down ratio of the jig frequency of oil machine.
(3), by the third coefficient of fullness of deep well pump multiplied by the third after the down ratio of the jig frequency of pumping unit with deep well pump
Coefficient of fullness is added, and obtains the 4th coefficient of fullness of deep well pump, and the third coefficient of fullness of deep well pump is the jig frequency for adjusting pumping unit
The coefficient of fullness of preceding deep well pump, the 4th coefficient of fullness of deep well pump are the coefficient of fullness of deep well pump after the jig frequency for adjusting pumping unit.
It should be noted that due between the coefficient of fullness of deep well pump and the jig frequency of pumping unit there are inversely prroportional relationship, because
This, can be using the down ratio of the jig frequency of pumping unit as the increase ratio of the coefficient of fullness of deep well pump.So as to pass through by
The third coefficient of fullness of deep well pump is multiplied by the third coefficient of fullness phase Calais after the down ratio of the jig frequency of pumping unit with deep well pump
Obtain the 4th coefficient of fullness of deep well pump.
(4), according to the jig frequency adjusted of pumping unit, the up stroke after the jig frequency of adjustment pumping unit in sucker rod is determined
After the maximum load of middle suspension point and the jig frequency of adjustment pumping unit in the down stroke of sucker rod suspension point minimum load.
Specifically, the liquid weight and suspension point between the bar weight of available sucker rod, the piston and well head of deep well pump
Inertial load；The inertial load of liquid weight and suspension point by the bar of sucker rod between heavy, deep well pump piston and well head adds up,
It is adjusted the maximum load of the suspension point in the up stroke of sucker rod after the jig frequency of pumping unit；The bar of sucker rod is subtracted into suspension point again
Inertial load, be adjusted the minimum load of the suspension point in the down stroke of sucker rod after the jig frequency of pumping unit.
It, can also be by by sucker rod it should be noted that the bar of sucker rod can be obtained from the nameplate of sucker rod again
Cross-sectional area, the bar of sucker rod is long, the density of sucker rod and acceleration of gravity tire out and multiplies and obtain.The piston of deep well pump and well head it
Between liquid weight can by by fluid density in the lower-continuous mapping of the floor space of the pump chamber of deep well pump, deep well pump, well with again
Power acceleration is tired to be multiplied and obtains.The inertial load of suspension point is a kind of volume relevant to quality that suspension point generates under acceleration effect
The inertial load of load, suspension point can pass through the stroke and pumping of pumping unit before the bar of sucker rod is heavy, adjustment pumping unit jig frequency
The jig frequency adjusted of oil machine it is square tired multiply after obtained divided by 1790.
(5), it is hanged in the up stroke of sucker rod according to after the jig frequency adjusted of pumping unit, the jig frequency of adjustment pumping unit
Point maximum load and adjustment pumping unit jig frequency after in the down stroke of sucker rod suspension point minimum load, determine adjustment oil pumping
The operating parameter of suspension point after the jig frequency of machine.
Specifically, the up stroke after the jig frequency adjusted of pumping unit, the jig frequency of adjustment pumping unit in sucker rod can be used
The minimum load of suspension point replaces adjustment in the down stroke of sucker rod after the maximum load of middle suspension point and the jig frequency of adjustment pumping unit
The jig frequency of pumping unit before the jig frequency of pumping unit in the operating parameter of suspension point, in the up stroke of sucker rod suspension point maximum load
With the minimum load of the suspension point in the down stroke of sucker rod, it is adjusted the operating parameter of suspension point after the jig frequency of pumping unit.
(6), it according to the operating parameter of suspension point and the 4th coefficient of fullness of deep well pump after the jig frequency of adjustment pumping unit, determines
Second suspension point of pumping unit runs power, and the second suspension point operation power of pumping unit is pumping unit after the jig frequency for adjusting pumping unit
Suspension point runs power.
It should be noted that according to the 4th of the operating parameter of suspension point after the jig frequency of adjustment pumping unit and deep well pump the full of being
Number determines that the realization process of the second suspension point operation power of pumping unit is similar with the realization process of step 203, herein no longer in detail
Description.
(7), the second suspension point of the single-unit operation power of pumping unit before the jig frequency for adjusting pumping unit and pumping unit is run into function
Rate is added, and obtains the second input power of motor, the second input power of motor be adjustment pumping unit jig frequency after motor it is defeated
Enter power.
It should be noted that will affect the coefficient of fullness of deep well pump, in sucker rod after due to the jig frequency of adjustment pumping unit
Up stroke in suspension point maximum load and in the down stroke of sucker rod suspension point minimum load, will not influence in pumping unit
The maximum current of the motor of pumping unit is inputted in the up stroke of sucker rod, the maximum electric of motor is inputted in the down stroke of sucker rod
The property parameters of stream and pumping unit, and will not influence the stroke of pumping unit and when suspension point does not unload in the down stroke of sucker rod
Load etc. removes stroke, the maximum load of suspension point and the suspension point in the down stroke of sucker rod in the up stroke of sucker rod of pumping unit
Minimum load except suspension point operating parameter, therefore, after the jig frequency for adjusting pumping unit, only pumping unit suspension point operation
Power can change, and the single-unit operation power of pumping unit will not change.So as to by the way that rushing for pumping unit will be adjusted
The single-unit operation power of secondary preceding pumping unit and the second suspension point operation power phase Calais of pumping unit obtain the second input work of motor
Rate.
(8), the second input power of motor is multiplied with the electricity consumption time, obtains the second electricity consumption of pumping unit, pumping unit
The second electricity consumption be adjust pumping unit jig frequency after pumping unit electricity consumption.
It is worth noting that (pumping before the jig frequency of adjustment pumping unit in the electricity consumption for determining pumping unit by step 205
The electricity consumption of machine) after, the jig frequency of adjustable pumping unit, and estimate the electricity consumption of pumping unit after the jig frequency of adjustment pumping unit
(it is expected that electricity consumption), pumping unit before the electricity consumption of pumping unit is less than the jig frequency of adjustment pumping unit after adjusting the jig frequency of pumping unit
When electricity consumption, it can determine and be produced using the jig frequency adjusted, to save electric energy.It can be preparatory in the embodiment of the present invention
The electricity consumption of pumping unit after the jig frequency of determining adjustment pumping unit, so as to judge to be given birth to using the jig frequency adjusted accordingly
Whether the electricity consumption of pumping unit can be saved before the relatively jig frequency of adjustment pumping unit when production, and then effectively can determine that energy-saving scheme is done
It instructs out.
In the third possible implementation, the working system for adjusting pumping unit can be the pump diameter of adjustment deep well pump, this
When, following steps (one)-step (9) can be executed after step 205:
(1), the pump diameter of deep well pump is obtained.
(2), the pump diameter for adjusting deep well pump, obtains the pump diameter adjusted of deep well pump.
It should be noted that the pump diameter of adjustment deep well pump can be the pump diameter for reducing deep well pump, and can be with a fixation
Numerical value be unit the pump diameter of deep well pump is reduced, which can be configured in advance, as the numerical value can for 10 milli
Rice, it can the pump diameter of deep well pump is reduced as unit of 10 millimeters.For example, the pump diameter before the adjustment of deep well pump is
210 millimeters, the pump diameter adjusted of available deep well pump after being reduced as unit of 10 millimeters to the pump diameter of deep well pump
It is 200 millimeters.
(3), according to the pump diameter adjusted of pump diameter and deep well pump before the adjustment of deep well pump, the pump diameter of deep well pump is determined
Square down ratio.
It should be noted that after obtaining the pump diameter adjusted of deep well pump, so that it may before the adjustment of deep well pump
Pump diameter and deep well pump pump diameter adjusted, determine deep well pump pump diameter square down ratio.
It specifically, can be by square of the pump diameter adjusted for square subtracting deep well pump of the pump diameter before the adjustment of deep well pump
The numerical value obtained afterwards divided by before the adjustment of deep well pump pump diameter square, obtain deep well pump pump diameter square down ratio.
For example, the pump diameter before the adjustment of deep well pump is 210 millimeters, when the pump diameter adjusted of deep well pump is 200 millimeters,
By 210 square subtract 200 square after obtain 4100, by 4100 divided by 210 square after obtain deep well pump pump diameter it is flat
The down ratio of side is 9.3%.
It is worth noting that, when adjusting the pump diameter of deep well pump in step (2), it can be according under preset pump diameter square
Drop ratio is adjusted the pump diameter of deep well pump, to obtain the pump diameter adjusted of deep well pump.In this case, subsequent without pressing
Determined according to step (3) the pump diameter of deep well pump square down ratio, but can directly will be under the preset pump diameter square
Drop ratio-dependent be deep well pump pump diameter square down ratio.
(4), by the 5th coefficient of fullness of deep well pump multiplied by deep well pump pump diameter square down ratio after with deep well pump
The 5th coefficient of fullness be added, obtain the 6th coefficient of fullness of deep well pump, the 5th coefficient of fullness of deep well pump is adjustment deep well pump
Pump diameter before deep well pump coefficient of fullness, the 6th coefficient of fullness of deep well pump be adjustment deep well pump pump diameter after deep well pump be full of
Coefficient.
It should be noted that due to the coefficient of fullness and deep well pump of deep well pump pump diameter square between there are inverse proportion passes
System, therefore, can using deep well pump pump diameter square down ratio as the increase ratio of the coefficient of fullness of deep well pump.To
Can by by the 5th coefficient of fullness of deep well pump multiplied by deep well pump pump diameter square down ratio after with deep well pump the
Five coefficient of fullness phase Calais obtain the 6th coefficient of fullness of deep well pump.
(5), according to the pump diameter adjusted of deep well pump, the up stroke after the pump diameter of adjustment deep well pump in sucker rod is determined
The maximum load of middle suspension point, and determine adjustment deep well pump pump diameter after in the up stroke of sucker rod suspension point maximum load and tune
In the difference in the down stroke of sucker rod between the minimum load of suspension point after the pump diameter of whole deep well pump.
Wherein, according to the pump diameter adjusted of deep well pump, the up stroke after the pump diameter of adjustment deep well pump in sucker rod is determined
The realization process of the maximum load of middle suspension point can be with are as follows: obtains the liquid between the bar weight of sucker rod, the piston and well head of deep well pump
The inertial load of body weight and suspension point；Liquid weight and suspension point by the bar of sucker rod between heavy, deep well pump piston and well head
Inertial load it is cumulative, be adjusted the maximum load of the suspension point in the up stroke of sucker rod after the pump diameter of deep well pump.
It, can also be by by sucker rod it should be noted that the bar of sucker rod can be obtained from the nameplate of sucker rod again
Cross-sectional area, the bar of sucker rod is long, density of sucker rod is multiplied with acceleration of gravity and is obtained.The piston of deep well pump and well head it
Between liquid weight can by by fluid density in the lower-continuous mapping of the floor space of the pump chamber of deep well pump, deep well pump, well with again
Power acceleration is multiplied and obtains.The inertial load of suspension point is a kind of volume relevant to quality that suspension point generates under acceleration effect
Load, the inertial load of suspension point can be by by the square tired of the jig frequency of the bar weight of sucker rod, the stroke of pumping unit and pumping unit
It is obtained after multiplying divided by 1790.Wherein, the floor space of the pump chamber of deep well pump is square multiplying the pump diameter adjusted of deep well pump
With what is obtained after pi divided by 4.
Wherein, according to the pump diameter adjusted of deep well pump, the up stroke after the pump diameter of adjustment deep well pump in sucker rod is determined
In the difference in the down stroke of sucker rod between the minimum load of suspension point after the maximum load of middle suspension point and the pump diameter of adjustment deep well pump
The realization process of value can be with are as follows: obtain the lower-continuous mapping of deep well pump, in well the pump chamber of fluid density and deep well pump floor space；It will
The floor space and acceleration of gravity of the pump chamber of the density and deep well pump of liquid in well where the lower-continuous mapping of deep well pump, deep well pump
It is tired to multiply, it is adjusted the pump diameter of the maximum load of suspension point and adjustment deep well pump in the up stroke of sucker rod after the pump diameter of deep well pump
Afterwards in the difference in the down stroke of sucker rod between the minimum load of suspension point.
It should be noted that fluid density can be obtained by measurement in the lower-continuous mapping and well of deep well pump.Deep well pump
The floor space of pump chamber is by the pump diameter adjusted of deep well pump square multiplied by being obtained after pi divided by 4.
(6), according to adjustment deep well pump pump diameter after in the up stroke of sucker rod the maximum load of suspension point and the difference,
The operating parameter of suspension point after the pump diameter of determining adjustment deep well pump.
Specifically, can with adjustment deep well pump pump diameter after in the up stroke of sucker rod the maximum load of suspension point, adjust
Deep well pump pump diameter after in the up stroke of sucker rod the maximum load of suspension point and adjustment deep well pump pump diameter after in sucker rod
Difference in down stroke between the minimum load of suspension point, replacement adjustment deep well pump pump diameter before suspension point operating parameter in taking out
The maximum load of suspension point, the maximum load of suspension point and the downlink in sucker rod in the up stroke of sucker rod in the up stroke of beam hanger
Difference in journey between the minimum load of suspension point is adjusted the operating parameter of suspension point after the pump diameter of deep well pump.
(7), it according to the operating parameter of suspension point and the 6th coefficient of fullness of deep well pump after the pump diameter of adjustment deep well pump, determines
The third suspension point of pumping unit runs power, and the third suspension point operation power of pumping unit is pumping unit after the pump diameter for adjusting deep well pump
Suspension point runs power.
It should be noted that according to adjustment deep well pump pump diameter after suspension point operating parameter and deep well pump the 6th be full of be
Number determines that the realization process of the third suspension point operation power of pumping unit is similar with the realization process of step 203, herein no longer in detail
Description.
(8), the single-unit operation power of pumping unit before the pump diameter for adjusting deep well pump and the third suspension point of pumping unit are run into function
Rate is added, and obtains the third input power of motor, the third input power of motor be adjust deep well pump pump the defeated of motor after diameter
Enter power.
It should be noted that will affect the coefficient of fullness of deep well pump, in sucker rod after due to the pump diameter of adjustment deep well pump
Up stroke in suspension point maximum load and in the down stroke of sucker rod suspension point minimum load, will not influence in pumping unit
The maximum current of the motor of pumping unit is inputted in the up stroke of sucker rod, the maximum electric of motor is inputted in the down stroke of sucker rod
The property parameters of stream and pumping unit, and will not influence the stroke of pumping unit and when suspension point does not unload in the down stroke of sucker rod
Load etc. except in the up stroke of sucker rod the maximum load of suspension point and in the down stroke of sucker rod suspension point minimum load it
The operating parameter of outer suspension point, therefore, after the pump diameter for adjusting deep well pump, the suspension point operation power of only pumping unit can become
Change, the single-unit operation power of pumping unit will not change.So as to pass through pumping unit before the pump diameter that will adjust deep well pump
The third suspension point of single-unit operation power and pumping unit operation power phase Calais obtains the third input power of motor.
(9), the third input power of motor is multiplied with the electricity consumption time, obtains the third electricity consumption of pumping unit, pumping unit
Third electricity consumption be adjust deep well pump pump diameter after pumping unit electricity consumption.
It is worth noting that (pumping before the pump diameter of adjustment deep well pump in the electricity consumption for determining pumping unit by step 205
The electricity consumption of machine) after, the pump diameter of adjustable deep well pump, and estimate the electricity consumption of pumping unit after the pump diameter of adjustment deep well pump
(it is expected that electricity consumption), pumping unit before the electricity consumption of pumping unit is less than the pump diameter of adjustment deep well pump after adjusting the pump diameter of deep well pump
When electricity consumption, it can determine and be produced using the pump diameter of the deep well pump adjusted, to save electric energy.In the embodiment of the present invention
The electricity consumption of pumping unit after the pump diameter of adjustment deep well pump can be predefined, so as to be judged accordingly using the depth adjusted
Whether the electricity consumption of pumping unit can be saved before the relatively pump diameter of adjustment deep well pump when the pump diameter of well pump is produced, and then can be effective
To determine that energy-saving scheme makes guidance.
Significantly, since the coefficient of fullness of deep well pump is less than or equal to 1, wherein when oil reservoir fluid supply capacity is insufficient
When, the coefficient of fullness of deep well pump is less than 1, and after adjusting the working system of pumping unit according to three of the above mode, deep well pump
Coefficient of fullness will increase, so, three of the above mode is used in the insufficient situation of oil reservoir fluid supply capacity.Also,
Deep well pump adjusted is calculated after the working system for adjusting pumping unit using any one mode in three of the above mode
Coefficient of fullness (i.e. the second coefficient of fullness of deep well pump, the 4th coefficient of fullness or the 6th coefficient of fullness) be greater than 1 when, can will adjust
The coefficient of fullness of deep well pump after whole is set as 1.
In the embodiment of the present invention, the maximum electricity that the motor of pumping unit is inputted in the up stroke of the sucker rod of pumping unit is obtained
Stream, in the down stroke of sucker rod input the maximum current of motor, the property parameters of pumping unit, pumping unit suspension point operation ginseng
The coefficient of fullness of deep well pump where several and sucker rod.According in the up stroke of sucker rod input motor maximum current,
The maximum current of motor and the property parameters of pumping unit are inputted in the down stroke of sucker rod, determine the single-unit operation function of pumping unit
Then rate first determines the suspension point operation power of pumping unit according to the operating parameter of suspension point and the coefficient of fullness of deep well pump, then will be single
Machine runs power and is added with suspension point operation power, obtains power input to a machine.When later, by power input to a machine and electricity consumption
Between be multiplied and can be obtained by the electricity consumption of pumping unit.Without installing electricity in the motor controlling cabinet of pumping unit in the embodiment of the present invention
Work table, so that it may which the accurate electricity consumption for determining pumping unit, overall process is simple and convenient, can greatly save determining pumping unit electricity consumption
Required energy consumption and cost when amount.
Fig. 3 is a kind of structural schematic diagram of device for determining electricity used for oil extractor provided in an embodiment of the present invention.Referring to figure
3, which includes: the first acquisition module 301, the first determining module 302, the second determining module 303, the first computing module 304
With the second computing module 305.
First obtains module 301, for obtaining the motor of input pumping unit in the up stroke of the sucker rod of pumping unit
Maximum current, the suspension point that the maximum current of motor, the property parameters of pumping unit, pumping unit are inputted in the down stroke of sucker rod
The coefficient of fullness of deep well pump where operating parameter and sucker rod；
First determining module 302 inputs the maximum current of motor for basis, in sucker rod in the up stroke of sucker rod
Down stroke in input motor maximum current and pumping unit property parameters, determine the single-unit operation power of pumping unit；
Second determining module 303, for determining pumping unit according to the operating parameter of suspension point and the coefficient of fullness of deep well pump
Suspension point runs power；
First computing module 304 obtains the input work of motor for single-unit operation power to be added with suspension point operation power
Rate；
Second computing module 305 obtains the electricity consumption of pumping unit for power input to a machine to be multiplied with the electricity consumption time
Amount.
Optionally, the property parameters of pumping unit include pumping unit power coefficient and pumping unit transmission efficiency；First determines mould
Block 302 includes:
First determines submodule, for will input the maximum current of motor in the up stroke of sucker rod and in sucker rod
A smallest electric current in the maximum current of motor is inputted in down stroke is determined as first object electric current, it will be in the uplink of sucker rod
In journey input motor maximum current and in the down stroke of sucker rod input motor maximum current in a maximum electric current
It is determined as the second target current；
First computational submodule, for first object electric current divided by the second target current, to be obtained balance of well pumping unit rate；
First determines submodule, is used for according to balance of well pumping unit rate, pumping unit power coefficient and pumping unit transmission efficiency, really
Determine the single-unit operation power of pumping unit.
Optionally, first determine that submodule is used for:
According to balance of well pumping unit rate, pumping unit power coefficient and pumping unit transmission efficiency, is determined and pumped by following formula
The single-unit operation power of machine:
Wherein, W1For the single-unit operation power of pumping unit, K is pumping unit power coefficient, and B is balance of well pumping unit rate, and η is to take out
Oil machine transmission efficiency.
Optionally, the operating parameter of the suspension point of pumping unit includes the stroke of pumping unit, the jig frequency of pumping unit, in sucker rod
The maximum load of suspension point in up stroke the minimum load of suspension point and is hanged in the down stroke of sucker rod in the down stroke of sucker rod
Load when point does not unload；Second determining module 303 is used for:
According to the stroke of pumping unit, the jig frequency of pumping unit, in the up stroke of sucker rod the maximum load of suspension point, pumping
The minimum load of suspension point in the down stroke of bar, load when suspension point does not unload in the down stroke of sucker rod and deep well pump are full of
Coefficient determines that the suspension point of pumping unit runs power by following formula:
Wherein, W2Power is run for the suspension point of pumping unit, S is the stroke of pumping unit, and N is the jig frequency of pumping unit, PSTo take out
The maximum load of suspension point, P in the up stroke of beam hangerXFor the minimum load of the suspension point in the down stroke of sucker rod, KCFor deep well pump
Coefficient of fullness, P1For load when suspension point does not unload in the down stroke of sucker rod.
Optionally, the operating parameter of the suspension point of pumping unit includes the stroke of pumping unit；The device further include:
The first adjustment module obtains the stroke adjusted of pumping unit for adjusting the stroke of pumping unit；
Third determining module is determined for the stroke adjusted of stroke and pumping unit before the adjustment according to pumping unit
The down ratio of the stroke of pumping unit；
Third computing module, for by the first coefficient of fullness of deep well pump multiplied by after the down ratio of the stroke of pumping unit with
First coefficient of fullness of deep well pump is added, and obtains the second coefficient of fullness of deep well pump, and the first coefficient of fullness of deep well pump is adjustment
The coefficient of fullness of deep well pump before the stroke of pumping unit, the second coefficient of fullness of deep well pump are deep well pump after the stroke for adjusting pumping unit
Coefficient of fullness；
4th determining module, for the fortune according to suspension point before the stroke adjusted of pumping unit and the stroke of adjustment pumping unit
Row parameter determines the operating parameter of suspension point after the stroke of adjustment pumping unit；
5th determining module is filled for the operating parameter of suspension point after the stroke according to adjustment pumping unit and the second of deep well pump
Full coefficient determines the first suspension point operation power of pumping unit, and the first suspension point operation power of pumping unit is to adjust rushing for pumping unit
The suspension point of pumping unit runs power after journey；
4th computing module, the of the single-unit operation power of pumping unit and pumping unit before the stroke for pumping unit will to be adjusted
One suspension point runs power and is added, and obtains the first input power of motor, and the first input power of motor is to adjust rushing for pumping unit
Power input to a machine after journey；
5th computing module obtains the first of pumping unit for the first input power of motor to be multiplied with the electricity consumption time
Electricity consumption, the first electricity consumption of pumping unit are the electricity consumption of pumping unit after the stroke for adjusting pumping unit.
Optionally, the operating parameter of the suspension point of pumping unit includes the jig frequency of pumping unit；The device further include:
Second adjustment module obtains the jig frequency adjusted of pumping unit for adjusting the jig frequency of pumping unit；
6th determining module is determined for the jig frequency adjusted of jig frequency and pumping unit before the adjustment according to pumping unit
The down ratio of the jig frequency of pumping unit；
6th computing module, for by the third coefficient of fullness of deep well pump multiplied by after the down ratio of the jig frequency of pumping unit with
The third coefficient of fullness of deep well pump is added, and obtains the 4th coefficient of fullness of deep well pump, and the third coefficient of fullness of deep well pump is adjustment
The coefficient of fullness of deep well pump before the jig frequency of pumping unit, the 4th coefficient of fullness of deep well pump are deep well pump after the jig frequency for adjusting pumping unit
Coefficient of fullness；
7th determining module is being taken out after determining the jig frequency of adjustment pumping unit for the jig frequency adjusted according to pumping unit
In the up stroke of beam hanger the maximum load of suspension point and adjustment pumping unit jig frequency after in the down stroke of sucker rod suspension point minimum
Load；
8th determining module, for according to the jig frequency adjusted of pumping unit, adjust after the jig frequency of pumping unit in sucker rod
Up stroke in suspension point maximum load and adjustment pumping unit jig frequency after in the down stroke of sucker rod suspension point minimum load,
The operating parameter of suspension point after the jig frequency of determining adjustment pumping unit；
9th determining module is filled for the operating parameter of suspension point after the jig frequency according to adjustment pumping unit and the 4th of deep well pump
Full coefficient determines the second suspension point operation power of pumping unit, and the second suspension point operation power of pumping unit is to adjust rushing for pumping unit
The suspension point of pumping unit runs power after secondary；
7th computing module, the of the single-unit operation power of pumping unit and pumping unit before the jig frequency for pumping unit will to be adjusted
Two suspension points run power and are added, and obtain the second input power of motor, and the second input power of motor is to adjust rushing for pumping unit
Power input to a machine after secondary；
8th computing module obtains the second of pumping unit for the second input power of motor to be multiplied with the electricity consumption time
Electricity consumption, the second electricity consumption of pumping unit are the electricity consumption of pumping unit after the jig frequency for adjusting pumping unit.
Optionally, the 7th determining module includes:
Acquisition submodule, for obtaining the liquid weight between the bar weight of sucker rod, the piston and well head of deep well pump and hanging
The inertial load of point；
Second computational submodule, for by between the piston and well head of the bar of sucker rod weight, deep well pump liquid weight with
The inertial load of suspension point is cumulative, is adjusted the maximum load of the suspension point in the up stroke of sucker rod after the jig frequency of pumping unit；
Third computational submodule is adjusted pumping unit for the bar of sucker rod to be subtracted to the inertial load of suspension point again
After jig frequency in the down stroke of sucker rod suspension point minimum load.
Optionally, the device further include:
Second obtains module, for obtaining the pump diameter of deep well pump；
Third adjusts module and obtains the pump diameter adjusted of deep well pump for adjusting the pump diameter of deep well pump；
Tenth determining module is determined for the pump diameter adjusted of pump diameter and deep well pump before the adjustment according to deep well pump
Deep well pump pump diameter square down ratio；
9th computing module, for by the 5th coefficient of fullness of deep well pump multiplied by deep well pump pump diameter square suppression ratio
It is added after example with the 5th coefficient of fullness of deep well pump, obtains the 6th coefficient of fullness of deep well pump, the 5th coefficient of fullness of deep well pump
For adjustment deep well pump pump diameter before deep well pump coefficient of fullness, the 6th coefficient of fullness of deep well pump be adjustment deep well pump pump diameter after
The coefficient of fullness of deep well pump；
11st determining module, for the pump diameter adjusted according to deep well pump, determine after the pump diameter of adjustment deep well pump
The maximum load of suspension point in the up stroke of sucker rod, and determine adjustment deep well pump pump diameter after in the up stroke of sucker rod suspension point
Maximum load and adjust deep well pump pump diameter after in the difference in the down stroke of sucker rod between the minimum load of suspension point；
12nd determining module, for according to adjustment deep well pump pump diameter after in the up stroke of sucker rod suspension point maximum
Load and difference determine the operating parameter of suspension point after the pump diameter of adjustment deep well pump；
13rd determining module, for according to adjustment deep well pump pump diameter after suspension point operating parameter and deep well pump the 6th
Coefficient of fullness determines the third suspension point operation power of pumping unit, and the third suspension point operation power of pumping unit is adjustment deep well pump
The suspension point of pumping unit runs power after pump diameter；
Tenth computing module, the of the single-unit operation power of pumping unit and pumping unit before the pump diameter for deep well pump will to be adjusted
Three suspension points run power and are added, and obtain the third input power of motor, and the third input power of motor is the pump for adjusting deep well pump
Power input to a machine after diameter；
11st computing module obtains the of pumping unit for the third input power of motor to be multiplied with the electricity consumption time
Three electricity consumptions, the third electricity consumption of pumping unit are the electricity consumption of pumping unit after the pump diameter for adjusting deep well pump.
In the embodiment of the present invention, the maximum electricity that the motor of pumping unit is inputted in the up stroke of the sucker rod of pumping unit is obtained
Stream, in the down stroke of sucker rod input the maximum current of motor, the property parameters of pumping unit, pumping unit suspension point operation ginseng
The coefficient of fullness of deep well pump where several and sucker rod.According in the up stroke of sucker rod input motor maximum current,
The maximum current of motor and the property parameters of pumping unit are inputted in the down stroke of sucker rod, determine the single-unit operation function of pumping unit
Then rate first determines the suspension point operation power of pumping unit according to the operating parameter of suspension point and the coefficient of fullness of deep well pump, then will be single
Machine runs power and is added with suspension point operation power, obtains power input to a machine.When later, by power input to a machine and electricity consumption
Between be multiplied and can be obtained by the electricity consumption of pumping unit.Without installing electricity in the motor controlling cabinet of pumping unit in the embodiment of the present invention
Work table, so that it may which the accurate electricity consumption for determining pumping unit, overall process is simple and convenient, can greatly save determining pumping unit electricity consumption
Required energy consumption and cost when amount.
It should be understood that the device of determination electricity used for oil extractor provided by the above embodiment is determining electricity used for oil extractor
When, only the example of the division of the above functional modules, in practical application, it can according to need and divide above-mentioned function
With being completed by different functional modules, i.e., the internal structure of device is divided into different functional modules, to complete above description
All or part of function.In addition, the device of determination electricity used for oil extractor provided by the above embodiment and determination are used for oil extractor
The embodiment of the method for electricity belongs to same design, and specific implementation process is detailed in embodiment of the method, and which is not described herein again.
Fig. 4 is a kind of structural schematic diagram of device for determining electricity used for oil extractor provided in an embodiment of the present invention.Referring to figure
4, which can be terminal 400, and terminal 400 may is that smart phone, tablet computer, MP3 player (Moving
Picture Experts Group Audio Layer III, dynamic image expert's compression standard audio level 3), MP4
(Moving Picture Experts Group Audio Layer IV, dynamic image expert's compression standard audio level 4) is broadcast
Put device, laptop or desktop computer.Terminal 400 be also possible to referred to as user equipment, portable terminal, laptop terminal,
Other titles such as terminal console.
In general, terminal 400 includes: processor 401 and memory 402.
Processor 401 may include one or more processing cores, such as 4 core processors, 8 core processors etc..Place
Reason device 401 can use DSP (Digital Signal Processing, Digital Signal Processing), FPGA (Field-
Programmable Gate Array, field programmable gate array), PLA (Programmable Logic Array, may be programmed
Logic array) at least one of example, in hardware realize.Processor 401 also may include primary processor and coprocessor, master
Processor is the processor for being handled data in the awake state, also referred to as CPU (Central Processing
Unit, central processing unit)；Coprocessor is the low power processor for being handled data in the standby state.?
In some embodiments, processor 401 can be integrated with GPU (Graphics Processing Unit, image processor),
GPU is used to be responsible for the rendering and drafting of content to be shown needed for display screen.In some embodiments, processor 401 can also be wrapped
AI (Artificial Intelligence, artificial intelligence) processor is included, the AI processor is for handling related machine learning
Calculating operation.
Memory 402 may include one or more computer readable storage mediums, which can
To be non-transient.Memory 402 may also include high-speed random access memory and nonvolatile memory, such as one
Or multiple disk storage equipments, flash memory device.In some embodiments, the non-transient computer in memory 402 can
Storage medium is read for storing at least one instruction, at least one instruction performed by processor 401 for realizing this Shen
Please in embodiment of the method provide determination electricity used for oil extractor method.
In some embodiments, terminal 400 is also optional includes: peripheral device interface 403 and at least one peripheral equipment.
It can be connected by bus or signal wire between processor 401, memory 402 and peripheral device interface 403.Each peripheral equipment
It can be connected by bus, signal wire or circuit board with peripheral device interface 403.Specifically, peripheral equipment includes: radio circuit
404, at least one of touch display screen 405, camera 406, voicefrequency circuit 407, positioning component 408 and power supply 409.
Peripheral device interface 403 can be used for I/O (Input/Output, input/output) is relevant outside at least one
Peripheral equipment is connected to processor 401 and memory 402.In some embodiments, processor 401, memory 402 and peripheral equipment
Interface 403 is integrated on same chip or circuit board；In some other embodiments, processor 401, memory 402 and outer
Any one or two in peripheral equipment interface 403 can realize on individual chip or circuit board, the present embodiment to this not
It is limited.
Radio circuit 404 is for receiving and emitting RF (Radio Frequency, radio frequency) signal, also referred to as electromagnetic signal.It penetrates
Frequency circuit 404 is communicated by electromagnetic signal with communication network and other communication equipments.Radio circuit 404 turns electric signal
It is changed to electromagnetic signal to be sent, alternatively, the electromagnetic signal received is converted to electric signal.Optionally, radio circuit 404 wraps
It includes: antenna system, RF transceiver, one or more amplifiers, tuner, oscillator, digital signal processor, codec chip
Group, user identity module card etc..Radio circuit 404 can be carried out by least one wireless communication protocol with other terminals
Communication.The wireless communication protocol includes but is not limited to: Metropolitan Area Network (MAN), each third generation mobile communication network (2G, 3G, 4G and 5G), wireless office
Domain net and/or WiFi (Wireless Fidelity, Wireless Fidelity) network.In some embodiments, radio circuit 404 may be used also
To include the related circuit of NFC (Near Field Communication, wireless near field communication), the application is not subject to this
It limits.
Display screen 405 is for showing UI (User Interface, user interface).The UI may include figure, text, figure
Mark, video and its their any combination.When display screen 405 is touch display screen, display screen 405 also there is acquisition to show
The ability of the touch signal on the surface or surface of screen 405.The touch signal can be used as control signal and be input to processor
401 are handled.At this point, display screen 405 can be also used for providing virtual push button and/or dummy keyboard, also referred to as soft button and/or
Soft keyboard.In some embodiments, display screen 405 can be one, and the front panel of terminal 400 is arranged；In other embodiments
In, display screen 405 can be at least two, be separately positioned on the different surfaces of terminal 400 or in foldover design；In still other reality
It applies in example, display screen 405 can be flexible display screen, be arranged on the curved surface of terminal 400 or on fold plane.Even, it shows
Display screen 405 can also be arranged to non-rectangle irregular figure, namely abnormity screen.Display screen 405 can use LCD (Liquid
Crystal Display, liquid crystal display), OLED (Organic Light-Emitting Diode, Organic Light Emitting Diode)
Etc. materials preparation.
CCD camera assembly 406 is for acquiring image or video.Optionally, CCD camera assembly 406 include front camera and
Rear camera.In general, the front panel of terminal is arranged in front camera, the back side of terminal is arranged in rear camera.One
In a little embodiments, rear camera at least two is main camera, depth of field camera, wide-angle camera, focal length camera shooting respectively
Any one in head, to realize that main camera and the fusion of depth of field camera realize background blurring function, main camera and wide-angle
Camera fusion realizes that pan-shot and VR (Virtual Reality, virtual reality) shooting function or other fusions are clapped
Camera shooting function.In some embodiments, CCD camera assembly 406 can also include flash lamp.Flash lamp can be monochromatic warm flash lamp,
It is also possible to double-colored temperature flash lamp.Double-colored temperature flash lamp refers to the combination of warm light flash lamp and cold light flash lamp, can be used for not
With the light compensation under colour temperature.
Voicefrequency circuit 407 may include microphone and loudspeaker.Microphone is used to acquire the sound wave of user and environment, and will
Sound wave, which is converted to electric signal and is input to processor 401, to be handled, or is input to radio circuit 404 to realize voice communication.
For stereo acquisition or the purpose of noise reduction, microphone can be separately positioned on the different parts of terminal 400 to be multiple.Mike
Wind can also be array microphone or omnidirectional's acquisition type microphone.Loudspeaker is then used to that processor 401 or radio circuit will to be come from
404 electric signal is converted to sound wave.Loudspeaker can be traditional wafer speaker, be also possible to piezoelectric ceramic loudspeaker.When
When loudspeaker is piezoelectric ceramic loudspeaker, the audible sound wave of the mankind can be not only converted electrical signals to, it can also be by telecommunications
Number the sound wave that the mankind do not hear is converted to carry out the purposes such as ranging.In some embodiments, voicefrequency circuit 407 can also include
Earphone jack.
Positioning component 408 is used for the current geographic position of positioning terminal 400, to realize navigation or LBS (Location
Based Service, location based service).Positioning component 408 can be the GPS (Global based on the U.S.
Positioning System, global positioning system), the dipper system of China, Russia Gray receive this system or European Union
The positioning component of Galileo system.
Power supply 409 is used to be powered for the various components in terminal 400.Power supply 409 can be alternating current, direct current,
Disposable battery or rechargeable battery.When power supply 409 includes rechargeable battery, which can support wired charging
Or wireless charging.The rechargeable battery can be also used for supporting fast charge technology.
In some embodiments, terminal 400 further includes having one or more sensors 410.The one or more sensors
410 include but is not limited to: acceleration transducer 411, gyro sensor 412, pressure sensor 413, fingerprint sensor 414,
Optical sensor 415 and proximity sensor 416.
The acceleration that acceleration transducer 411 can detecte in three reference axis of the coordinate system established with terminal 400 is big
It is small.For example, acceleration transducer 411 can be used for detecting component of the acceleration of gravity in three reference axis.Processor 401 can
With the acceleration of gravity signal acquired according to acceleration transducer 411, touch display screen 405 is controlled with transverse views or longitudinal view
Figure carries out the display of user interface.Acceleration transducer 411 can be also used for the acquisition of game or the exercise data of user.
Gyro sensor 412 can detecte body direction and the rotational angle of terminal 400, and gyro sensor 412 can
To cooperate with acquisition user to act the 3D of terminal 400 with acceleration transducer 411.Processor 401 is according to gyro sensor 412
Following function may be implemented in the data of acquisition: when action induction (for example changing UI according to the tilt operation of user), shooting
Image stabilization, game control and inertial navigation.
The lower layer of side frame and/or touch display screen 405 in terminal 400 can be set in pressure sensor 413.Work as pressure
When the side frame of terminal 400 is arranged in sensor 413, user can detecte to the gripping signal of terminal 400, by processor 401
Right-hand man's identification or prompt operation are carried out according to the gripping signal that pressure sensor 413 acquires.When the setting of pressure sensor 413 exists
When the lower layer of touch display screen 405, the pressure operation of touch display screen 405 is realized to UI circle according to user by processor 401
Operability control on face is controlled.Operability control includes button control, scroll bar control, icon control, menu
At least one of control.
Fingerprint sensor 414 is used to acquire the fingerprint of user, collected according to fingerprint sensor 414 by processor 401
The identity of fingerprint recognition user, alternatively, by fingerprint sensor 414 according to the identity of collected fingerprint recognition user.It is identifying
When the identity of user is trusted identity out, the user is authorized to execute relevant sensitive operation, the sensitive operation packet by processor 401
Include solution lock screen, check encryption information, downloading software, payment and change setting etc..Terminal can be set in fingerprint sensor 414
400 front, the back side or side.When being provided with physical button or manufacturer Logo in terminal 400, fingerprint sensor 414 can be with
It is integrated with physical button or manufacturer Logo.
Optical sensor 415 is for acquiring ambient light intensity.In one embodiment, processor 401 can be according to optics
The ambient light intensity that sensor 415 acquires controls the display brightness of touch display screen 405.Specifically, when ambient light intensity is higher
When, the display brightness of touch display screen 405 is turned up；When ambient light intensity is lower, the display for turning down touch display screen 405 is bright
Degree.In another embodiment, the ambient light intensity that processor 401 can also be acquired according to optical sensor 415, dynamic adjust
The acquisition parameters of CCD camera assembly 406.
Proximity sensor 416, also referred to as range sensor are generally arranged at the front panel of terminal 400.Proximity sensor 416
For acquiring the distance between the front of user Yu terminal 400.In one embodiment, when proximity sensor 416 detects use
When family and the distance between the front of terminal 400 gradually become smaller, touch display screen 405 is controlled from bright screen state by processor 401
It is switched to breath screen state；When proximity sensor 416 detects user and the distance between the front of terminal 400 becomes larger,
Touch display screen 405 is controlled by processor 401 and is switched to bright screen state from breath screen state.
It will be understood by those skilled in the art that the restriction of the not structure paired terminal 400 of structure shown in Fig. 4, can wrap
It includes than illustrating more or fewer components, perhaps combine certain components or is arranged using different components.
Those of ordinary skill in the art will appreciate that realizing that all or part of the steps of above-described embodiment can pass through hardware
It completes, relevant hardware can also be instructed to complete by program, the program can store in a kind of computer-readable
In storage medium, storage medium mentioned above can be read-only memory, disk or CD etc..
The foregoing is merely presently preferred embodiments of the present invention, is not intended to limit the invention, it is all in spirit of the invention and
Within principle, any modification, equivalent replacement, improvement and so on be should all be included in the protection scope of the present invention.
Claims (16)
1. a kind of method for determining electricity used for oil extractor, which is characterized in that the described method includes:
It obtains and inputs the maximum current of the motor of the pumping unit in the up stroke of the sucker rod of pumping unit, in the sucker rod
Down stroke in input the maximum current of the motor, the property parameters of the pumping unit, the pumping unit suspension point operation
The coefficient of fullness of deep well pump where parameter and the sucker rod；
According to the maximum current of the motor is inputted in the up stroke of the sucker rod, in the down stroke of the sucker rod it is defeated
Enter the maximum current of the motor and the property parameters of the pumping unit, determines the single-unit operation power of the pumping unit；
According to the coefficient of fullness of the operating parameter of the suspension point and the deep well pump, the suspension point operation function of the pumping unit is determined
Rate；
The single-unit operation power is added with suspension point operation power, obtains the power input to a machine；
The power input to a machine is multiplied with the electricity consumption time, obtains the electricity consumption of the pumping unit.
2. the method as described in claim 1, which is characterized in that the property parameters of the pumping unit include pumping unit power coefficient
With pumping unit transmission efficiency；
The basis inputs the maximum current of the motor, in the down stroke of the sucker rod in the up stroke of the sucker rod
The maximum current of the middle input motor and the property parameters of the pumping unit, determine the single-unit operation power of the pumping unit,
Include:
To be inputted in the up stroke of the sucker rod maximum current of the motor and in the down stroke of the sucker rod it is defeated
Enter a smallest electric current in the maximum current of the motor and is determined as first object electric current, it will be in the up stroke of the sucker rod
It is maximum in the middle maximum current for inputting the motor and the maximum current for inputting the motor in the down stroke of the sucker rod
An electric current be determined as the second target current；
By the first object electric current divided by second target current, balance of well pumping unit rate is obtained；
According to the balance of well pumping unit rate, the pumping unit power coefficient and the pumping unit transmission efficiency, the oil pumping is determined
The single-unit operation power of machine.
3. method according to claim 2, which is characterized in that described according to the balance of well pumping unit rate, the pumping unit function
Rate coefficient and the pumping unit transmission efficiency, determine the single-unit operation power of the pumping unit, comprising:
According to the balance of well pumping unit rate, the pumping unit power coefficient and the pumping unit transmission efficiency, pass through following formula
Determine the single-unit operation power of the pumping unit:
Wherein, the W1For the single-unit operation power of the pumping unit, the K is the pumping unit power coefficient, and the B is institute
Balance of well pumping unit rate is stated, the η is the pumping unit transmission efficiency.
4. the method as described in claim 1, which is characterized in that the operating parameter of the suspension point of the pumping unit includes the oil pumping
The stroke of machine, the jig frequency of the pumping unit, the maximum load of the suspension point described in the up stroke of the sucker rod, in the oil pumping
The load when minimum load of suspension point described in the down stroke of bar and the suspension point described in the down stroke of the sucker rod do not unload；
It is described according to the operating parameter of the suspension point and the coefficient of fullness of the deep well pump, determine the suspension point operation of the pumping unit
Power, comprising:
Most according to the stroke of the pumping unit, the jig frequency of the pumping unit, the suspension point described in the up stroke of the sucker rod
Big load, the minimum load of the suspension point described in the down stroke of the sucker rod hang described in the down stroke of the sucker rod
The coefficient of fullness of load and the deep well pump when point does not unload determines that the suspension point of the pumping unit runs function by following formula
Rate:
Wherein, the W2Power is run for the suspension point of the pumping unit, the S is the stroke of the pumping unit, and the N is described
The jig frequency of pumping unit, the PSFor the maximum load of the suspension point described in the up stroke of the sucker rod, the PXFor in the pumping
The minimum load of suspension point described in the down stroke of beam hanger, the KCFor the coefficient of fullness of the deep well pump, the P1For in the pumping
Load when suspension point described in the down stroke of beam hanger does not unload.
5. the method as described in claim 1-4 is any, which is characterized in that the operating parameter of the suspension point of the pumping unit includes institute
State the stroke of pumping unit；
It is described that the power input to a machine is multiplied with the electricity consumption time, after obtaining the electricity consumption of the pumping unit, further includes:
The stroke for adjusting the pumping unit obtains the stroke adjusted of the pumping unit；
According to the stroke adjusted of stroke and the pumping unit before the adjustment of the pumping unit, rushing for the pumping unit is determined
The down ratio of journey；
By the first coefficient of fullness of the deep well pump multiplied by after the down ratio of the stroke of the pumping unit with the deep well pump
First coefficient of fullness is added, and obtains the second coefficient of fullness of the deep well pump, and the first coefficient of fullness of the deep well pump is adjustment
The coefficient of fullness of the deep well pump before the stroke of the pumping unit, the second coefficient of fullness of the deep well pump are to adjust the oil pumping
The coefficient of fullness of the deep well pump after the stroke of machine；
According to the operating parameter of the suspension point before the stroke of the stroke adjusted of the pumping unit and the adjustment pumping unit, really
It sets the tone the operating parameter of the suspension point after the stroke of the whole pumping unit；
According to the operating parameter of the suspension point and the second coefficient of fullness of the deep well pump after the stroke for adjusting the pumping unit, really
First suspension point of the fixed pumping unit runs power, and the first suspension point operation power of the pumping unit is the adjustment pumping unit
The suspension point of the pumping unit runs power after stroke；
First suspension point of the single-unit operation power of pumping unit described before the stroke for adjusting the pumping unit and the pumping unit is transported
Row power is added, and obtains the first input power of the motor, and the first input power of the motor is to adjust the pumping unit
Stroke after the power input to a machine；
First input power of the motor is multiplied with the electricity consumption time, obtains the first electricity consumption of the pumping unit, the pumping
First electricity consumption of oil machine is the electricity consumption of the pumping unit after the stroke for adjusting the pumping unit.
6. the method as described in claim 1-4 is any, which is characterized in that the operating parameter of the suspension point of the pumping unit includes institute
State the jig frequency of pumping unit；
It is described that the power input to a machine is multiplied with the electricity consumption time, after obtaining the electricity consumption of the pumping unit, further includes:
The jig frequency for adjusting the pumping unit obtains the jig frequency adjusted of the pumping unit；
According to the jig frequency adjusted of jig frequency and the pumping unit before the adjustment of the pumping unit, rushing for the pumping unit is determined
Secondary down ratio；
By the third coefficient of fullness of the deep well pump multiplied by after the down ratio of the jig frequency of the pumping unit with the deep well pump
Third coefficient of fullness is added, and obtains the 4th coefficient of fullness of the deep well pump, and the third coefficient of fullness of the deep well pump is adjustment
The coefficient of fullness of the deep well pump before the jig frequency of the pumping unit, the 4th coefficient of fullness of the deep well pump are to adjust the oil pumping
The coefficient of fullness of the deep well pump after the jig frequency of machine；
According to the jig frequency adjusted of the pumping unit, in the uplink of the sucker rod after the determining jig frequency for adjusting the pumping unit
The suspension point described in the down stroke of the sucker rod after the maximum load of suspension point described in journey and the jig frequency of the adjustment pumping unit
Minimum load；
According to after the jig frequency adjusted of the pumping unit, the jig frequency of the adjustment pumping unit in the up stroke of the sucker rod
The maximum load of the suspension point and suspension point described in the down stroke of the sucker rod is most after adjusting the jig frequency of the pumping unit
Side crops industry determines the operating parameter of the suspension point after the jig frequency for adjusting the pumping unit；
According to the operating parameter of the suspension point and the 4th coefficient of fullness of the deep well pump after the jig frequency for adjusting the pumping unit, really
Second suspension point of the fixed pumping unit runs power, and the second suspension point operation power of the pumping unit is the adjustment pumping unit
The suspension point of the pumping unit runs power after jig frequency；
Second suspension point of the single-unit operation power of pumping unit described before the jig frequency for adjusting the pumping unit and the pumping unit is transported
Row power is added, and obtains the second input power of the motor, and the second input power of the motor is to adjust the pumping unit
Jig frequency after the power input to a machine；
Second input power of the motor is multiplied with the electricity consumption time, obtains the second electricity consumption of the pumping unit, the pumping
Second electricity consumption of oil machine is the electricity consumption of the pumping unit after the jig frequency for adjusting the pumping unit.
7. method as claimed in claim 6, which is characterized in that the jig frequency adjusted according to the pumping unit determines
It adjusts the maximum load of the suspension point described in the up stroke of the sucker rod after the jig frequency of the pumping unit and adjusts the oil pumping
The minimum load of the suspension point described in the down stroke of the sucker rod after the jig frequency of machine, comprising:
Obtain the inertia of the liquid weight and the suspension point between the bar weight of the sucker rod, the piston and well head of the deep well pump
Load；
The inertia of liquid weight and the suspension point between the piston and well head of heavy, the described deep well pump of the bar of the sucker rod is carried
Lotus is cumulative, is adjusted the maximum load of the suspension point described in the up stroke of the sucker rod after the jig frequency of the pumping unit；
The inertial load that the bar of the sucker rod is subtracted to the suspension point again is adjusted after the jig frequency of the pumping unit described
The minimum load of suspension point described in the down stroke of sucker rod.
8. the method as described in claim 1-4 is any, which is characterized in that described by the power input to a machine and when electricity consumption
Between be multiplied, after obtaining the electricity consumption of the pumping unit, further includes:
Obtain the pump diameter of the deep well pump；
The pump diameter for adjusting the deep well pump obtains the pump diameter adjusted of the deep well pump；
According to the pump diameter adjusted of pump diameter and the deep well pump before the adjustment of the deep well pump, the pump of the deep well pump is determined
Diameter square down ratio；
By the 5th coefficient of fullness of the deep well pump multiplied by the deep well pump pump diameter square down ratio after with the depth
5th coefficient of fullness of well pump is added, and obtains the 6th coefficient of fullness of the deep well pump, the 5th coefficient of fullness of the deep well pump
The coefficient of fullness of the deep well pump, the 6th coefficient of fullness of the deep well pump are adjustment institute before pump diameter to adjust the deep well pump
State deep well pump pump diameter after the deep well pump coefficient of fullness；
According to the pump diameter adjusted of the deep well pump, in the uplink of the sucker rod after the determining pump diameter for adjusting the deep well pump
The maximum load of suspension point described in journey, and after the determining pump diameter for adjusting the deep well pump described in the up stroke of the sucker rod
The minimum of the suspension point described in the down stroke of the sucker rod carries after the maximum load of suspension point and the pump diameter of the adjustment deep well pump
Difference between lotus；
According to the maximum load of the suspension point described in the up stroke of the sucker rod after the pump diameter for adjusting the deep well pump and described
Difference determines the operating parameter of the suspension point after the pump diameter for adjusting the deep well pump；
According to the operating parameter of the suspension point and the 6th coefficient of fullness of the deep well pump after the pump diameter for adjusting the deep well pump, really
The third suspension point of the fixed pumping unit runs power, and the third suspension point operation power of the pumping unit is the adjustment deep well pump
The suspension point of the pumping unit runs power after pump diameter；
By the single-unit operation power of the pumping unit before the pump diameter for adjusting the deep well pump and the third suspension point fortune of the pumping unit
Row power is added, and obtains the third input power of the motor, and the third input power of the motor is to adjust the deep well pump
Pump diameter after the power input to a machine；
The third input power of the motor is multiplied with the electricity consumption time, obtains the third electricity consumption of the pumping unit, the pumping
The third electricity consumption of oil machine is the electricity consumption of the pumping unit after the pump diameter for adjusting the deep well pump.
9. a kind of device for determining electricity used for oil extractor, which is characterized in that described device includes:
First obtains module, for obtaining the maximum for inputting the motor of the pumping unit in the up stroke of the sucker rod of pumping unit
Electric current, the maximum current that the motor is inputted in the down stroke of the sucker rod, the property parameters of the pumping unit, the pumping
The coefficient of fullness of deep well pump where the operating parameter of the suspension point of oil machine and the sucker rod；
First determining module inputs the maximum current of the motor in the up stroke of the sucker rod, described for basis
The maximum current of the motor and the property parameters of the pumping unit are inputted in the down stroke of sucker rod, determine the pumping unit
Single-unit operation power；
Second determining module, for determining the pumping according to the operating parameter of the suspension point and the coefficient of fullness of the deep well pump
The suspension point of oil machine runs power；
First computing module obtains the motor for the single-unit operation power to be added with suspension point operation power
Input power；
Second computing module obtains the electricity consumption of the pumping unit for the power input to a machine to be multiplied with the electricity consumption time
Amount.
10. device as claimed in claim 9, which is characterized in that the property parameters of the pumping unit include pumping unit power system
Several and pumping unit transmission efficiency；First determining module includes:
First determines submodule, for will input the maximum current of the motor in the up stroke of the sucker rod and described
A smallest electric current in the maximum current of the motor is inputted in the down stroke of sucker rod is determined as first object electric current, it will be
The maximum current of the motor is inputted in the up stroke of the sucker rod and the electricity is inputted in the down stroke of the sucker rod
A maximum electric current is determined as the second target current in the maximum current of machine；
First computational submodule, for the first object electric current divided by second target current, to be obtained balance of well pumping unit
Rate；
First determines submodule, for being passed according to the balance of well pumping unit rate, the pumping unit power coefficient and the pumping unit
Efficiency of movement determines the single-unit operation power of the pumping unit.
11. device as claimed in claim 10, which is characterized in that described first determines that submodule is used for:
According to the balance of well pumping unit rate, the pumping unit power coefficient and the pumping unit transmission efficiency, pass through following formula
Determine the single-unit operation power of the pumping unit:
Wherein, the W1For the single-unit operation power of the pumping unit, the K is the pumping unit power coefficient, and the B is institute
Balance of well pumping unit rate is stated, the η is the pumping unit transmission efficiency.
12. device as claimed in claim 9, which is characterized in that the operating parameter of the suspension point of the pumping unit includes the pumping
The stroke of oil machine, the jig frequency of the pumping unit, the maximum load of the suspension point described in the up stroke of the sucker rod, in the pumping
The load when minimum load of suspension point described in the down stroke of beam hanger and the suspension point described in the down stroke of the sucker rod do not unload
Lotus；Second determining module is used for:
Most according to the stroke of the pumping unit, the jig frequency of the pumping unit, the suspension point described in the up stroke of the sucker rod
Big load, the minimum load of the suspension point described in the down stroke of the sucker rod hang described in the down stroke of the sucker rod
The coefficient of fullness of load and the deep well pump when point does not unload determines that the suspension point of the pumping unit runs function by following formula
Rate:
Wherein, the W2Power is run for the suspension point of the pumping unit, the S is the stroke of the pumping unit, and the N is described
The jig frequency of pumping unit, the PSFor the maximum load of the suspension point described in the up stroke of the sucker rod, the PXFor in the pumping
The minimum load of suspension point described in the down stroke of beam hanger, the KCFor the coefficient of fullness of the deep well pump, the P1For in the pumping
Load when suspension point described in the down stroke of beam hanger does not unload.
13. the device as described in claim 9-12 is any, which is characterized in that the operating parameter of the suspension point of the pumping unit includes
The stroke of the pumping unit；Described device further include:
The first adjustment module obtains the stroke adjusted of the pumping unit for adjusting the stroke of the pumping unit；
Third determining module, for the stroke adjusted of stroke and the pumping unit before the adjustment according to the pumping unit,
Determine the down ratio of the stroke of the pumping unit；
Third computing module, for the down ratio by the first coefficient of fullness of the deep well pump multiplied by the stroke of the pumping unit
It is added afterwards with the first coefficient of fullness of the deep well pump, obtains the second coefficient of fullness of the deep well pump, the of the deep well pump
One coefficient of fullness is the coefficient of fullness of the deep well pump before the stroke for adjusting the pumping unit, and the second of the deep well pump, which is full of, is
The coefficient of fullness of the deep well pump after stroke of the number to adjust the pumping unit；
4th determining module, for according to described before the stroke adjusted of the pumping unit and the stroke of the adjustment pumping unit
The operating parameter of suspension point determines the operating parameter of the suspension point after the stroke for adjusting the pumping unit；
5th determining module, operating parameter and the deep well pump for the suspension point after the stroke according to the adjustment pumping unit
The second coefficient of fullness, determine that the first suspension point operation power of the pumping unit, the first suspension point of the pumping unit run power
The suspension point of the pumping unit runs power after stroke to adjust the pumping unit；
4th computing module, the single-unit operation power of the pumping unit and the pumping before the stroke for the pumping unit will to be adjusted
The first suspension point operation power of oil machine is added, and obtains the first input power of the motor, the first input power of the motor
The power input to a machine after stroke to adjust the pumping unit；
5th computing module obtains the pumping unit for the first input power of the motor to be multiplied with the electricity consumption time
First electricity consumption, the first electricity consumption of the pumping unit are the electricity consumption of the pumping unit after the stroke for adjusting the pumping unit.
14. the device as described in claim 9-12 is any, which is characterized in that the operating parameter of the suspension point of the pumping unit includes
The jig frequency of the pumping unit；Described device further include:
Second adjustment module obtains the jig frequency adjusted of the pumping unit for adjusting the jig frequency of the pumping unit；
6th determining module, for the jig frequency adjusted of jig frequency and the pumping unit before the adjustment according to the pumping unit,
Determine the down ratio of the jig frequency of the pumping unit；
6th computing module, for the down ratio by the third coefficient of fullness of the deep well pump multiplied by the jig frequency of the pumping unit
It is added afterwards with the third coefficient of fullness of the deep well pump, obtains the 4th coefficient of fullness of the deep well pump, the of the deep well pump
Three coefficients of fullness are the coefficient of fullness of the deep well pump before the jig frequency for adjusting the pumping unit, and the 4th of the deep well pump, which is full of, is
The coefficient of fullness of the deep well pump after jig frequency of the number to adjust the pumping unit；
7th determining module, for the jig frequency adjusted according to the pumping unit, after determining the jig frequency for adjusting the pumping unit
In the sucker rod after the maximum load of the suspension point described in the up stroke of the sucker rod and the jig frequency of the adjustment pumping unit
Down stroke described in suspension point minimum load；
8th determining module, for after the jig frequency according to the jig frequency adjusted of the pumping unit, the adjustment pumping unit in institute
It states the maximum load of suspension point described in the up stroke of sucker rod and adjusts after the jig frequency of the pumping unit under the sucker rod
The minimum load of suspension point described in stroke determines the operating parameter of the suspension point after the jig frequency for adjusting the pumping unit；
9th determining module, operating parameter and the deep well pump for the suspension point after the jig frequency according to the adjustment pumping unit
The 4th coefficient of fullness, determine that the second suspension point operation power of the pumping unit, the second suspension point of the pumping unit run power
The suspension point of the pumping unit runs power after jig frequency to adjust the pumping unit；
7th computing module, the single-unit operation power of the pumping unit and the pumping before the jig frequency for the pumping unit will to be adjusted
The second suspension point operation power of oil machine is added, and obtains the second input power of the motor, the second input power of the motor
The power input to a machine after jig frequency to adjust the pumping unit；
8th computing module obtains the pumping unit for the second input power of the motor to be multiplied with the electricity consumption time
Second electricity consumption, the second electricity consumption of the pumping unit are the electricity consumption of the pumping unit after the jig frequency for adjusting the pumping unit.
15. device as claimed in claim 14, which is characterized in that the 7th determining module includes:
Acquisition submodule, for obtaining the liquid weight between the bar weight of the sucker rod, the piston and well head of the deep well pump
With the inertial load of the suspension point；
Second computational submodule, for the liquid weight by the bar of the sucker rod again, between the piston and well head of the deep well pump
Amount and the inertial load of the suspension point are cumulative, are adjusted after the jig frequency of the pumping unit institute in the up stroke of the sucker rod
State the maximum load of suspension point；
Third computational submodule is adjusted described for the bar of the sucker rod to be subtracted to the inertial load of the suspension point again
The minimum load of the suspension point described in the down stroke of the sucker rod after the jig frequency of pumping unit.
16. the device as described in claim 9-12 is any, which is characterized in that described device further include:
Second obtains module, for obtaining the pump diameter of the deep well pump；
Third adjusts module and obtains the pump diameter adjusted of the deep well pump for adjusting the pump diameter of the deep well pump；
Tenth determining module, for before the adjustment according to the deep well pump pump diameter and the deep well pump pump diameter adjusted,
Determine the deep well pump pump diameter square down ratio；
9th computing module, for by the 5th coefficient of fullness of the deep well pump multiplied by the deep well pump pump diameter square under
It is added after drop ratio with the 5th coefficient of fullness of the deep well pump, obtains the 6th coefficient of fullness of the deep well pump, the deep-well
5th coefficient of fullness of pump be the coefficient of fullness for pumping the deep well pump before diameter of the adjustment deep well pump, the 6th of the deep well pump the
Coefficient of fullness is the coefficient of fullness of the deep well pump after the pump diameter for adjusting the deep well pump；
11st determining module determines the pump diameter for adjusting the deep well pump for the pump diameter adjusted according to the deep well pump
The maximum load of the suspension point described in the up stroke of the sucker rod afterwards, and described after the determining pump diameter for adjusting the deep well pump
In the downlink of the sucker rod after the maximum load of suspension point described in the up stroke of sucker rod and the pump diameter of the adjustment deep well pump
Difference between the minimum load of suspension point described in journey；
12nd determining module, for being hanged described in the up stroke of the sucker rod according to after the pump diameter for adjusting the deep well pump
The maximum load and the difference of point determine the operating parameter of the suspension point after the pump diameter for adjusting the deep well pump；
13rd determining module, operating parameter and the deep-well for the suspension point after the pump diameter according to the adjustment deep well pump
6th coefficient of fullness of pump determines that the third suspension point operation power of the pumping unit, the third suspension point of the pumping unit run function
Rate is the suspension point operation power of the pumping unit after the pump diameter for adjusting the deep well pump；
Tenth computing module, for will adjust the deep well pump pump diameter before the pumping unit single-unit operation power and the pumping
The third suspension point operation power of oil machine is added, and obtains the third input power of the motor, the third input power of the motor
The power input to a machine after pump diameter to adjust the deep well pump；
11st computing module obtains the pumping unit for the third input power of the motor to be multiplied with the electricity consumption time
Third electricity consumption, the third electricity consumption of the pumping unit be the adjustment deep well pump pump diameter after the pumping unit electricity consumption
Amount.
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| CN201811526288.0A CN109611064B (en) | 2018-12-13 | 2018-12-13 | Method and device for determining power consumption of oil pumping unit |
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| CN113404483A (en) * | 2020-07-14 | 2021-09-17 | 辽宁瑞邦石油技术发展有限公司 | Method for measuring oil well yield by using electromechanical parameters of beam pumping unit |
| CN114622871A (en) * | 2020-12-09 | 2022-06-14 | 中国石油天然气股份有限公司 | Pumping unit control system and method |
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| CN109611064B (en) | 2021-03-30 |
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