CN106994906A - A kind of permanent-magnet brushless DC electric machine stringing formula bi-motor car - Google Patents
A kind of permanent-magnet brushless DC electric machine stringing formula bi-motor car Download PDFInfo
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- CN106994906A CN106994906A CN201710071456.0A CN201710071456A CN106994906A CN 106994906 A CN106994906 A CN 106994906A CN 201710071456 A CN201710071456 A CN 201710071456A CN 106994906 A CN106994906 A CN 106994906A
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- 229910000679 solder Inorganic materials 0.000 claims abstract description 4
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- 239000000203 mixture Substances 0.000 claims description 9
- 101100489713 Saccharomyces cerevisiae (strain ATCC 204508 / S288c) GND1 gene Proteins 0.000 claims description 6
- 101100489717 Saccharomyces cerevisiae (strain ATCC 204508 / S288c) GND2 gene Proteins 0.000 claims description 6
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- 230000003137 locomotive effect Effects 0.000 description 9
- 238000005516 engineering process Methods 0.000 description 6
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- 238000003199 nucleic acid amplification method Methods 0.000 description 2
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- OKTJSMMVPCPJKN-UHFFFAOYSA-N Carbon Chemical compound [C] OKTJSMMVPCPJKN-UHFFFAOYSA-N 0.000 description 1
- 229910000976 Electrical steel Inorganic materials 0.000 description 1
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B60—VEHICLES IN GENERAL
- B60L—PROPULSION OF ELECTRICALLY-PROPELLED VEHICLES; SUPPLYING ELECTRIC POWER FOR AUXILIARY EQUIPMENT OF ELECTRICALLY-PROPELLED VEHICLES; ELECTRODYNAMIC BRAKE SYSTEMS FOR VEHICLES IN GENERAL; MAGNETIC SUSPENSION OR LEVITATION FOR VEHICLES; MONITORING OPERATING VARIABLES OF ELECTRICALLY-PROPELLED VEHICLES; ELECTRIC SAFETY DEVICES FOR ELECTRICALLY-PROPELLED VEHICLES
- B60L9/00—Electric propulsion with power supply external to the vehicle
- B60L9/02—Electric propulsion with power supply external to the vehicle using DC motors
- B60L9/04—Electric propulsion with power supply external to the vehicle using DC motors fed from DC supply lines
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B61—RAILWAYS
- B61C—LOCOMOTIVES; MOTOR RAILCARS
- B61C17/00—Arrangement or disposition of parts; Details or accessories not otherwise provided for; Use of control gear and control systems
- B61C17/12—Control gear; Arrangements for controlling locomotives from remote points in the train or when operating in multiple units
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- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02P—CONTROL OR REGULATION OF ELECTRIC MOTORS, ELECTRIC GENERATORS OR DYNAMO-ELECTRIC CONVERTERS; CONTROLLING TRANSFORMERS, REACTORS OR CHOKE COILS
- H02P6/00—Arrangements for controlling synchronous motors or other dynamo-electric motors using electronic commutation dependent on the rotor position; Electronic commutators therefor
- H02P6/04—Arrangements for controlling or regulating the speed or torque of more than one motor
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- Power Engineering (AREA)
- Transportation (AREA)
- Mechanical Engineering (AREA)
- Automation & Control Theory (AREA)
- Life Sciences & Earth Sciences (AREA)
- Sustainable Development (AREA)
- Sustainable Energy (AREA)
- Control Of Motors That Do Not Use Commutators (AREA)
Abstract
The invention discloses a kind of permanent-magnet brushless DC electric machine stringing formula bi-motor car, including two permanent-magnet brushless DC electric machines, vehicle frame, drivers' cab, driver cab ceiling, two running gears and driver controller, the vehicle frame after drivers' cab and driver cab ceiling integral solder with being fixedly mounted on running gear, two permanent-magnet brushless DC electric machines are in vehicle frame and on two running gears, two permanent-magnet brushless DC electric machines are connected by connecting wire with driver controller, and the driver controller is on the inwall of the drivers' cab.A kind of permanent-magnet brushless DC electric machine stringing formula bi-motor car that the present invention is provided, with higher electric energy, excellent speed adjusting performance and high reliability.
Description
Technical field
The present invention relates to a kind of electric locomotive, especially a kind of permanent-magnet brushless DC electric machine stringing formula bi-motor car.
Background technology
Permanent-magnet brushless DC electric machine is a kind of New Type of Direct-current Machine got up with the development of electronic technology；Permanent magnetism
Brshless DC motor has the classical threephase stator similar to induction machine, and its rotor surface is equipped with permanent magnet, and commutation is turning
Electronically completed on sub- position of magnetic pole, therefore magneto is alternatively referred to as electronic commutation motor；Stator is generally thin by silicon steel
Piece is made, and in stator winding insertion groove, makes distributed stator winding；Because motor gas-gap magnetic field is produced by rotor permanent magnet
Raw, so rotor field is constant；Magnetizing and its being distributed on rotor for permanent magnet is, by selection, can to cause anti-
Electromotive force（The voltage that stator winding senses by rotor rotation）Waveform be it is trapezoidal, thus can use have square wave
（Square wave）Electric current motor, generate high torque (HT) rotating excitation field.
The square wave applied due to permanent-magnet brushless DC electric machine（Square wave）Voltage is easily produced with respect to other control modes, institute
Also easily realized with the control of motor and driving, but must be known by rotor magnetic pole position at some（Electricity）Angle, could allow institute
The square-wave voltage of application aligns with counter electromotive force, realizes the drive control to motor, from this point of view permanent magnet brushless dc
Machine is properer PM Square Wave torque motor.
Counter electromotive force and commutation action align be it is very important, only in this way, motor could as direct current generator with
Highest efficiency is run.
The basic structure of permanent-magnet brushless DC electric machine：Permanent-magnet brushless DC electric machine is main by motor body, electric machine controller
（The electronics commutation circuit of voltage-type DC-AC inversions driving running control circuit composition）With the three part groups such as rotor-position sensor
Into.Permanent-magnet brushless DC electric machine body：The main motor by stator core, stator winding, p-m rotor, rotating shaft and supporting stator
Shell is constituted.Electric machine controller：The effect of electric machine controller is the driving operational control for receiving motor（Startup, speed governing, commutation,
Stop, braking）Signal, with drive control motor, and the rotor magnetic pole position signal that rotor-position sensor is exported is solved
Tune, pre-amplification, power amplification, then go to trigger final power transistor, armature winding is powered by certain logical program, protect
Demonstrate,prove the reliability service of motor.Rotor-position sensor：Rotor-position sensor be realize the important component of contactless commutation, be nothing
One key component of brushless motor.Rotor-position sensor plays measure rotor magnetic pole position letter in brshless DC motor
Number and tach signal effect, provides correct commutation information for logic switching circuit, i.e., by the position letter of rotor permanent magnet magnetic pole
Number electric signal is converted into, goes to control stator winding commutation.
Permanent-magnet brushless DC electric machine typical feature：（1）Motor rotary inertia is small, response fast, with torque per unit volume it is high,
Torque ratio of inertias is small；（2）Without electrical excitation, with higher efficiency and power factor；（3）P-m rotor does not generate heat, heating part
Divide on stator, radiating condition preferably, relative can take higher electromagnetic load；（4）Air gap main flux is by rotor permanent magnet
What body was produced, the electric current of stator winding can design linear with the torque produced, and control performance is more preferable；（5）There is no carbon
Brush and mechanical reversing mechanism, improve the reliability of motor；（6）Three-phase fully-controlled（Inversion）Running control circuit changes direct current
Powered into alternating current to motor, different from general inverter, its output frequency is not separately adjustable, and is controllable by rotor
Position of magnetic pole signal, equivalent to one " autocontrol inverter ", due to the rotating speed using rotor magnetic pole position signal control motor,
The frequency and motor speed of permanent-magnet brushless DC electric machine input current is set to remain synchronous, motor and inverter will not be produced and shaken
Swing and step-out, this is the important advantage of brushless direct current motor, create the excellent speed adjusting performance of brshless DC motor.
The content of the invention
In view of this, it is an object of the invention to provide a kind of permanent-magnet brushless DC electric machine stringing formula bi-motor car, have
Higher electric energy, excellent speed adjusting performance and high reliability.
The technical scheme is that：A kind of permanent-magnet brushless DC electric machine stringing formula bi-motor car, including two permanent magnetism without
Brushless motor, vehicle frame, drivers' cab, driver cab ceiling, two running gears and driver controller, the vehicle frame and drivers' cab and
It is fixedly mounted on after driver cab ceiling integral solder on running gear, two permanent-magnet brushless DC electric machines are located in vehicle frame simultaneously
On two running gears, two permanent-magnet brushless DC electric machines are connected by connecting wire with driver controller, institute
Driver controller is stated on the inwall of the drivers' cab.
Preferably, the device out of shape is made up of two sets of wheels and two sets of mechanical variable speed devices, two permanent magnetism without
On the support of two sets of mechanical variable speed devices of the brushless motor in vehicle frame and installed in two running gears.
Preferably, seat and hand brake are also included in the drivers' cab, the seat is fixed in drivers' cab
Relative on the opposite side inwall of driver controller, the right positions of the seat are provided with hand brake.
Preferably, the driver controller is dust-proof including casing, chamber door, handle, dc circuit breaker operation handle, fan
Cover, speed governing control stick, reversing maneuver bar, dc source, dc circuit breaker, counnter attack diode D1, filter capacitor C1, digital display voltage
Table V 1, DC converter Z1, control loop binding post, cooling fan F1 and two electric machine controllers KZQ1, KZQ2；The case
The side wall of body is provided with handle, dc circuit breaker operation handle and dust cover for fan, and the upper wall of the casing is grasped provided with speed governing
Dc source, dc circuit breaker, counnter attack diode D1, filter capacitor C1, number are provided with vertical pole and reversing maneuver bar, the casing
Aobvious voltmeter V1, DC converter Z1, control loop binding post, cooling fan F1 and two electric machine controllers KZQ1, KZQ2,
Wherein described dc circuit breaker includes dc circuit breaker K1, dc circuit breaker K2 and dc circuit breaker K3, the speed governing control stick
Speed governing control stick Hall sensor H1 is connected, the reversing maneuver bar connection reversing maneuver bar rotates forward switch K4 and reversing maneuver bar
Reversal switch K5.
Preferably, the dc source, dc circuit breaker K1, dc circuit breaker K2, dc circuit breaker K3, counnter attack diode
D1, filter capacitor C1 and digital display voltmeter V1 composition DC supply input running control circuits（1）；The electric machine controller
KZQ1, electric machine controller KZQ2, DC converter Z1, speed governing control stick Hall sensor H1, reversing maneuver bar rotate forward switch K4,
Reversing maneuver bar reversal switch K5, cooling fan F1, permanent-magnet brushless DC electric machine M1 and permanent-magnet brushless DC electric machine M2 composition electricity
Machine runs drive control circuit（2）；The DC supply input running control circuit（1）With motor operation drive control circuit
（2）Pass through the integral running control circuit of mutual joint group.
Preferably, the DC supply input running control circuit（1）Connection for the dc source positive terminal according to
It is secondary to be connected in series with dc circuit breaker K1, counnter attack diode D1, the negative pole of the counnter attack diode D1 respectively with dc circuit breaker
K2 one end, dc circuit breaker K3 one end, filter capacitor C1 positive pole and digital display voltmeter V1 positive pole connection, the direct current
Breaker K2, the negative electrode of dc circuit breaker K3 common contact and D1, filter capacitor C1 positive pole, digital display voltmeter V1 positive pole are total to
It is connected into positive source contact altogether, negative pole end and filter capacitor C1 negative poles, digital display voltmeter V1 negative poles, the motor of the dc source
Controller KZQ1 dc source ground potential end GND1 and electric machine controller KZQ2 dc source ground potential end GND2 are connected into altogether
Mains input side ground potential points.
Preferably, the motor operation drive control circuit（2）Connection for the DC converter Z1+5VDC with adjust
Fast control stick Hall sensor H1 VCC ends are connected, the hall signal output end OUT of the speed governing control stick Hall sensor H1
TS1 ends, electric machine controller KZQ2 TS2 ends respectively with electric machine controller KZQ1 connects altogether, the DC converter Z1+
12VDC ends are connected with cooling fan F1 positive terminal, the ZX1 ends of the electric machine controller KZQ1, electric machine controller KZQ2 ZX2
The upper end for rotating forward switch K4 with reversing maneuver bar is held to connect altogether, the reverse control signal FX1 of the electric machine controller KZQ1, motor control
Device KZQ2 processed reverse control signal FX2 and reversing maneuver bar reversal switch K5 upper end connect altogether, the electric machine controller KZQ1
Control power supply common ground potential end COM1, electric machine controller KZQ2 control power supply common ground potential end COM2, become with direct current
Parallel operation Z1 common ground potential end COM, speed governing control stick Hall sensor H1 common ground potential end COM, cooling fan F1
Negative pole end, reversing maneuver bar rotate forward switch K4 lower end, reversing maneuver bar reversal switch K5 lower end connects end altogether and are connected into control altogether
Power supply common ground potential point, three electric moter voltage output ends U1, V1, W1 of the electric machine controller KZQ1 respectively with brushless, permanently
Direct current generator M1 three machine windings connection, five connection ends of the rotor-position sensor of the electric machine controller KZQ1
VCC1, UM1, VM1, WM1, COM2 and permanent-magnet brushless DC electric machine M1 rotor-position sensor connection, the electric machine controller
KZQ2 three electric moter voltage output ends U2, V2, W2 are connected with permanent-magnet brushless DC electric machine M2 three machine windings respectively, institute
Five connection ends VCC2, UM2, VM2, WM2, the COM2 and brushless, permanently for stating electric machine controller KZQ2 rotor-position sensor are straight
Flow motor M2 rotor-position sensor connection.
Preferably, the DC supply input running control circuit（1）With the motor operation drive control circuit（2）'s
Couple and be：The motor operation drive control circuit（2）DC converter Z1+110VDC ends and DC supply input run
Control circuit（1）Positive source altogether contact connection, the motor operation drive control circuit（2）DC converter Z1 it is negative
Extremely, electric machine controller KZQ1 dc source ground potential end GND1, electric machine controller KZQ2 dc source ground potential end
GND2 and DC supply input running control circuit（1）The connection of mains input side ground potential points, motor operation driving control
Circuit processed（2）Electric machine controller KZQ1 DC supply input+B1 and DC supply input running control circuit（1）It is straight
Flow the connection of the breaker K2 other ends, the motor operation drive control circuit（2）Electric machine controller KZQ2 dc source it is defeated
Enter end+B2 and DC supply input running control circuit（1）The dc circuit breaker K3 other ends connection, the dc circuit breaker
K2, dc circuit breaker K3 are connected in parallel and electric machine controller KZQ1, electric machine controller KZQ2 parallel connection are accessed into dc source.
Preferably, the dc source is 110V dc sources.
Compared with prior art, the present invention has the advantages that：1.5 tons of permanent-magnet brushless DC electric machine framves of the present invention
Wire type bi-motor car applies the sophisticated technologies such as permanent-magnet brushless DC electric machine and electric machines control technology, is imitated with higher economize on electricity
Rate, excellent speed adjusting performance and high reliability.
Brief description of the drawings
Fig. 1 is overall left view of the invention.
Fig. 2 is overall top view of the invention.
Fig. 3 is driver controller left view of the invention.
Fig. 4 is driver controller front view of the invention.
Fig. 5 is circuit diagram of the invention.
Embodiment
Below in conjunction with the accompanying drawings and embodiment, the present invention will be further described.
As shown in Figures 1 to 5, a kind of permanent-magnet brushless DC electric machine stringing formula bi-motor car, including two brushless, permanentlies are straight
Flow motor 10, vehicle frame 2, drivers' cab 8, driver cab ceiling 1, two running gears 7 and driver controller 6.Wherein vehicle frame 2 and driver
It is fixedly mounted on after room 8 and the integral solder of driver cab ceiling 1 on running gear 7, device 7 out of shape is by two sets of wheels and two sets of machines
Tool gear is constituted, and two permanent-magnet brushless DC electric machines 10 are in vehicle frame 2 and installed in two sets of machines of two running gears 7
On the support of tool gear, two permanent-magnet brushless DC electric machines 10 are connected by connecting wire 11 with driver controller 6, driver
Controller 6 is on the inwall of drivers' cab 8.
Also include seat 9 and hand brake 3 in drivers' cab 8.Wherein seat 9 is fixed in drivers' cab 8 relatively
In on the opposite side inwall of driver controller 6, the right positions of seat 9 are provided with hand brake 3.
Driver controller 6 includes casing 12, chamber door 13, handle 14, dc circuit breaker operation handle 15, dust cover for fan
16th, speed governing control stick 5, reversing maneuver bar 4, dc source, dc circuit breaker 17, counnter attack diode 18（D1）, filter capacitor 19
（C1）, digital display voltmeter 20（V1）, DC converter 21（Z1）, control loop binding post 24, cooling fan 22（F1）With two
Individual electric machine controller 23（KZQ1、KZQ2）.Wherein the side wall of casing 12 is provided with handle 14, the and of dc circuit breaker operation handle 15
Dust cover for fan 16；The upper wall of casing 12 is provided with speed governing control stick 5 and reversing maneuver bar 4；In casing 12 provided with dc source,
Dc circuit breaker 17, counnter attack diode 18（D1）, filter capacitor 19（C1）, digital display voltmeter 20（V1）, DC converter 21
（Z1）, control loop binding post, cooling fan 22（F1）With two electric machine controllers 23（KZQ1、KZQ2）；Wherein direct current breaks
Road device 17 includes dc circuit breaker K1, dc circuit breaker K2 and dc circuit breaker K3, and the connection speed governing of speed governing control stick 5 control stick is suddenly
You are sensor H1, and the connection reversing maneuver bar of reversing maneuver bar 4 rotates forward switch K4 and reversing maneuver bar reversal switch K5.
Above-mentioned dc source is 110V dc sources, the positive terminal of 110V dc sources, the negative pole end of dc source, direct current
Breaker K1, dc circuit breaker K2, dc circuit breaker K3, counnter attack diode D1, filter capacitor C1 and digital display voltmeter V1 compositions
DC supply input running control circuit（1）.And electric machine controller KZQ1, electric machine controller KZQ2, DC converter Z1, speed governing
Control stick Hall sensor H1, reversing maneuver bar rotate forward switch K4, reversing maneuver bar reversal switch K5, cooling fan F1, permanent magnetism
Brshless DC motor M1 and permanent-magnet brushless DC electric machine M2 composition motor operation drive control circuits（2）.DC supply input is transported
Line control circuit（1）With motor operation drive control circuit（2）By being mutually connected, composition overall operation controls circuit.
The running control circuit connection principle of this permanent-magnet brushless DC electric machine trolley locomotive is as shown in Figure 5.
In Fig. 5, DC supply input running control circuit（1）Connection be：Positive terminal+the BV of dc source successively with directly
Stream breaker K1, counnter attack diode D1 are connected in series, counnter attack diode D1 negative pole one end respectively with dc circuit breaker K2, straight
Flow breaker K3 one end, filter capacitor C1 positive pole and digital display voltmeter V1 positive pole connection；Dc circuit breaker K2, direct current break
Road device K3 common contact and D1 negative electrode, filter capacitor C1 positive pole, digital display voltmeter V1 positive pole are connected into positive source and are total to altogether
Contact；Negative pole end-the BV of dc source and filter capacitor C1 negative poles, digital display voltmeter V1 negative poles, electric machine controller KZQ1 it is straight
The dc source ground potential end GND2 for flowing power supply ground potential end GND1 and electric machine controller KZQ2 is with being connected into mains input side altogether electric
Site.
Motor operation drive control circuit（2）Connection be：DC converter Z1+5VDC is passed with speed governing control stick Hall
Sensor H1 VCC ends are connected, and whole circuit is obtained electric, cooling fan operation, and circuit is in holding state；Speed governing control stick Hall
TS1 ends, the electric machine controller KZQ2 TS2 ends of sensor H1 hall signal output end OUT respectively with electric machine controller KZQ1
Connect altogether, DC converter Z1+12VDC ends are connected with cooling fan F1 positive terminal, also due to electric machine controller KZQ1, KZQ2
Simultaneously using speed governing control stick, a reversing maneuver bar, electric machine controller KZQ1 ZX1 ends, electric machine controller KZQ2
The upper end that ZX2 ends rotate forward switch K4 with reversing maneuver bar connects altogether, while rotating forward control signal, electric machine controller KZQ1 to K4 outputs
The FX1 ends of reverse control signal, the FX2 ends of electric machine controller KZQ2 reverse control signal and reversing maneuver bar rotate forward and switch
K5 upper end connects altogether, while exporting reverse control signal to K5；Electric machine controller KZQ1 control power supply common ground potential end
COM1, electric machine controller KZQ2 control power supply common ground potential end COM2, the common ground potential end with DC converter Z1
COM, speed governing control stick Hall sensor H1 common ground potential end COM, cooling fan F1 negative pole end, reversing maneuver bar are rotated forward
Switch K4 lower end, reversing maneuver bar reversal switch K5 lower end connects end altogether and be connected into control power supply common ground potential point altogether；Motor
Three machine windings of controller KZQ1 three electric moter voltage output ends U1, V1, W1 respectively with permanent-magnet brushless DC electric machine M1
Connection, five connection ends VCC1, UM1, VM1, WM1, COM2 and permanent magnetism of electric machine controller KZQ1 rotor-position sensor without
Brushless motor M1 rotor-position sensor connection, electric machine controller KZQ2 U2, V2, W2 points of three electric moter voltage output ends
It is not connected with permanent-magnet brushless DC electric machine M2 three machine windings, five of electric machine controller KZQ2 rotor-position sensor
Connection end VCC2, UM2, VM2, WM2, COM2 and permanent-magnet brushless DC electric machine M2 rotor-position sensor connection.
Above-mentioned DC supply input running control circuit（1）With motor operation drive control circuit（2）Connection be：Motor
Run drive control circuit（2）DC converter Z1+110VDC ends and DC supply input running control circuit（1）Electricity
The contact connection altogether of source positive pole；Motor operation drive control circuit（2）DC converter Z1 negative pole end, electric machine controller KZQ1
Dc source ground potential end GND1, electric machine controller KZQ2 dc source ground potential end dc source ground potential end GND2 with
DC supply input running control circuit（1）Mains input side ground potential points connection；Motor operation drive control circuit（2）'s
Electric machine controller KZQ1 DC supply input+B1 and DC supply input running control circuit（1）Dc circuit breaker K2
The other end is connected, the motor operation drive control circuit（2）Electric machine controller KZQ2 DC supply input+B2 with it is straight
Flow power input running control circuit（1）The dc circuit breaker K3 other ends connection, dc circuit breaker K2, dc circuit breaker K3 are simultaneously
Connection connects and electric machine controller KZQ1, electric machine controller KZQ2 parallel connection is accessed into dc source.
This permanent-magnet brushless DC electric machine trolley locomotive runs drive control（Startup, speed governing, commutation, stopping）By driver
Controller is completed jointly with permanent-magnet brushless DC electric machine.
This overall operation controls the operation principle of circuit to be：Track overhead line 110V dc sources are through positive terminal+BV, negative pole
End-BV accesses circuit, closes dc circuit breaker K1, and Rectified alternating current flows through counnter attack diode D1 rectifications, filter capacitor C1 filtering
Afterwards, a smoother DC current is obtained；Now DC converter Z1 obtains electric, and its+5VDC end exports 5V voltages to speed governing
Control stick Hall sensor H1 VCC ends make speed governing control stick Hall sensor H1 obtain electric, its+12VDC end export 12V voltages to
Cooling fan F1 makes F1 obtain electric operation；Close dc circuit breaker K2, dc circuit breaker K3, electric machine controller KZQ1, motor control
Device KZQ2 obtains electric, electric machine controller KZQ1, the operation of electric machine controller KZQ2 internal circuits, in speed governing control stick Hall sensor
When H1, dc circuit breaker K4, dc circuit breaker K5 do not have any operation, whole circuit is in holding state；When reversing maneuver bar
Push to " advance " position when, dc circuit breaker K4 closure, electric machine controller KZQ1 ZX1 ends, electric machine controller KZQ2 ZX2 ends
In low level, the current potential that adjustment speed governing control stick exports speed governing control stick Hall sensor H1 OUT terminal is raised gradually, motor
Controller KZQ1 TS1 ends, electric machine controller KZQ2 TS2 terminal potentials also gradually rise, in electric machine controller KZQ1, KZQ2
Under drive control, by U1, V1, W1, U2, V2, W2 input three-phase alternating current to M1, M2 three-phase windings, M1, M2 is started fortune
OK, now electric locomotive is run slowly under the dragging of permanent-magnet brushless DC electric machine；Due to the presence of rotor-position sensor, rotor
Motor rotor position, rotary speed information are constantly fed to electric machine controller KZQ1, KZQ2 by position sensor, obtain M1, M2
Stable running speed and good speed adjusting performance.
The permanent-magnet brushless DC electric machine stringing formula bi-motor car of the present invention applies permanent-magnet brushless DC electric machine and motor control
The sophisticated technologies such as technology processed, first with higher electric energy, two are used using two 3KW permanent-magnet brushless DC electric machines ratios
The electric locomotive of 3.5KW series DC machines manufacture saves motor and uses power 1KW.
Can contrast test prove its energy-saving efficiency：It is 5 bi-motor car+upward slope+bends of traction with identical experimental condition
And run with about 2.5km/h or so speed.
Two kinds of stringing formula bi-motor car contrast test electrical parameters measure tables are as follows.
Test explanation：1st, experimental enviroment is that the annular overhead line track experiment 2 of company, tractive load are that 5 viscous weights are 2.0
The stringing formula bi-motor car 3 of ton, minimum tow start power：Start for gradually speed governing/pressure regulation to locomotive and run a segment distance
Test value afterwards；4th, minimum traction power：Locomotive is set gradually to turn traction voltage down to machine after starting for minimum tow start power
Test value during car energy stable operation；5th, bend running under power power：About run with 1.5km/h or so speed；6th, Curved Continuous
Road running under power power：About run with 1.0km/h or so speed；7th, upward slope bend running under power power：It is about left with 2.5km/h
Right speed operation；8th, temperature rise is tested：Test value after temperature rise record is continuously run 3.0 hours with two kinds of electric locomotives.
The wherein running under power power of permanent direct-current electric locomotive：113VDC×27A=3.051KVA.Series DC machine car
Running under power power：101VDC×44.5A=4.495KVA.
Power saving rate：(4.495-3.051)/4.495×100%=32%.
Its deuterzooid permanent-magnet brushless DC electric machine stringing formula bi-motor car has excellent speed adjusting performance.
Using the rotating speed of rotor magnetic pole position signal control motor, make permanent-magnet brushless DC electric machine input current frequency and
Motor speed remains synchronous, and motor and inverter will not produce vibration and step-out, and this is the important of brushless direct current motor
Advantage, creates the excellent speed adjusting performance of brshless DC motor.
This permanent-magnet brushless DC electric machine stringing formula bi-motor car has high reliability again.
Permanent-magnet brushless DC electric machine does not have the mechanical commutation device of common DC motor（Commutator and brush）；Just do not have yet
All phenomena of the failure of mechanical commutation device, improve the reliability of permanent-magnet brushless DC electric machine stringing formula bi-motor car.
Finally this permanent-magnet brushless DC electric machine stringing formula bi-motor car basic fundamental parameter is：
（1）The viscous weight of nominal：1.5t；
（2）Rated voltage：110VDC；
（3）Rated power：2×3KW；
（4）Rated drawbar pull：2.55KN/h；
（5）Specified speed：4.54KM/h；
（6）Inflexible wheel base：650mm；
（7）Smallest curve radius：5M；
（8）Resultant gear ratio：18.4；
（9）The kind of drive：Two-stage is driven；
（10）Speed-regulating controling mode：Hall sensor+rotor magnetic pole hall signal；
（11）Mode of braking：Mechanical braking.
The above embodiments are only the preferred embodiments of the present invention, it is impossible to the interest field of the present invention is limited with this, because
This, modification, equivalent variations, improvement for being made according to scope of the present invention patent etc. still belong to the scope that the present invention is covered.
Claims (9)
1. a kind of permanent-magnet brushless DC electric machine stringing formula bi-motor car, it is characterised in that：Including two permanent-magnet brushless DC electric machines,
Vehicle frame, drivers' cab, driver cab ceiling, two running gears and driver controller, the vehicle frame and drivers' cab and driver cab ceiling
It is fixedly mounted on after integral solder on running gear, two permanent-magnet brushless DC electric machines are in vehicle frame and installed in two
On running gear, two permanent-magnet brushless DC electric machines are connected by connecting wire with driver controller, driver's control
Device is on the inwall of the drivers' cab.
2. a kind of permanent-magnet brushless DC electric machine stringing formula bi-motor car according to claim 1, it is characterised in that：It is described walk
Shape dress is put to be made up of two sets of wheels and two sets of mechanical variable speed devices, and two permanent-magnet brushless DC electric machines are located in vehicle frame simultaneously
On the support of two sets of mechanical variable speed devices of two running gears.
3. a kind of permanent-magnet brushless DC electric machine stringing formula bi-motor car according to claim 1, it is characterised in that：The department
Also include seat and hand brake in machine room, the seat is fixed at another relative to driver controller in drivers' cab
On the inwall of side, the right positions of the seat are provided with hand brake.
4. a kind of permanent-magnet brushless DC electric machine stringing formula bi-motor car according to claim 1, it is characterised in that：The department
Machine controller includes casing, chamber door, handle, dc circuit breaker operation handle, dust cover for fan, speed governing control stick, reversing maneuver
Bar, dc source, dc circuit breaker, counnter attack diode D1, filter capacitor C1, digital display voltmeter V1, DC converter Z1, control
Circuit connection terminal, cooling fan F1 and two electric machine controllers KZQ1, KZQ2；The side wall of the casing is provided with handle, straight
Circuit breaker operating handle and dust cover for fan are flowed, the upper wall of the casing is provided with speed governing control stick and reversing maneuver bar, described
Dc source, dc circuit breaker, counnter attack diode D1, filter capacitor C1, digital display voltmeter V1, DC converter are provided with casing
Z1, control loop binding post, cooling fan F1 and two electric machine controllers KZQ1, KZQ2, wherein the dc circuit breaker bag
Dc circuit breaker K1, dc circuit breaker K2 and dc circuit breaker K3 are included, the speed governing control stick connection speed governing control stick Hall is passed
Sensor H1, the reversing maneuver bar connection reversing maneuver bar rotates forward switch K4 and reversing maneuver bar reversal switch K5.
5. a kind of permanent-magnet brushless DC electric machine stringing formula bi-motor car according to claim 4, it is characterised in that：It is described straight
Flow power supply, dc circuit breaker K1, dc circuit breaker K2, dc circuit breaker K3, counnter attack diode D1, filter capacitor C1 and digital display electricity
Press the composition DC supply input running control circuit of Table V 1（1）；The electric machine controller KZQ1, electric machine controller KZQ2, direct current
Converter Z1, speed governing control stick Hall sensor H1, reversing maneuver bar rotate forward switch K4, reversing maneuver bar reversal switch K5, drop
Warm air fan F1, permanent-magnet brushless DC electric machine M1 and permanent-magnet brushless DC electric machine M2 composition motor operation drive control circuits（2）；Institute
State DC supply input running control circuit（1）With motor operation drive control circuit（2）Pass through the overall fortune of the composition that is mutually connected
Line control circuit.
6. a kind of permanent-magnet brushless DC electric machine stringing formula bi-motor car according to claim 5, it is characterised in that：It is described straight
Flow power input running control circuit（1）Connection for the dc source positive terminal successively with dc circuit breaker K1, counnter attack
Diode D1 is connected in series, the negative pole of counnter attack diode D1 one end respectively with dc circuit breaker K2, dc circuit breaker K3
One end, filter capacitor C1 positive pole and digital display voltmeter V1 positive pole connection, the dc circuit breaker K2, dc circuit breaker K3
Common contact and D1 negative electrode, filter capacitor C1 positive pole, digital display voltmeter V1 positive pole be connected into altogether positive source altogether contact, institute
State the negative pole end and filter capacitor C1 negative poles, digital display voltmeter V1 negative poles, electric machine controller KZQ1 dc source of dc source
Ground potential end GND1 and electric machine controller KZQ2 dc source ground potential end GND2 is connected into mains input side ground potential points altogether.
7. a kind of permanent-magnet brushless DC electric machine stringing formula bi-motor car according to claim 6, it is characterised in that：The electricity
Machine runs drive control circuit（2）Connection for the DC converter Z1+5VDC and speed governing control stick Hall sensor H1
VCC ends be connected, the hall signal output end OUT of the speed governing control stick Hall sensor H1 respectively with electric machine controller KZQ1
TS1 ends, electric machine controller KZQ2 TS2 ends connect altogether ,+12VDC the ends of the DC converter Z1 with cooling fan F1 just
Extreme connection, the ZX1 ends of the electric machine controller KZQ1, electric machine controller KZQ2 ZX2 ends and reversing maneuver bar, which are rotated forward, to be switched
K4 upper end connects altogether, reverse control signal FX1, the electric machine controller KZQ2 reverse control signal of the electric machine controller KZQ1
FX2 and reversing maneuver bar reversal switch K5 upper end connect altogether, the control power supply common ground potential end of the electric machine controller KZQ1
COM1, electric machine controller KZQ2 control power supply common ground potential end COM2, the common ground potential end with DC converter Z1
COM, speed governing control stick Hall sensor H1 common ground potential end COM, cooling fan F1 negative pole end, reversing maneuver bar are rotated forward
Switch K4 lower end, reversing maneuver bar reversal switch K5 lower end connects end altogether and be connected into control power supply common ground potential point altogether；It is described
Three motors of electric machine controller KZQ1 three electric moter voltage output ends U1, V1, W1 respectively with permanent-magnet brushless DC electric machine M1
Winding is connected, five connection ends VCC1, UM1, VM1, WM1, COM2 of the rotor-position sensor of the electric machine controller KZQ1
It is connected with permanent-magnet brushless DC electric machine M1 rotor-position sensor, three electric moter voltages output of the electric machine controller KZQ2
U2, V2, W2 are connected with permanent-magnet brushless DC electric machine M2 three machine windings respectively at end, the rotor of the electric machine controller KZQ2
Five connection ends VCC2, UM2, VM2, WM2, COM2 and permanent-magnet brushless DC electric machine M2 rotor position sensing of position sensor
Device is connected.
8. a kind of permanent-magnet brushless DC electric machine stringing formula bi-motor car according to claim 7, it is characterised in that：It is described straight
Flow power input running control circuit（1）With the motor operation drive control circuit（2）Connection be：The motor operation is driven
Dynamic control circuit（2）DC converter Z1+110VDC ends and DC supply input running control circuit（1）Positive source
Contact connection, the motor operation drive control circuit altogether（2）DC converter Z1 negative pole end, electric machine controller KZQ1
Dc source ground potential end GND1, electric machine controller KZQ2 dc source ground potential end GND2 and DC supply input operation are controlled
Circuit processed（1）Mains input side ground potential points connection, the motor operation drive control circuit（2）Electric machine controller KZQ1
DC supply input+B1 and DC supply input running control circuit（1）The dc circuit breaker K2 other ends connection, it is described
Motor operation drive control circuit（2）Electric machine controller KZQ2 DC supply input+B2 and DC supply input run
Control circuit（1）Dc circuit breaker K3 the other end connection, the dc circuit breaker K2, dc circuit breaker K3 be connected in parallel and
By electric machine controller KZQ1, electric machine controller KZQ2 parallel connection access dc source.
9. a kind of permanent-magnet brushless DC electric machine stringing formula bi-motor car according to claim 8, it is characterised in that：It is described straight
Stream power supply is 110V dc sources.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201710071456.0A CN106994906A (en) | 2017-02-09 | 2017-02-09 | A kind of permanent-magnet brushless DC electric machine stringing formula bi-motor car |
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| CN201710071456.0A CN106994906A (en) | 2017-02-09 | 2017-02-09 | A kind of permanent-magnet brushless DC electric machine stringing formula bi-motor car |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109334887A (en) * | 2018-09-03 | 2019-02-15 | 岳阳哈工特飞海工装备科技有限公司 | Smart Remote Control Paddle Board |
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