CN105305903A - Bilaterally controlled pole-changing three-phase power generation system - Google Patents
Bilaterally controlled pole-changing three-phase power generation system Download PDFInfo
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- CN105305903A CN105305903A CN201510769207.XA CN201510769207A CN105305903A CN 105305903 A CN105305903 A CN 105305903A CN 201510769207 A CN201510769207 A CN 201510769207A CN 105305903 A CN105305903 A CN 105305903A
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Abstract
The invention creatively discloses a bilaterally controlled pole-changing three-phase power generation system, which comprises an active magnetic control system lidesheng, a control port 1 of the active magnetic control system lidesheng, a control port 2 of the active magnetic control system lidesheng, a magnetic line direction 1, an S/N magnetic pole 1, an excitation solenoid 1, an output solenoid, a lateral H-shaped magnetizer 1, an N/S magnetic pole 2, a magnetic line direction 2, a rotor rotating direction 1, an output port 1, a control port 4 of the active magnetic control system lidesheng, a control port 3 of the active magnetic control system lidesheng, an output magnetizer 1, a magnetic line direction 3, an N/S magnetic pole 3, an excitation solenoid 2, a lateral H-shaped magnetizer 2, an S/N magnetic pole 4, a magnetic line direction 4, a rotor rotating direction 2, an output port 2, an output port 3, an output port 4, an output port 5, an output port 6 and the like.
Description
Technical field
The present invention relates to the bilateral control pole-changing generation technology of the multi-field purposes such as a kind of active magnetic, particularly relate to a kind of device utilizing the I-shaped magnetic conductor of bilateral and line bag size of current forward and reverse with control line bag electric current; With new forms of energy wind-driven generator and water energy generator and the Blast Furnace Top Gas Recovery Turbine Unit (TRT) (being called for short " bilateral control pole-changing three-phase generation system ") that utilizes variable speed to drive.
Background technology
Generation current machine can not apply converter technique because of mains frequency be fixed value, new forms of energy wind-driven generator and water energy generator evenly can not drive generator because of wind speed and flow velocity, cause energy output to differ in size and voltage fluctuation unstable; Existing change set speed ratio large generating difference is large; The multipole slow-speed of revolution and direct drive generator cost costliness, process structure precision prescribed is high, and permanent magnet is subject to its magnetic influence and causes demagnetization loss of excitation to change difficulty.
Summary of the invention
The present invention be directed to the deficiencies in the prior art and a kind of two side control type pole-changing three-phase generation technology is provided.
The problem that the present invention solves: wind-driven generator wind speed size is unrestricted; Water energy generator flow velocity size is not arranged, and wind speed and flow velocity size conversion magnetic pole logarithm adjust out-put supply and stablize.
Principle of the present invention: according to electric magnetisation principle, utilizes line bag around I-shaped magnetic conductor excitation magnetic field, side, and line bag electric current as required positive anti-switching form polarity exchange and rotor synchronous rotary and stator line raw cutting magnetic field of contracting for fixed output quotas and complete generating.
N=S × F/P: rotating speed N=time S(fixed value) to look equipment variable for * frequency F()/magnetic pole logarithm P(pole-changing number), namely change magnetic pole logarithm and reach and make up the self balancing effect of rotating speed; Automatically reduce magnetic pole logarithm when external force actuating speed improves and reduce line bag electric current reduction magnetic field intensity adjustment output voltage stabilization simultaneously; Automatically increase magnetic pole logarithm when external force actuating speed is slowed down and increase line bag electric current raising magnetic field intensity adjustment output voltage stabilization simultaneously.
Reactive magnetron system features: N/S magnetic pole arbitrarily variable, I size of current and magnetic field intensity electrodeless adjustable.
Structure of the present invention comprises: reactive magnetron system lidesheng, reactive magnetron system lidesheng control port 1, reactive magnetron system lidesheng control port 2, magnetic line of force direction 1, S/N magnetic pole 1, excitation wire bag 1, output line bag, the I-shaped magnetic conductor 1 in side, N/S magnetic pole 2, magnetic line of force direction 2, rotor direction of rotation 1, output port 1, reactive magnetron system lidesheng control port 4, reactive magnetron system lidesheng control port 3, export magnetic conductor 1, magnetic line of force direction 3, N/S magnetic pole 3, excitation wire bag 2, the I-shaped magnetic conductor 2 in side, S/N magnetic pole 4, magnetic line of force direction 4, rotor direction of rotation 2, output port 2, output port 3, output port 4, output port 5, output port 6 etc.
Magnetic conductor and 18. excitation wire bag 2 and 19. side annular magnetizers 2 are exported by 6. excitation wire bag 1 and 2. side annular magnetizer 1 and 7. output line bags and 15.
And two side control type pole-changing electricity generation system such as common composition such as 14. reactive magnetron system lidesheng etc.
One group of 1. built-in control information parallel connection one group of reactive magnetron system lidesheng is exported through 2. reactive magnetron system lidesheng control port 1 and 3. reactive magnetron system lidesheng control ports 2 respectively and is powered by 6. excitation wire bags 1;
6. excitation wire bag 1 electric generation N/S variable have polarity magnetic field, 6. what excitation wire bag 1 produced variable has polarity magnetic field and rotor synchronous cutting 7. output line bag, 7. output line bag by cutting magnetic line generation alternating voltage respectively through 12. output port 1 and 23. output ports 2; 24. output port 3 and 25. output ports 4; 26. output port 5 and 27. output ports 6 export three-phase electric energy.
Two group of 1. built-in control information of reactive magnetron system lidesheng di-group export through 13. reactive magnetron system lidesheng control port 4 and 14. reactive magnetron system lidesheng control ports 3 is respectively powered by 18. excitation wire bags 2;
18. excitation wire bags 2 electric generation N/S variable have polarity magnetic field, what 18. excitation wire bags 2 produced variable has polarity magnetic field and rotor synchronous cutting 7. output line bag, 7. output line bag by cutting magnetic line generation alternating voltage respectively through 12. output port 1 and 23. output ports 2; 24. output port 3 and 25. output ports 4; 26. output port 5 and 27. output ports 6 export three-phase electric energy.
In bilateral control pole-changing three-phase generation technology of the present invention performance period, the mode of the change pole-changing of rotating speed adjusts the object of the stability of output voltage.
Accompanying drawing explanation
Fig. 1 is patent bilateral control pole-changing three-phase generation system configuration schematic diagram of the present invention
Fig. 2 is that patent bilateral control pole-changing three-phase generation system of the present invention opens floor map
In figure: 1. reactive magnetron system lidesheng, 2. reactive magnetron system lidesheng control port 1, 3. reactive magnetron system lidesheng control port 2, 4. magnetic line of force direction 1, 5.S/N magnetic pole 1, 6. excitation wire bag 1, 7. output line bag, 8. the I-shaped magnetic conductor 1 in side, 9.N/S magnetic pole 2, 10. magnetic line of force direction 2, 11. rotor direction of rotation 1, 12. output ports 1, 13. reactive magnetron system lidesheng control ports 4, 14. reactive magnetron system lidesheng control ports 3, 15. export magnetic conductor 1, 16. magnetic line of force directions 3, 17.N/S magnetic pole 3, 18. excitation wire bags 2, the 19. I-shaped magnetic conductors 2 in side, 20.S/N magnetic pole 4, 21. magnetic line of force directions 4, 22. rotor direction of rotation 2, 23. output ports 2, 24. output ports 3, 25. output ports 4, 26. output ports 5, 27. output ports 6.
Embodiment
Accompanying drawings is as follows
embodiment 1: one 40 kilowatts of alternating current generator: exciting voltage 90V; Electric current 5A, power=450VA.reactive magnetron system lidesheng only controls power 450VA load, and relative process structure is easy, cost is cheap.
Structure of the present invention comprises: reactive magnetron system lidesheng, reactive magnetron system lidesheng control port 1, reactive magnetron system lidesheng control port 2, magnetic line of force direction 1, S/N magnetic pole 1, excitation wire bag 1, output line bag, the I-shaped magnetic conductor 1 in side, N/S magnetic pole 2, magnetic line of force direction 2, rotor direction of rotation 1, output port 1, reactive magnetron system lidesheng control port 4, reactive magnetron system lidesheng control port 3, export magnetic conductor 1, magnetic line of force direction 3, N/S magnetic pole 3, excitation wire bag 2, the I-shaped magnetic conductor 2 in side, S/N magnetic pole 4, magnetic line of force direction 4, rotor direction of rotation 2, output port 2, output port 3, output port 4, output port 5, output port 6 etc.
Magnetic conductor and 18. excitation wire bag 2 and 19. side annular magnetizers 2 are exported by 6. excitation wire bag 1 and 2. side annular magnetizer 1 and 7. output line bags and 15.
And two side control type pole-changing electricity generation system such as common composition such as 14. reactive magnetron system lidesheng etc.
One group of 1. built-in control information parallel connection one group of reactive magnetron system lidesheng is exported through 2. reactive magnetron system lidesheng control port 1 and 3. reactive magnetron system lidesheng control ports 2 respectively and is powered by 6. excitation wire bags 1;
6. excitation wire bag 1 electric generation N/S variable have polarity magnetic field, 6. what excitation wire bag 1 produced variable has polarity magnetic field and rotor synchronous cutting 7. output line bag, 7. output line bag by cutting magnetic line generation alternating voltage respectively through 12. output port 1 and 23. output ports 2; 24. output port 3 and 25. output ports 4; 26. output port 5 and 27. output ports 6 export three-phase electric energy.
Two group of 1. built-in control information of reactive magnetron system lidesheng di-group export through 13. reactive magnetron system lidesheng control port 4 and 14. reactive magnetron system lidesheng control ports 3 is respectively powered by 18. excitation wire bags 2;
18. excitation wire bags 2 electric generation N/S variable have polarity magnetic field, what 18. excitation wire bags 2 produced variable has polarity magnetic field and rotor synchronous cutting 7. output line bag, 7. output line bag by cutting magnetic line generation alternating voltage respectively through 12. output port 1 and 23. output ports 2; 24. output port 3 and 25. output ports 4; 26. output port 5 and 27. output ports 6 export three-phase electric energy.
In bilateral control pole-changing three-phase generation technology of the present invention performance period, the mode of the change pole-changing of rotating speed adjusts the object of the stability of output voltage.
Claims (1)
1. one kind by bilateral control pole-changing three-phase generation system, reactive magnetron system lidesheng is it is characterized in that described in claim, reactive magnetron system lidesheng control port 1, reactive magnetron system lidesheng control port 2, magnetic line of force direction 1, S/N magnetic pole 1, excitation wire bag 1, output line bag, the I-shaped magnetic conductor 1 in side, N/S magnetic pole 2, magnetic line of force direction 2, rotor direction of rotation 1, output port 1, reactive magnetron system lidesheng control port 4, reactive magnetron system lidesheng control port 3, export magnetic conductor 1, magnetic line of force direction 3, N/S magnetic pole 3, excitation wire bag 2, the I-shaped magnetic conductor 2 in side, S/N magnetic pole 4, magnetic line of force direction 4, rotor direction of rotation 2, output port 2, output port 3, output port 4, output port 5, output port 6 etc.,
Export magnetic conductor and 18. excitation wire bag 2 and 19. side annular magnetizer 2 and 14. reactive magnetron system lidesheng etc. by 6. excitation wire bag 1 and 2. side annular magnetizer 1 and 7. output line bags and 15. and jointly form two side control type pole-changing electricity generation system;
One group of 1. built-in control information parallel connection one group of reactive magnetron system lidesheng is exported through 2. reactive magnetron system lidesheng control port 1 and 3. reactive magnetron system lidesheng control ports 2 respectively and is powered by 6. excitation wire bags 1;
6. excitation wire bag 1 electric generation N/S variable have polarity magnetic field, 6. what excitation wire bag 1 produced variable has polarity magnetic field and rotor synchronous cutting 7. output line bag, 7. output line bag by cutting magnetic line generation alternating voltage respectively through 12. output port 1 and 23. output ports 2; 24. output port 3 and 25. output ports 4; 26. output port 5 and 27. output ports 6 export three-phase electric energy;
Two group of 1. built-in control information of reactive magnetron system lidesheng di-group export through 13. reactive magnetron system lidesheng control port 4 and 14. reactive magnetron system lidesheng control ports 3 is respectively powered by 18. excitation wire bags 2;
18. excitation wire bags 2 electric generation N/S variable have polarity magnetic field, what 18. excitation wire bags 2 produced variable has polarity magnetic field and rotor synchronous cutting 7. output line bag, 7. output line bag by cutting magnetic line generation alternating voltage respectively through 12. output port 1 and 23. output ports 2; 24. output port 3 and 25. output ports 4; 26. output port 5 and 27. output ports 6 export three-phase electric energy;
In bilateral control pole-changing three-phase generation technology of the present invention performance period, the mode of the change pole-changing of rotating speed adjusts the object of the stability of output voltage.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510769207.XA CN105305903A (en) | 2015-11-12 | 2015-11-12 | Bilaterally controlled pole-changing three-phase power generation system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510769207.XA CN105305903A (en) | 2015-11-12 | 2015-11-12 | Bilaterally controlled pole-changing three-phase power generation system |
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| Publication Number | Publication Date |
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| CN105305903A true CN105305903A (en) | 2016-02-03 |
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| CN201510769207.XA Pending CN105305903A (en) | 2015-11-12 | 2015-11-12 | Bilaterally controlled pole-changing three-phase power generation system |
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Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE19705161C1 (en) * | 1997-02-11 | 1998-01-02 | Hans Hermann Rottmerhusen | Armature winding of brakable commutator motor e.g. for electric power tools, such as circular saws |
| CN101218740A (en) * | 2005-07-06 | 2008-07-09 | 艾康有限公司 | Electromotor |
| DE102013016216A1 (en) * | 2013-09-28 | 2015-04-02 | Andreas Stihl Ag & Co. Kg | "Method for braking an electric drive motor" |
-
2015
- 2015-11-12 CN CN201510769207.XA patent/CN105305903A/en active Pending
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE19705161C1 (en) * | 1997-02-11 | 1998-01-02 | Hans Hermann Rottmerhusen | Armature winding of brakable commutator motor e.g. for electric power tools, such as circular saws |
| CN101218740A (en) * | 2005-07-06 | 2008-07-09 | 艾康有限公司 | Electromotor |
| DE102013016216A1 (en) * | 2013-09-28 | 2015-04-02 | Andreas Stihl Ag & Co. Kg | "Method for braking an electric drive motor" |
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Application publication date: 20160203 |
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