CN1109224A - High votlage fast electric power supplying apparatus cross substations - Google Patents
High votlage fast electric power supplying apparatus cross substations Download PDFInfo
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- CN1109224A CN1109224A CN 94119432 CN94119432A CN1109224A CN 1109224 A CN1109224 A CN 1109224A CN 94119432 CN94119432 CN 94119432 CN 94119432 A CN94119432 A CN 94119432A CN 1109224 A CN1109224 A CN 1109224A
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Abstract
The cross-substation power supply apparatus suitale for high-voltage power supply system, especiallyf or power supply of automatic blocking signal equipment on railway features that a cross-substation switch cabinet is parallelly connected between the first and the second feed-out cabinets of the in-etween substation and the primary and secondary circuits are arranged. When the power in the substation fails, the relative relays in the secondary circuit is closed and the switches in primary circuit is also closed, which results that the power at the adjacent substation is transmitted to the substation with failed power.
Description
The present invention relates to circuit arrangement for powering, be applicable to that high voltage supply system is particularly suited for the supply network of railway automatic anodizing equipment.
The supply power mode of China railways signal automatic blocking is at present, the two independent power source special is exported by distribution substation, each loop powers to signal box as active and standby power supply respectively behind voltage regulator simultaneously, when a certain loop has a power failure for some reason, another ring current drops into automatically, to guarantee uninterrupted power supply.But in view of various places condition difference, some high voltage power distribution is a single power supply, also has the power supply of some unreliable, and therefore normal the generation influences automatic anodizing equipment and normally use because supply arm has a power failure, and upset transport order.
Purpose of the present invention is exactly to solve the above-mentioned problem that influences the normal use of equipment because of the supply arm power failure, design a kind of electric power supplying apparatus cross substations, when this distribution substation has a power failure, a side has electricity and opposite side when having a power failure in its both sides supply arm, stride institute's switch automatic closing, the supply arm power supply that makes an electric side by striding switch supply with the supply arm that opposite side does not have electricity, restore electricity rapidly.
Purpose of the present invention can realize in the following manner.
Utilize passing through of adjacent two distribution substations of former each distribution substation one to feed out cabinet, pass through two and feed out cabinet, supply arm and relevant circuit thereof with both sides, go up passing through of in the middle of each distribution substation in this basis and one feed out cabinet 3 and pass through two and feed out between the cabinet 2 and insert and stride institute's switch cubicle 4, and be provided with and stride institute's switch primary circuit accordingly, stride institute's action secondary circuit; This is striden and is provided with the contact condition of striding institute's action secondary circuit in institute's switch primary circuit, satisfy this institute power supply decompression when simultaneously, mains switch is in gate-dividing state, two of this institutes are self-closing feed out switch be in together gate-dividing state and one of this institute both sides supply arm have electricity another when not having the condition of electricity, striding the relevant relay of institute's action secondary circuit connects, then stride institute's switch automatic closing in the primary circuit, the supply arm that the adjacent institute of electric side arranged in the adjacent institute in both sides through this institute stride institute's switch and no electric side neighbour supply arm be communicated with, realization stride power.
In this electric power supplying apparatus cross substations, striding the operate time of institute's switch input is longer than adjacent being equipped with for hauling oneself willingly into the time, adjacent institute is equipped with confession and at first hauls oneself willingly into when a certain supply arm decompression, haul oneself willingly into unsuccessful, the action of institute switch side is striden by this institute, if adjacent being equipped with throws successfully, supply arm restores electricity, and it is striden the start loop disconnection of being powered and is failure to actuate;
Institute's direction is striden in the same way by distribution substation in the middle of this strides in institute's electric power system each, and each master supplier of distribution substation strides the corresponding switch control KK that connects of direction the place ahead distribution substation of institute and divides the position, back to stride institute's direction identical;
Serve as stride the distribution substation of being powered feed out voltage regulator by the voltage setting transfer to+5%.
Patent of the present invention has following major advantage: 1. when the active and standby power supply of adjacent institute supply arm decompression and this institute all can not be powered, opposite side has the neighbour institute of electricity to power to the distribution substation of dead electricity through striding institute's switching device, normally uses with the assurance automatic anodizing equipment; 2. the operational mode of originally striding institute's electric power system can prevent the accident that the different electrical power of different distribution substations is incorporated into the power networks and is caused at same supply arm; 3. main element is selected quick type for use in the circuit, and the power source conversion time is no more than the standard laid down by the ministries or commissions of the Central Government.
The invention will be further described below in conjunction with drawings and Examples.
Fig. 1 is adjacent 3 distribution substations (first, second, third) power supplies connection diagrams, and 2,3 are respectively and pass through one, pass through two and feed out cabinet among the figure, 4 for striding switch cubicle, 5 for striding the powered operation power supply;
Fig. 2 is for striding institute's switch primary circuit connection diagram in one embodiment of the invention, and 1 is bus among the figure, and 2,3 are respectively and pass through one, pass through two and feed out cabinet, 4 for striding switch cubicle;
Fig. 3, Fig. 4 stride institute's action secondary circuit schematic diagram among the embodiment, among the figure
BK-strides automatic, a manual change-over switch
ZK-strides institute's reverser
Institute's brace is striden in the moving or time-delay of 1QP-wink
The 1SJ-time-delay relay
HWJ annotates this institute of 1-main power source separating brake position relay normally closed contact
HWJ annotates this institute of 2-stand-by power supply separating brake position relay normally closed contact
2HWJ annotates 3,2HWJ annotates this institute of 4-and self-closingly passes through one, passes through secondary circuit separating brake position relay normally closed contact
The normal opened contact of a supply arm three-phase voltage relay is passed through in 1YJ I, 2YJ I, 3YJ I-this institute
The normally closed contact of two supply arm three-phase voltage relays is passed through in 4YJ II, 5YJ II, 6YJ II-this institute
The normal opened contact of two supply arm three-phase voltage relays is passed through in 1YJ II, 2YJ II, 3YJ II-this institute
The normally closed contact of a supply arm three-phase voltage relay is passed through in 4YJ I, 5YJ I, 6YJ I-this institute
The HC-closing relay
The TBJ-anti-trip relay
XJ-switching signal relay
DL-strides institute's switch secondary normally closed contact
KK-connects switch control
In the present embodiment, the primary circuit of its electric power supplying apparatus cross substations by switching winding, closing coil respectively with stride institute's switch and connect and compose;
Stride being constructed as follows of institute's action secondary circuit: the circuit I is provided with strides normal opened contact 1YJ I, 2YJ I, the 3YJ I that a supply arm three-phase voltage relay is passed through in the reverser 1ZK of institute and this institute, normally closed contact 4YJ II, the 5YJ II of two supply arm three-phase voltage relays, the branch road of 6YJ II series connection are passed through in this institute, stride the reverser 2ZK of institute and this institute and pass through normal opened contact 1YJ II, 2YJ II, the 3YJ II of two supply arm three-phase voltage relays, normally closed contact 4YJ, the 5YJ I of a supply arm three-phase voltage relay, the branch road of 6YJ I series connection are passed through in this institute; After the above-mentioned two branch road parallel connections with stride that institute is automatic, 1.-8. contact of manual change-over switch BK, the primary, spare power supply separating brake position relay normally closed contact HWJ of this institute notes 1, HWJ annotate 2, this institute is self-closing passes through one, pass through secondary circuit separating brake position relay normally closed contact 2HWJ annotates 3,2HWJ annotates 4, stride the time-delay position 75 of the brace 1QP of institute, time-delay relay 1SJ series connection, also with 2.-4. contact that connects switch control KK and the branch road after striding 6.-8. contact parallel connection of the automatic and hand-operated chargeover switch BK of institute connect.The circuit II is provided with (20)-(18) contact and 5.-7. contact of striding the automatic and hand-operated chargeover switch BK of institute that connects switch control KK, the magnet exciting coil of anti-trip relay TBJ and normally closed contact TBJ2 thereof, normal opened contact TBJ1 series connection.The circuit III is provided with the magnet exciting coil of closing relay HC and the magnet exciting coil of switching signal relay XJ, strides the switch secondary contact DL of institute, the contact TBJ3 of anti-trip relay, the contact 1ST1 series connection of time-delay relay; Two ends and power supply+KM after circuit II and the parallel connection of circuit III ,-KM is connected.Circuit I one end and circuit II, III are with being connected to power end-KM, its another termination power+DM; Between anti-trip relay contact TBJ2, the TBJ1 of moving 63 of wink of striding the brace 1QP of institute in the circuit I and circuit II, the switching signal relay coil XJ of circuit III line is arranged, stride automatically, the contact of manual change-over switch BK 3. and contact line is arranged between 4., its corresponding contact 2. and the contact that connects switch control KK line is arranged between 8., 5. its corresponding contact connects power supply.The circuit IV is conventional relay protection circuit.
Its circuit operation is as follows: suppose to select to stride automatically institute's mode, then 1.-8. change over switch BK's connects, striding institute's direction strides to passing through second 1.-8. connecting of direction switch ZK by passing through one, select the moving then brace 1QP connection 73-63 position, institute position of striding of wink again, the above-mentioned position of the switch is chosen, when this institute power supply has a power failure, main, stand-by power source and pass through consistent two switches all because of the decompression separating brake, then the contact HWJ of separating brake position relay annotates 1-2HWJ and annotates 4 all connections, pass through on the outer circuit adjacent institute power supply simultaneously and delivered to supply arm one side, the junction closure of relay 1YJ I-3YJ I, do not have because of passing through two supply arms again, the junction closure of relay 4YJ II-5YJ II, since change over switch BK in automatic position then its contact 6.-8. connect, brace 1QP connects the 73-63 position again, the start loop that then closes a floodgate is connected, stride the switch closing relay HC of institute by striding switch secondary normally closed contact DL, closure during the non-fault separating brake of anti-trip relay contact TBJ3(), switching signal relay XJ coil is connected with 63 ends of brace 1QP, this moment, power switch loop structure was logical, closing relay HC action, make and stride institute's switch combined floodgate in the primary circuit, to pass through a side power supply and deliver to and pass through on two supply arms, and finish and stride institute's power supply process.
At this institute both sides supply arm a 10KVA transformer is set respectively and strides institute's powered operation power supply; This electric power supplying apparatus cross substations is provided with a cover stand-by equipment, serves as to stride institute and power and feed out the loop and continue and protect setting value employing second and overlap spare part; Stride institute's switch and select the fast vacuum switch for use, its relevant relay is all selected quick type for use, and reaching the operate time of striding institute's switch input is 0.1-0.12 second, and it is 0.07 second that adjacent institute calls time mutually.
Claims (3)
1, a kind of high votlage fast electric power supplying apparatus cross substations, comprise that passing through of adjacent two distribution in this distribution substation and both sides one feeds out cabinet, passes through two and feed out cabinet, supply arm and relevant circuit thereof, it is characterized in that: passing through of distribution substation one feeds out cabinet (3) and passes through two and feed out between the cabinet (2) and institute's switch cubicle (4) is striden in access in the middle of each, and is provided with and strides institute's switch primary circuit accordingly, stride institute's action secondary circuit; This is striden and is provided with the contact condition of striding institute's action secondary circuit in institute's switch primary circuit, satisfy this institute power supply decompression when simultaneously, mains switch is in gate-dividing state, two of this institutes are self-closing feed out switch be in together gate-dividing state and one of this institute both sides supply arm have electricity another when not having the condition of electricity, striding the relevant relay of institute's action secondary circuit connects, then stride institute's switch automatic closing in the primary circuit, the supply arm that the adjacent institute of electric side arranged in the adjacent institute in both sides through this institute stride institute's switch and no electric side neighbour supply arm be communicated with, realization stride power;
In this electric power supplying apparatus cross substations, striding the operate time of institute's switch input is longer than adjacent being equipped with for hauling oneself willingly into the time, adjacent institute is equipped with confession and at first hauls oneself willingly into when a certain supply arm decompression, haul oneself willingly into unsuccessful, the action of institute switch side is striden by this institute, if adjacent being equipped with throws successfully, supply arm restores electricity, and it is striden the start loop disconnection of being powered and is failure to actuate;
Institute's direction is striden in the same way by distribution substation in the middle of this strides in institute's electric power system each, and each master supplier of distribution substation is to stride institute's direction identical, strides that direction the place ahead distribution substation of institute is corresponding to connect switch control (KK) and divide the position, back;
Serve as stride the distribution substation of being powered feed out voltage regulator by the voltage setting be transferred to+5%.
2, high votlage fast electric power supplying apparatus cross substations according to claim 1 is characterized in that:
The primary circuit of electric power supplying apparatus cross substations by switching winding, closing coil respectively with stride institute's switch and connect and compose;
Stride being constructed as follows of institute's action secondary circuit: circuit I is provided with circuit and strides normal opened contact (the 1YJ I that a supply arm three-phase voltage relay is passed through in institute's reverser (1ZK) and this institute, the 2YJ I, the 3YJ I), normally closed contact (the 4YJ II of two supply arm three-phase voltage relays is passed through in this institute, the 5YJ II, the 6YJ II) Chuan Lian branch road, stride normal opened contact (the 1YJ II that two supply arm three-phase voltage relays are passed through in institute's reverser (2ZK) and this institute, the 2YJ II, the 3YJ II), normally closed contact (the 4YJ of a supply arm three-phase voltage relay is passed through in this institute, the 5YJ I, the 6YJ I) Chuan Lian branch road, after the above-mentioned two branch road parallel connections with stride institute automatically, 1.-8. the contact of manual change-over switch (BK), this institute leads, (HWJ annotates 1 to stand-by power supply separating brake position relay normally closed contact, HWJ annotates 2), this institute is self-closing passes through one, (2HWJ annotates 3 to pass through secondary circuit separating brake position relay normally closed contact, 2HWJ annotates 4), stride the time-delay position (75) of institute's brace (1QP), time-delay relay (1SJ) series connection, also with 2.-4. contact that connects switch control (KK) and the branch road after striding 6.-8. contact parallel connection of institute's automatic and hand-operated chargeover switch (BK) connect; Circuit (II) is provided with (20)-(18) contact that connects switch control (KK) and 5.-7. contact of striding institute's automatic and hand-operated chargeover switch (BK), the magnet exciting coil of anti-trip relay (TBJ) and normally closed contact (TBJ2) thereof, normal opened contact (TBJ1) series connection; Circuit (III) is provided with the magnet exciting coil of closing relay (HC) and the magnet exciting coil of switching signal relay (XJ), strides institute's switch secondary contact (DL), the contact of anti-trip relay (TBJ3), the contact of time-delay relay (1ST1) series connection; Two ends, circuit (II) and circuit (III) back in parallel and power supply (+KM), (KM) be connected; Circuit (I) end and circuit (II), (III) be connected to power end (KM), its another termination power (+DM); Between the anti-trip relay contact (TBJ2, TBJ1) of moving 63 of wink of striding institute's brace (1QP) in the circuit (I) and circuit (II), the switching signal relay coil (XJ) of circuit (III) line is arranged, stride automatically, the contact of manual change-over switch (BK) 8. and contact line is arranged between 4., its corresponding contact 2. and the contact that connects switch control (KK) line is arranged between 8., 5. its corresponding contact connects power supply; Circuit (IV) is conventional relay protection circuit;
3, high votlage fast electric power supplying apparatus cross substations according to claim 1 is characterized in that: at this institute both sides supply arm one cover is set respectively and strides institute's powered operation power supply; This electric power supplying apparatus cross substations is provided with a cover stand-by equipment, serves as to stride institute and power and feed out the loop and continue and protect setting value employing second and overlap spare part; Stride institute's switch and select the fast vacuum switch for use, its relevant relay is all selected quick type for use.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN94119432A CN1040820C (en) | 1994-12-23 | 1994-12-23 | High votlage fast electric power supplying apparatus cross substations |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN94119432A CN1040820C (en) | 1994-12-23 | 1994-12-23 | High votlage fast electric power supplying apparatus cross substations |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1109224A true CN1109224A (en) | 1995-09-27 |
| CN1040820C CN1040820C (en) | 1998-11-18 |
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ID=5039232
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN94119432A Expired - Fee Related CN1040820C (en) | 1994-12-23 | 1994-12-23 | High votlage fast electric power supplying apparatus cross substations |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1040820C (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112677831A (en) * | 2019-10-17 | 2021-04-20 | 中铁二院工程集团有限责任公司 | Gridding power supply method applied to multi-line electrified railway |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| NL176724C (en) * | 1979-06-11 | 1985-05-17 | Hazemeijer Bv | PROTECTION DEVICE FOR SELECTIVELY SWITCHING OFF NETWORK SECTIONS OF AN ELECTRIC ENERGY DISTRIBUTION NETWORK AND AN ENERGY DISTRIBUTION NETWORK PROVIDED WITH MULTIPLE SELECTIVE PROTECTION DEVICES. |
-
1994
- 1994-12-23 CN CN94119432A patent/CN1040820C/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112677831A (en) * | 2019-10-17 | 2021-04-20 | 中铁二院工程集团有限责任公司 | Gridding power supply method applied to multi-line electrified railway |
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| Publication number | Publication date |
|---|---|
| CN1040820C (en) | 1998-11-18 |
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