JP2008066489A - Static induction electric appliance - Google Patents

Static induction electric appliance Download PDF

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JP2008066489A
JP2008066489A JP2006242159A JP2006242159A JP2008066489A JP 2008066489 A JP2008066489 A JP 2008066489A JP 2006242159 A JP2006242159 A JP 2006242159A JP 2006242159 A JP2006242159 A JP 2006242159A JP 2008066489 A JP2008066489 A JP 2008066489A
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cooler
static induction
static
induction
stationary
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JP4764292B2 (en
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Fumiaki Ono
文明 小野
Seiji Iwasaki
誠司 岩崎
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Toshiba Corp
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Toshiba Corp
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Priority to CN2007101497558A priority patent/CN101145429B/en
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Abstract

<P>PROBLEM TO BE SOLVED: To provide a static induction electric appliance excellent in a space efficiency and a cooling efficiency by sharing an installation space of a cooler fixed to a plurality of static induction electric appliances or by sharing the cooler itself to suppress an occupied area of the cooler. <P>SOLUTION: When two static induction electric appliances 1, 2 are installed, cooler groups 3, 4 are arranged in a row between the lateral sides of the two static induction electric appliances 1, 2 facing each other. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

本発明は、冷却器を有する静止誘導電器に係り、特に、冷却器の設置スペースの縮小化を図った静止誘導電器に関するものである。   The present invention relates to a static induction electric machine having a cooler, and more particularly to a static induction electric machine in which the installation space of the cooler is reduced.

一般に、電力用変圧器およびリアクトルに代表される電力用の静止誘導電器には、静止誘導電器に冷却媒体を供給する冷却器が取り付けられている。冷却器を有する静止誘導電器の従来例としては、複数の変圧器に共用される冷却装置を備え各変圧器の発熱量に対して冷却媒体を適切な流量配分するようにしたもの（例えば、特許文献１参照）や、デッキ方式変電所向けの油入変圧器においてデッキ上層階に冷却装置を配置したもの（例えば、特許文献２参照）、さらには予備冷却器を設けたもの（例えば、特許文献３参照）など、種々提案されている。   Generally, a cooler for supplying a cooling medium to a static induction electric appliance is attached to a static induction electric appliance for electric power represented by a power transformer and a reactor. As a conventional example of a static induction electric machine having a cooler, a cooling device shared by a plurality of transformers is provided, and a cooling medium is appropriately distributed with respect to a heat generation amount of each transformer (for example, a patent) Reference 1), oil-filled transformers for deck-type substations with a cooling device arranged on the upper floor of the deck (see, for example, Patent Document 2), and further provided with a precooler (for example, Patent Document) 3)).

このような冷却器を備えた静止誘導電器に関しては、変電所レイアウトにおいて冷却器の占有面積を小さく抑えることが望まれている。ここで、図６の平面図を参照して、冷却器を有する静止誘導電器の従来例について説明する。図６では、静止誘導電器が２台設置される場合の一般的なレイアウトを示している。   With regard to static induction appliances equipped with such a cooler, it is desired to reduce the area occupied by the cooler in the substation layout. Here, with reference to the plan view of FIG. 6, a conventional example of a static induction electric machine having a cooler will be described. FIG. 6 shows a general layout when two static induction devices are installed.

図６に示すように、静止誘導電器１、２の各側面（図６では右側の側面）に対向して、４台の冷却器からなる冷却器群３、４がそれぞれ設置されている。静止誘導電器１、２と冷却器群３、４の各冷却器は、内部に絶縁油や絶縁ガス等の冷却媒体が流れる連通管５、６を介して接続されている。連通管５、６の途中には閉止弁８、９が取り付けられている。   As shown in FIG. 6, cooler groups 3 and 4 each including four coolers are installed to face each side surface (right side surface in FIG. 6) of the stationary induction devices 1 and 2. The static induction devices 1 and 2 and the coolers of the cooler groups 3 and 4 are connected via communication pipes 5 and 6 through which a cooling medium such as insulating oil or insulating gas flows. Close valves 8 and 9 are attached in the middle of the communication pipes 5 and 6.

特開２００３―１７８９２１号公報JP 2003-178922 A 特開２００３―１００５２０号公報Japanese Patent Laid-Open No. 2003-100520 特開平７―５０２１６号公報Japanese Patent Laid-Open No. 7-50216

ところで、上述した従来の静止誘導電器には次のような課題が指摘されている。すなわち、図６に示した静止誘導電器のレイアウトでは、冷却器群３、４の設置幅をａとした場合、冷却器２つ分の幅、つまり２ａに相当する冷却器占有幅が必要である。また、図６中の冷却器群３、４の占有長さＤは、各冷却器の奥行き寸法ｂと離隔距離ｃをあわせたものであり、冷却器群３、４の各冷却器の奥行き寸法ｂ及び離隔距離ｃの両方がＤを大きくする要因となった。   By the way, the following problems are pointed out in the above-mentioned conventional static induction appliance. That is, in the layout of the static induction apparatus shown in FIG. 6, when the installation width of the cooler groups 3 and 4 is a, the width of two coolers, that is, the cooler occupation width corresponding to 2a is required. . Further, the occupation length D of the cooler groups 3 and 4 in FIG. 6 is a combination of the depth dimension b and the separation distance c of each cooler, and the depth dimension of each cooler of the cooler groups 3 and 4. Both b and the separation distance c are factors that increase D.

また、特許文献１記載の技術では、複数の変圧器に共用される冷却装置を備えることで、冷却器を共有化し、冷却器スペースの縮小化を図っている。しかし、この技術では冷却媒体の流れる流路が単一であるため、複数ある静止誘導電器のうち、ある静止誘導電器が稼働しない場合でも、この稼働していない静止誘導電器への冷却媒体供給を停止することができず、冷却が無駄となっていた。したがって、複数ある静止誘導電器のうち、ある静止誘導電器が全く稼働しないといった状況までも想定して、効率よく静止誘導電器を冷却することが望まれていた。   Moreover, in the technique of patent document 1, the cooler is shared by providing the cooling device shared by a plurality of transformers, and the cooler space is reduced. However, since this technology has a single flow path through which the cooling medium flows, even if a static induction machine does not operate among a plurality of stationary induction machines, supply of the cooling medium to this stationary induction machine that is not in operation is possible. It could not be stopped and cooling was wasted. Accordingly, it has been desired to efficiently cool the static induction device in consideration of a situation where a certain static induction device does not operate at all among a plurality of static induction devices.

ところで、静止誘導電器に予備冷却器が複数設置されている場合、実際には複数の予備冷却器が同時に運転される機会は少なく、停止している予備冷却器の占有スペースが冷却器スペースの増大を招いた。そこで特許文献３の技術では、予備冷却器の設置数を極力抑えた構成をとっている。   By the way, when a plurality of precoolers are installed in a static induction appliance, there are actually few opportunities for the plurality of precoolers to be operated at the same time, and the occupied space of the stopped precoolers increases the cooler space. Invited. Therefore, the technique of Patent Document 3 adopts a configuration in which the number of precoolers installed is suppressed as much as possible.

しかし、特許文献３記載の変圧器は主に、各相にタンクが供される３相変圧器に適用されるものであって、ここでの予備冷却器は各相の冷却器容量を超えた熱量が発生した際に稼働する構成となっている。つまり、ここでも、複数ある静止誘導電器のうち、ある静止誘導電器が全く稼働しないといった状況は想定外であり、各タンク（各静止誘導電器）に個別の冷却器が設置されることが前提となっている。したがって、常用の冷却器と予備用の冷却器の両方が不可欠であり、全体として、冷却器スペースの大型化は免れなかった。   However, the transformer described in Patent Document 3 is mainly applied to a three-phase transformer in which a tank is provided for each phase, and the precooler here exceeds the capacity of the cooler of each phase. It is configured to operate when heat is generated. In other words, the situation that a static induction appliance does not operate at all among a plurality of static induction appliances is unexpected, and it is assumed that an individual cooler is installed in each tank (each static induction appliance). It has become. Therefore, both a regular cooler and a spare cooler are indispensable, and as a whole, the size of the cooler space cannot be increased.

本発明は、上記の問題点を解消するために提案されたものであり、その目的は、複数の静止誘導電器に取り付ける冷却器の設置スペースの共用化、もしくは、冷却器自体の共用化を図ることで、冷却器の占有面積を小さく抑え、スペース効率及び冷却効率に優れた静止誘導電器を実現することにある。   The present invention has been proposed in order to solve the above-described problems, and its purpose is to share the installation space of the cooler attached to a plurality of stationary induction devices or to share the cooler itself. Thus, it is intended to realize a static induction appliance that suppresses the area occupied by the cooler and is excellent in space efficiency and cooling efficiency.

上記目的を達成するために、本発明は、複数台の静止誘導電器が設置され、各静止誘導電器には連通管を介して該静止誘導電器に冷却媒体を供給する冷却器が取り付けられた静止誘導電器において、次のような特徴を有している。   In order to achieve the above object, the present invention is provided with a plurality of stationary induction devices, and each stationary induction device is provided with a stationary device having a cooler for supplying a cooling medium to the stationary induction device via a communication pipe. Inductors have the following characteristics.

すなわち、前記冷却器は、互いに隣接する静止誘導電器の対向する側面同士の間に、１列に配置している。これにより、冷却器の設置幅を抑えることができ、冷却器スペースの縮小化が可能である。   That is, the said cooler is arrange | positioned in 1 row between the side surfaces which the stationary induction | guidance | derivation equipment adjacent to mutually adjoins. Thereby, the installation width | variety of a cooler can be suppressed and a cooler space can be reduced.

また、本発明では、複数の連通管が接続される共通配管を設け、この共通配管を介して複数台の静止誘導電器に対し冷却媒体を供給する共用冷却器を取り付けている。このような構成により、各静止誘導電器に個別の冷却器を設ける必要がなくなり、複数の静止誘導電器に対する冷却器の完全共用化が可能となって、冷却器スペースを大幅に縮小化することができる。   Further, in the present invention, a common pipe to which a plurality of communication pipes are connected is provided, and a common cooler that supplies a cooling medium to a plurality of stationary induction appliances is attached via the common pipe. With such a configuration, it is not necessary to provide a separate cooler for each static induction electric appliance, and it becomes possible to completely share the cooler for a plurality of static induction electric appliances, thereby greatly reducing the cooler space. it can.

本発明の静止誘導電器によれば、複数の静止誘導電器に取り付ける冷却器の設置スペースの共用化、もしくは、冷却器自体の共用化を図ることで、冷却器の占有面積を小さく抑えることができ、これによりスペース効率の良好な静止誘導電器を実現することができた。   According to the static induction device of the present invention, the space occupied by the cooler can be kept small by sharing the installation space of the cooler attached to a plurality of static induction devices or by sharing the cooler itself. As a result, it was possible to realize a static induction device with good space efficiency.

以下、本発明の代表的な実施形態について、図１〜図５を参照して具体的に説明する。なお、本発明は冷却器を有する静止誘導電器に適用するもので、図６に示した従来例と同一の部材に関しては、同一符号を付して説明は省略する。また、各実施形態において同一の構成については同一符号を付し、重複する説明は省略する。   Hereinafter, typical embodiments of the present invention will be specifically described with reference to FIGS. The present invention is applied to a static induction electric machine having a cooler. The same members as those in the conventional example shown in FIG. Moreover, the same code | symbol is attached | subjected about the same structure in each embodiment, and the overlapping description is abbreviate | omitted.

（１）第１の実施形態
[構成]
図１を用いて第１の実施形態を説明する。第１の実施形態は、２台の静止誘導電器１、２を設置する場合において、各静止誘導電器１、２の対向する側面同士の間に、冷却器群３、４が１列に配置されている。すなわち、静止誘導電器１に取り付けられる冷却器群３は、静止誘導電器１の右側面に沿って配置され、静止誘導電器２に取り付けられる冷却器群４は、静止誘導電器２の左側面に沿って配置され、冷却器群３、４が一直線上に配置される。 (1) First embodiment
[Constitution]
The first embodiment will be described with reference to FIG. In the first embodiment, when two stationary induction devices 1 and 2 are installed, the cooler groups 3 and 4 are arranged in a row between the opposing side surfaces of the stationary induction devices 1 and 2. ing. That is, the cooler group 3 attached to the stationary induction device 1 is disposed along the right side surface of the stationary induction device 1, and the cooler group 4 attached to the stationary induction device 2 is disposed along the left side surface of the stationary induction device 2. The cooler groups 3 and 4 are arranged in a straight line.

[作用効果]
このような構成を有する第１の実施形態では、２台の静止誘導電器１、２の冷却器群３、４の占有幅はＷ＝ａとなり、従来のレイアウトに比して２ａ−ａ＝ａ、つまり冷却器群３、４の設置スペースを半分に抑えることができる。 [Effect]
In the first embodiment having such a configuration, the occupied width of the cooler groups 3 and 4 of the two static induction devices 1 and 2 is W = a, which is 2a−a = a as compared with the conventional layout. That is, the installation space for the cooler groups 3 and 4 can be reduced to half.

ところで、本実施形態では、冷却器群３、４を１列配置としたことで、静止誘導電器１、２からの排熱の影響を受け易くなり、冷却器周囲の温度が高まることはある。しかし、この温度は、冷却器群３、４から静止誘導電器１、２へと供給される冷却媒体の温度に比べて十分に低い。したがって、冷却器の冷却能力が低下することはなく、十分な冷却能力を発揮することができる。   By the way, in this embodiment, it becomes easy to receive to the influence of the exhaust heat from the static induction | electrical_connection electric appliances 1 and 2 by having arrange | positioned the cooler groups 3 and 4 in 1 row, and the temperature around a cooler may rise. However, this temperature is sufficiently lower than the temperature of the cooling medium supplied from the cooler groups 3 and 4 to the stationary induction devices 1 and 2. Therefore, the cooling capacity of the cooler does not decrease and sufficient cooling capacity can be exhibited.

（２）第２の実施形態
[構成]
続いて、図２を用いて第２の実施形態を説明する。第２の実施形態は、冷却器群４の冷却パネル端上に冷却扇７が配置されたことを特徴としている。 (2) Second embodiment
[Constitution]
Subsequently, a second embodiment will be described with reference to FIG. The second embodiment is characterized in that a cooling fan 7 is arranged on the cooling panel end of the cooler group 4.

[作用効果]
このような構成を有する第２の実施形態では、冷却扇７の旋回により誘起される空気の圧力上昇を、冷却器群４から冷却器群３へ空気が曲がれる際の圧力損失よりも大きくとることによって、冷却扇７により起こされた風は、冷却器群４から冷却器群３を共に通過し、静止誘導電器１、２両方の冷却に寄与して、外部空間へと流れていく。 [Effect]
In 2nd Embodiment which has such a structure, the pressure rise of the air induced by rotation of the cooling fan 7 shall be taken larger than the pressure loss at the time of air bending from the cooler group 4 to the cooler group 3. Thus, the wind generated by the cooling fan 7 passes through the cooler group 3 from the cooler group 4 and contributes to cooling both the stationary induction devices 1 and 2 and flows to the external space.

なお、冷却扇７からの冷却風が冷却器群４側から冷却器群３側へと流れるとき、下流に向かうにつれて、静止誘導電器１、２からの排熱を受けて、冷却風の温度は上昇していく。例えば、冷却器群４から出る時の冷却風温度、つまり冷却器群３側へと流入する直前の冷却風温度Ｂは、静止誘導電器２からの排熱により、冷却扇７から吹き出た直後の冷却風温度Ａよりも高くなる。   In addition, when the cooling air from the cooling fan 7 flows from the cooler group 4 side to the cooler group 3 side, as it goes downstream, the exhaust air heat is received from the stationary induction devices 1 and 2, and the temperature of the cooling air is It rises. For example, the cooling air temperature when exiting from the cooler group 4, that is, the cooling air temperature B just before flowing into the cooler group 3 side, is just after being blown out of the cooling fan 7 due to exhaust heat from the stationary induction device 2. It becomes higher than the cooling air temperature A.

しかし、静止誘導電器１、２に対する冷却媒体温度Ｃは、冷却器群３側へと流入する直前の冷却風温度Ｂよりも十分に高い温度に設定可能である（Ｃ＞Ｂ＞Ａ）。すなわち、第２の実施形態において、冷却扇７からの冷却風は、冷却器群３における熱交換に寄与する媒体としてなお有用であり、冷却能力の向上に貢献することができる。   However, the cooling medium temperature C for the static induction devices 1 and 2 can be set to a temperature sufficiently higher than the cooling air temperature B immediately before flowing into the cooler group 3 (C> B> A). That is, in the second embodiment, the cooling air from the cooling fan 7 is still useful as a medium that contributes to heat exchange in the cooler group 3, and can contribute to an improvement in cooling capacity.

以上のような第２の実施形態においては、上記第１の実施形態に記した効果に加えて、冷却扇７を追加したことにより、冷却器の冷却効率上昇が図られ、各冷却器の奥行き寸法ｂ及び離隔距離ｃを小さくすることができる。その結果、冷却器占有寸法Ｗ、Ｄをさらに小さく抑えた静止誘導電器を実現することができる。   In the second embodiment as described above, in addition to the effects described in the first embodiment, by adding the cooling fan 7, the cooling efficiency of the cooler is increased, and the depth of each cooler is increased. The dimension b and the separation distance c can be reduced. As a result, it is possible to realize a static induction electric appliance in which the cooler occupation dimensions W and D are further reduced.

（３）第３の実施形態
[構成]
次に、図３を用いて第３の実施形態を説明する。第３の実施形態では、静止誘導電器１、２間に共用冷却器１０を１つ設置した点に特徴がある。共用冷却器１０と静止誘導電器１の間は連通管１１によって絶縁油等の冷却媒体が連通される。同様に、共用冷却器１０と静止誘導電器２の間は連通管１２によって冷却媒体が連通される。連通管１１の途中には閉止弁１３が、連通管１２の途中には閉止弁１４が、それぞれ取り付けられている。なお、静止誘導電器１、２には、それぞれ、共用しない個別の冷却器からなる冷却器群３、４が連通管５、６と閉止弁８、９を介して取り付けられている。 (3) Third embodiment
[Constitution]
Next, a third embodiment will be described with reference to FIG. The third embodiment is characterized in that one common cooler 10 is installed between the stationary induction devices 1 and 2. A cooling medium such as insulating oil is communicated between the common cooler 10 and the static induction appliance 1 through a communication pipe 11. Similarly, a cooling medium is communicated between the common cooler 10 and the stationary induction device 2 through the communication pipe 12. A stop valve 13 is attached in the middle of the communication pipe 11, and a stop valve 14 is attached in the middle of the communication pipe 12. In addition, cooler groups 3 and 4 including individual coolers that are not shared are attached to the stationary induction devices 1 and 2 via communication pipes 5 and 6 and shut-off valves 8 and 9, respectively.

[作用効果]
このように構成された本実施形態で、共用冷却器１０は、冷却器３もしくは４が停止した場合に運転される予備冷却器として機能する。このとき、静止誘導電器１の個別冷却器３が停止した場合には閉止弁１３が開、閉止弁１４が閉となって、共用冷却器１０は静止誘導電器１用の予備冷却器として機能する。また、静止誘導電器２の個別の冷却器４が停止した場合には閉止弁１４が開、閉止弁１３が閉となり、共用冷却器１０は、静止誘導電器２用の予備冷却器として機能する。 [Effect]
In the present embodiment configured as described above, the common cooler 10 functions as a precooler that is operated when the cooler 3 or 4 is stopped. At this time, when the individual cooler 3 of the stationary induction device 1 is stopped, the closing valve 13 is opened and the closing valve 14 is closed, and the common cooling device 10 functions as a precooler for the stationary induction device 1. . In addition, when the individual cooler 4 of the stationary induction device 2 is stopped, the closing valve 14 is opened and the closing valve 13 is closed, and the common cooler 10 functions as a precooler for the stationary induction device 2.

つまり、本実施の形態においては、予備冷却器が静止誘導電器１、２のどちらか一方において、冷却器群３、４が停止した場合にのみ、共用冷却器１０が使用可能となる。したがって、複数の静止誘導電器の予備冷却器が同時に運転される機会がない運用形態において、各静止誘導電器に個別の予備冷却器を設置する必要がなくなり、冷却器の占有スペースを小さく抑えることができる。   That is, in the present embodiment, the common cooler 10 can be used only when the cooler groups 3 and 4 are stopped in any one of the static induction devices 1 and 2 as the precooler. Therefore, in an operation mode in which the precoolers of a plurality of stationary induction devices are not operated at the same time, it is not necessary to install individual precoolers for each stationary induction device, and the space occupied by the coolers can be kept small. it can.

しかも、静止誘導電器１、２への冷却媒体の流路は、閉止弁１３、１４を備えたことでそれぞれ独立しているため、静止誘導電器１，２のいずれかが稼働しない場合には、稼働していない方への冷却媒体供給を停止することができる。すなわち、複数ある静止誘導電器のうち、ある静止誘導電器が全く稼働しないといった状況に対応可能であり、効率よく静止誘導電器を冷却することができた。   In addition, since the flow path of the cooling medium to the stationary induction devices 1 and 2 is independent by providing the shut-off valves 13 and 14, when either of the stationary induction devices 1 and 2 does not operate, It is possible to stop the supply of the cooling medium to the person who is not operating. That is, it was possible to cope with a situation in which a certain static induction device did not operate at all among a plurality of static induction devices, and the stationary induction device could be efficiently cooled.

[第３の実施形態の変形例]
上述したべた第３の実施形態の変形例としては、共用冷却器１０を１つ設けるのではなく、冷却器群３、４を構成する個別の冷却器を全て共用化し、隣接する静止誘導電器１，２の対向面間に共用冷却器群１５を設置するようにしてもよい（図４参照）。共用冷却器群１５と静止誘導電器１は連通管１６によって連通され、共用冷却器群１５と静止誘導電器２は連通管１７によって連通される。連通管１６の途中には閉止弁群１８が、連通管１７の途中には閉止弁群１９が設置される。 [Modification of Third Embodiment]
As a modification of the third embodiment described above, instead of providing one common cooler 10, all the individual coolers constituting the cooler groups 3 and 4 are shared, and the adjacent stationary induction device 1 is used. , 2 may be provided with a common cooler group 15 (see FIG. 4). The common cooler group 15 and the static induction appliance 1 are communicated by a communication pipe 16, and the common cooler group 15 and the static induction electric appliance 2 are communicated by a communication pipe 17. A closing valve group 18 is installed in the middle of the communication pipe 16, and a closing valve group 19 is installed in the middle of the communication pipe 17.

このように構成された実施形態において、共用冷却器群１５は、閉止弁群１８、１９の開閉の組み合わせによって、冷却器が適用される静止誘導電器１、２が選択可能である。すなわち、静止誘導電器１、２の負荷の増減に合わせて、共用冷却器群１５内の各冷却器が適用される静止誘導電器１、２を適宜決定できる。そのため、複数台の静止誘導電器が同時に最大負荷をとる機会のない変電所において、各静止誘導電器に対し個別に最大発生損失分の冷却容量を有する冷却器を設置する必要がなくなる。これにより、冷却器の占有スペースを小さく抑えることが可能である。   In the embodiment configured as described above, the common cooler group 15 can select the static induction electric appliances 1 and 2 to which the cooler is applied, depending on the combination of opening and closing the closing valve groups 18 and 19. That is, according to the increase / decrease in the load of the static induction appliances 1 and 2, the static induction appliances 1 and 2 to which the respective coolers in the common cooler group 15 are applied can be appropriately determined. Therefore, it is not necessary to install a cooler having a cooling capacity corresponding to the maximum generated loss for each of the stationary induction devices in a substation where there is no opportunity for a plurality of stationary induction devices to simultaneously take the maximum load. As a result, the space occupied by the cooler can be kept small.

（４）第４の実施形態
[構成]
次に、図５を用いて第４の実施形態を説明する。第４の実施形態では、上記第３の実施形態における共用冷却器を１つにまとめて共用冷却器２０とし、これを静止誘導電器１、２の対向面同士の間以外の場所に、配置した構成に特徴がある。 (4) Fourth embodiment
[Constitution]
Next, a fourth embodiment will be described with reference to FIG. In 4th Embodiment, the common cooler in the said 3rd Embodiment is put together, and it is set as the common cooler 20, and this was arrange | positioned in places other than between the opposing surfaces of the stationary induction devices 1 and 2. There is a characteristic in composition.

共用冷却器２０より共通配管２１が引き出される。共通配管２１には連通管２２と２３が分岐され、連通管２２は静止誘導電器１に連通され、連通管２３は静止誘導電器２に連通される。また、連通管２２の途中には閉止弁２４が取り付けられ、連通管２３の途中には閉止弁２５が取り付けられる。   A common pipe 21 is drawn from the common cooler 20. The common pipe 21 is branched into communication pipes 22 and 23, the communication pipe 22 communicates with the stationary induction electric machine 1, and the communication pipe 23 communicates with the stationary induction electric machine 2. A stop valve 24 is attached in the middle of the communication pipe 22, and a stop valve 25 is attached in the middle of the communication pipe 23.

[作用効果]
このように構成された第４の実施形態で、静止誘導電器１が運転される場合は閉止弁２４が開、閉止弁２５が閉となる。一方、静止誘導電器２が運転される場合は閉止弁２５が開、閉止弁２４が閉となる。このような第４の実施形態によれば、複数の静止誘導電器が同時に運転される機会がない運用形態において、各静止誘導電器に対し個別の冷却器は不要となり、冷却器の占有スペースを小さく抑えることができる。また、静止誘導電器間に冷却器がなく、冷却器を静止誘導電器から離れた任意に場所に設置できるため、空間の有効利用が可能である。 [Effect]
In the fourth embodiment configured as described above, when the stationary induction device 1 is operated, the closing valve 24 is opened and the closing valve 25 is closed. On the other hand, when the stationary induction device 2 is operated, the closing valve 25 is opened and the closing valve 24 is closed. According to such a fourth embodiment, in an operation mode in which a plurality of static induction appliances are not operated at the same time, an individual cooler is not required for each static induction appliance, and the space occupied by the cooler is reduced. Can be suppressed. In addition, since there is no cooler between the stationary induction devices and the cooler can be installed at an arbitrary place away from the stationary induction device, the space can be effectively used.

（５）他の実施形態
なお、本発明は、上記の実施形態に限定されるものではなく、各実施形態を適宜組合せることは可能であり、冷却器及び静止誘導電器の構成や配置数なども適宜変更可能である。 (5) Other Embodiments The present invention is not limited to the above-described embodiments, and the embodiments can be appropriately combined. The configuration and the number of arrangements of the cooler and the stationary induction device, etc. Can be changed as appropriate.

本発明に係る第１の実施形態の平面図。1 is a plan view of a first embodiment according to the present invention. 本発明に係る第２の実施形態の平面図。The top view of 2nd Embodiment which concerns on this invention. 本発明に係る第３の実施形態の平面図。The top view of the 3rd Embodiment concerning the present invention. 第３の実施形態の変形例の平面図。The top view of the modification of 3rd Embodiment. 本発明に係る第４の実施形態の平面図。The top view of 4th Embodiment which concerns on this invention. 従来の静止誘導電器の平面図。The top view of the conventional static induction machine.

符号の説明Explanation of symbols

１、２…静止誘導電器
３、４…冷却器群
５、６、１１、１２、１５、１６、１７、２２、２３…連通管
７…冷却扇
８、９、１３、１４、２４、２５…閉止弁
１０、２０…共用冷却器
１５…共用冷却器群
１８、１９…閉止弁群
２１…共通配管
1, 2 ... Static induction electrical equipment 3, 4 ... Cooler group 5, 6, 11, 12, 15, 16, 17, 22, 23 ... Communication pipe 7 ... Cooling fan 8, 9, 13, 14, 24, 25 ... Stop valve 10, 20 ... Common cooler 15 ... Common cooler group 18, 19 ... Close valve group 21 ... Common piping

Claims (5)

複数台の静止誘導電器が設置され、各静止誘導電器には連通管を介して該静止誘導電器に冷却媒体を供給する冷却器が取り付けられた静止誘導電器において、
前記冷却器は、互いに隣接する静止誘導電器の対向する側面同士の間に、１列に配置されたことを特徴とする静止誘導電器。 In a static induction appliance in which a plurality of static induction appliances are installed, and each static induction appliance is provided with a cooler that supplies a cooling medium to the static induction appliance via a communication pipe,
The said cooler was arrange | positioned in 1 row between the opposing side surfaces of the mutually adjacent stationary induction machine, The stationary induction machine characterized by the above-mentioned. 前記冷却器に近接して冷却扇が設置されたことを特徴とする請求項１に記載の静止誘導電器。   The stationary induction device according to claim 1, wherein a cooling fan is installed in the vicinity of the cooler. 複数台の静止誘導電器に対し冷却媒体を供給する共用冷却器が配置されたことを特徴とする請求項１又は２に記載の静止誘導電器。   The static induction machine according to claim 1 or 2, wherein a common cooler for supplying a cooling medium to a plurality of static induction machines is arranged. 複数台の静止誘導電器が設置され、各静止誘導電器には連通管を介して該静止誘導電器に冷却媒体を供給する冷却器が取り付けられた静止誘導電器において、
複数の前記連通管が接続される共通配管が設けられ、
この共通配管を介して複数台の静止誘導電器に対し冷却媒体を供給する共用冷却器が配置されたことを特徴とする静止誘導電器。 In a static induction appliance in which a plurality of static induction appliances are installed, and each static induction appliance is provided with a cooler that supplies a cooling medium to the static induction appliance via a communication pipe,
A common pipe to which a plurality of the communication pipes are connected is provided,
A static induction device in which a common cooler for supplying a cooling medium to a plurality of static induction devices through the common pipe is arranged. 前記冷却器と前記各静止誘導電器とを接続する前記連通管には閉止弁が設けられたことを特徴とする請求項１〜４のいずれか１項に記載の静止誘導電器。   The stationary induction device according to any one of claims 1 to 4, wherein a stop valve is provided in the communication pipe connecting the cooler and each stationary induction device.
JP2006242159A 2006-09-06 2006-09-06 Static induction machine Expired - Fee Related JP4764292B2 (en)

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CN101145429A (en) 2008-03-19

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