LANGUAGE
I-MCB I-MCCB I-ACB Oxhumana naye I-Relay I-RDB5-63 RDM5 RDW5 I-RDC5 I-RDR5
Uchungechunge lwe-DCL Lokufaka Okuphumayo kwe-Rector Isithombe Esifakiwe

I-DCL ewuchungechunge Lokufaka Okokukhiphayo Reactor

I-reactor isetshenziswa kabanzi kumjikelezo.Ngenxa yomphumela wokungeniswa kwe-electromagnetic kusekethe, kukhona inductance ethile, engavimbela ushintsho lwamanje.


Landa njenge-PDF
  • I-DCL ewuchungechunge Lokufaka Okokukhiphayo Reactor

Imininingwane Yomkhiqizo

Isicelo

Amapharamitha

Amasampula Nezakhiwo

Ubukhulu

Isingeniso Somkhiqizo

Ukusabela kuhlukaniswe ukusabela kwe-inductive kanye nokusabela kwe-capacitive.Ukuhlukaniswa kwesayensi okwengeziwe ukuthi ama-inductors (ama-inductors) nama-capacitive reactants (ama-capacitor) ngokuhlangene abizwa ngokuthi ama-reactor.Kodwa-ke, njengoba ama-inductors aqala ukudalwa esikhathini esidlule futhi ayebizwa ngokuthi ama-reactors, lokho abantu abakubiza ngokuthi ama-capacitor manje ukusabela kwe-capacitive, futhi ama-reactor abhekisela ngokuqondile kuma-inductors.

Izici

1. Umthelela wamandla olayini ongalayishi noma ongalayishi ukuze kuncishiswe imvamisa yamandla edlula i-over-voltage.

2. Thuthukisa ukusatshalaliswa kwamandla kagesi emigqeni emide yokudlulisela.

3. Amandla asebenzayo emugqeni ongaphansi komthwalo okhanyayo abhalansiswa endaweni ngangokunokwenzeka ukuze kuvinjwe ukugeleza okungenangqondo kwamandla asebenzayo futhi kunciphise ukulahleka kwamandla kulayini.

4. Uma amayunithi amakhulu ehambisana nesistimu, i-voltage yefrikhwensi yamandla ebhasini eline-voltage ephezulu iyancishiswa ukuze kube lula ukufana okuhambisanayo kwamajeneretha;

5. Vimbela i-resonance kazibuthe engaba khona yokuzithokozisa ngomugqa omude.

6. Uma indawo engathathi hlangothi ye-reactor isekelwe nge-reactor encane, i-reactor encane ingase futhi isetshenziselwe ukunxephezela isigaba somugqa kuya esigabeni kanye nesigaba ukuya phansi, ukuze kusheshiswe ukushabalala okuzenzakalelayo kwe-arc current yesibili, elula sebenzisa.

Isihlungi se-reactor, noma esibizwa ngokuthi i-DC flat wave reactor, sisetshenziswa ohlangothini lwe-DC lwesiguquli, ukugeleza kwe-reactor kungokwamanje kwe-DC enengxenye ye-AC.Igcina ingxenye ye-AC ye-DC yamanje ohlotsheni olulodwa lobubanzi.Isetshenziswa ohlangothini lwe-DC lwesiguquli esihambisanayo ukuze kwehliswe umkhawulo wezikhawu futhi kukhawulelwe ukuzungeza emugqeni wokujikeleza, isetshenziswa ku-DC enqamule ngokushesha iphutha elikhawulela izinga lokukhuphuka kwamanje.Isetshenziswa kumagagasi ayisicaba e-DC yamanje, uhlobo lwe-voltage inverter phakathi, engasetshenziselwa ukulungisa igagasi lamandla eliyisicaba ukuze kuqedwe i-ripple.I-flat wave reactor isetshenziswa kusekethe ye-DC ngemuva kokulungiswa.Inombolo ye-pulse wave yesekethe yokubuyisela ihlale inomkhawulo, futhi kuhlale kukhona i-ripple ekuphumeni kwayo yonke i-voltage eqondile.Futhi i-ripple iyingozi, idinga ukucindezelwa yi-flat wave reactor DC transmission ifakwe i-flat wave reactor, iseduze nokuphumayo okuhle kwe-DC.

I-Flat wave reactor nesihlungi se-DC zakha isekethe yesihlungi se-harmonic ye-DC yesiteshi sokuguqula i-DC DC sihlangene.I-Flat wave reactor ixhumanisa phakathi kokuphuma kwe-DC kanye nesekethe ye-DC yesiguquli ngasinye, ingenye yemishini ebalulekile esiteshini sokuguqula i-HVDC.I-flat wave reactor nesihlungi se-DC zakha inethiwekhi yokuhlunga yohlobo lwe-DC T ndawonye, ​​yehlisa ingxenye ye-AC pulse kanye nengxenye yokuhlunga ye-harmonic, inciphisa ukuphazamiseka komugqa we-DC ekuxhumaneni futhi igweme ukuhambisana ukuze kuthonye ukungazinzi kwe-adkust.Futhi ingavimbela igagasi eliwumqansa elikhiqizwe ulayini we-DC ungene egunjini levalvu, ukuze i-valve yokugeleza igweme ukulimala kwe-voltage engaphezulu.Uma amanye amaphutha enzeka ku-inverter, ingagwema ukwehluleka kokushintshwa kwesibili.Amathuba okwehluleka kokushintsha okubangelwa ukwehla kwamandla kagesi e-AC angancishiswa.Lapho isifunda se-DC sifinyezwa, inani eliphakeme lesekethe elifushane lamanje likhawulelwe ngaphansi kokuxhumanisa ukulawulwa kohlangothi lwesilungisi.Inani le-inductance alikhudlwana kangcono, lizoba nomthelela ekusebenzeni kohlelo lokudlulisa lwe-DC.Kuhlelo lokudlulisa lwe-DC, lapho i-DC yamanje iphazamiseka, izokhiqiza i-voltage ephezulu, engafaneleki ekufakweni kwe-insulation, futhi ukulawulwa akuzinzile.I-flat wave reactor ingavimbela ukuphazamiseka kwe-DC yamanje ngokukhawulela izinga lokushintsha lamanje elibangelwa ukushintsha kwe-voltage esheshayo, ngaleyo ndlela yehlise izinga lokuhluleka kokuguqulwa kwesiguquli.

Isici

I-DC flat wave reactor isetshenziselwa kakhulu ukuthuthukisa ikhwalithi yegridi yamandla futhi ithuthukise isici samandla kusekethe. Ngokuyinhloko inezingxenye ezimbili, umongo wensimbi nekhoyili, umgogodla wensimbi uyisakhiwo sezinsika ezimbili eziyinhloko, ikholomu eyinhloko eyenziwe nge-silicon steel kanye ne-insulating plate, ngemva kokuhlanganiswa, isikulufu sicindezela phansi futhi sinciphisa umsindo.

Ipharamitha yobuchwepheshe eyinhloko

I-voltage yokusebenza elinganiselwe engu-3.1: 400V-1200V/50Hz
3.2 ikalwe ukusebenza kwamanje: 3A kuya ku-1500A/40C
3.3 amandla kagesi: i-iron core -coil 3000VAC/50Hz/10mA/10s ngaphandle kokuphuka kwe-arcing
I-3.4 ukumelana nokufakwa: i-iron core -coil 3000VDC, inani lokufakelwa likhulu kune-100M
3.5 Umsindo wereactor ungaphansi kuka-65dB (Ikala ngebanga lamamitha angu-1 nge-reactor)
3.6 Izinga lokuvikela: IP00
3.7 Izinga lokuhlukanisa: Izinga lika-F
3.8 izinga lokukhiqiza: IEC289:1987 reactor

ae6826febd198d944e531c85d98038d

Inombolo yemodeli nobukhulu

Imodeli No. Amandla asebenzayo (kW) Ikalwe okwamanje (A) I-Inductance (MH) Izinga le-insulation Umumo (mm) Faka (mm) Bore
I-DCL-6 0.75 (1.5) 6 10.6 F, H 100 × 95 × 115 85 × 75 5
I-DCL-10 2.2 10 6.37 F, H 100 × 95 × 115 85 × 75 5
I-DCL-10 3.7 (4.0) 10 6.37 F, H 100 × 95 × 115 85 × 75 5
I-DCL-15 5.5 15 4.25 F, H 100 × 95 × 115 85 × 75 5
I-DCL-20 7.5 20 3.18 F, H 140 × 140 × 170 65 × 70 6
I-DCL-30 11 30 2.12 F, H 140 × 140 × 170 65 × 70 6
I-DCL-40 15 40 1.6 F, H 140 × 140 × 170 65 × 70 6
I-DCL-50 18.5 50 1.27 F, H 140 × 140 × 170 65 × 70 6
I-DCL-60 22 60 1.06 F, H 140 × 140 × 170 65 × 70 6
I-DCL-80 30 80 0.79 F, H 140 × 160 × 170 65 × 85 8
I-DCL-110 37 110 0.56 F, H 140 × 160 × 170 65 × 85 8
I-DCL-120 45 120 0.53 F, H 140 × 160 × 170 65 × 85 8
I-DCL-150 55 150 0.42 F, H 180 × 190 × 210 70 × 110 8
I-DCL-200 75 200 0.32 F, H 180 × 190 × 210 70 × 110 8
I-DCL-250 93 250 0.25 F, H 180 × 185 × 260 70 × 110 8
I-DCL-280 110 280 0.22 F, H 180 × 185 × 260 70 × 110 10
I-DCL-300 132 300 0.21 F, H 180 × 185 × 260 70 × 110 10
I-DCL-400 160 400 0.16 F, H 200 × 200 × 230 70 × 120 10
I-DCL-450 187 450 0.14 F, H 220 × 200 × 290 90 × 125 10
I-DCL-500 200 (220) 500 0.127 F, H 220 × 200 × 290 90 × 125 10
I-DCL-600 250 (280) 600 0.11 F, H 230 × 230 × 290 90 × 130 10
I-DCL-800 315 800 0.08 F, H 230 × 250 × 290 90 × 130 10
I-DCL-1000 400 1000 0.063 F, H 240 × 270 × 350 155 × 130 10

Isihlungi se-reactor, noma esibizwa ngokuthi i-DC flat wave reactor, sisetshenziswa ohlangothini lwe-DC lwesiguquli, ukugeleza kwe-reactor kungokwamanje kwe-DC enengxenye ye-AC.Igcina ingxenye ye-AC ye-DC yamanje ohlotsheni olulodwa lobubanzi.Isetshenziswa ohlangothini lwe-DC lwesiguquli esihambisanayo ukuze kwehliswe umkhawulo wezikhawu futhi kukhawulelwe ukuzungeza emugqeni wokujikeleza, isetshenziswa ku-DC enqamule ngokushesha iphutha elikhawulela izinga lokukhuphuka kwamanje.Isetshenziswa kumagagasi ayisicaba e-DC yamanje, uhlobo lwe-voltage inverter phakathi, engasetshenziselwa ukulungisa igagasi lamandla eliyisicaba ukuze kuqedwe i-ripple.I-flat wave reactor isetshenziswa kusekethe ye-DC ngemuva kokulungiswa.Inombolo ye-pulse wave yesekethe yokubuyisela ihlale inomkhawulo, futhi kuhlale kukhona i-ripple ekuphumeni kwayo yonke i-voltage eqondile.Futhi i-ripple iyingozi, idinga ukucindezelwa yi-flat wave reactor DC transmission ifakwe i-flat wave reactor, iseduze nokuphumayo okuhle kwe-DC.

I-Flat wave reactor nesihlungi se-DC zakha isekethe yesihlungi se-harmonic ye-DC yesiteshi sokuguqula i-DC DC sihlangene.I-Flat wave reactor ixhumanisa phakathi kokuphuma kwe-DC kanye nesekethe ye-DC yesiguquli ngasinye, ingenye yemishini ebalulekile esiteshini sokuguqula i-HVDC.I-flat wave reactor nesihlungi se-DC zakha inethiwekhi yokuhlunga yohlobo lwe-DC T ndawonye, ​​yehlisa ingxenye ye-AC pulse kanye nengxenye yokuhlunga ye-harmonic, inciphisa ukuphazamiseka komugqa we-DC ekuxhumaneni futhi igweme ukuhambisana ukuze kuthonye ukungazinzi kwe-adkust.Futhi ingavimbela igagasi eliwumqansa elikhiqizwe ulayini we-DC ungene egunjini levalvu, ukuze i-valve yokugeleza igweme ukulimala kwe-voltage engaphezulu.Uma amanye amaphutha enzeka ku-inverter, ingagwema ukwehluleka kokushintshwa kwesibili.Amathuba okwehluleka kokushintsha okubangelwa ukwehla kwamandla kagesi e-AC angancishiswa.Lapho isifunda se-DC sifinyezwa, inani eliphakeme lesekethe elifushane lamanje likhawulelwe ngaphansi kokuxhumanisa ukulawulwa kohlangothi lwesilungisi.Inani le-inductance alikhudlwana kangcono, lizoba nomthelela ekusebenzeni kohlelo lokudlulisa lwe-DC.Kuhlelo lokudlulisa lwe-DC, lapho i-DC yamanje iphazamiseka, izokhiqiza i-voltage ephezulu, engafaneleki ekufakweni kwe-insulation, futhi ukulawulwa akuzinzile.I-flat wave reactor ingavimbela ukuphazamiseka kwe-DC yamanje ngokukhawulela izinga lokushintsha lamanje elibangelwa ukushintsha kwe-voltage esheshayo, ngaleyo ndlela yehlise izinga lokuhluleka kokuguqulwa kwesiguquli.

Isici

I-DC flat wave reactor isetshenziselwa kakhulu ukuthuthukisa ikhwalithi yegridi yamandla futhi ithuthukise isici samandla kusekethe. Ngokuyinhloko inezingxenye ezimbili, umongo wensimbi nekhoyili, umgogodla wensimbi uyisakhiwo sezinsika ezimbili eziyinhloko, ikholomu eyinhloko eyenziwe nge-silicon steel kanye ne-insulating plate, ngemva kokuhlanganiswa, isikulufu sicindezela phansi futhi sinciphisa umsindo.

Ipharamitha yobuchwepheshe eyinhloko

I-voltage yokusebenza elinganiselwe engu-3.1: 400V-1200V/50Hz
3.2 ikalwe ukusebenza kwamanje: 3A kuya ku-1500A/40C
3.3 amandla kagesi: i-iron core -coil 3000VAC/50Hz/10mA/10s ngaphandle kokuphuka kwe-arcing
I-3.4 ukumelana nokufakwa: i-iron core -coil 3000VDC, inani lokufakelwa likhulu kune-100M
3.5 Umsindo wereactor ungaphansi kuka-65dB (Ikala ngebanga lamamitha angu-1 nge-reactor)
3.6 Izinga lokuvikela: IP00
3.7 Izinga lokuhlukanisa: Izinga lika-F
3.8 izinga lokukhiqiza: IEC289:1987 reactor

ae6826febd198d944e531c85d98038d

Inombolo yemodeli nobukhulu

Imodeli No. Amandla asebenzayo (kW) Ikalwe okwamanje (A) I-Inductance (MH) Izinga le-insulation Umumo (mm) Faka (mm) Bore
I-DCL-6 0.75 (1.5) 6 10.6 F, H 100 × 95 × 115 85 × 75 5
I-DCL-10 2.2 10 6.37 F, H 100 × 95 × 115 85 × 75 5
I-DCL-10 3.7 (4.0) 10 6.37 F, H 100 × 95 × 115 85 × 75 5
I-DCL-15 5.5 15 4.25 F, H 100 × 95 × 115 85 × 75 5
I-DCL-20 7.5 20 3.18 F, H 140 × 140 × 170 65 × 70 6
I-DCL-30 11 30 2.12 F, H 140 × 140 × 170 65 × 70 6
I-DCL-40 15 40 1.6 F, H 140 × 140 × 170 65 × 70 6
I-DCL-50 18.5 50 1.27 F, H 140 × 140 × 170 65 × 70 6
I-DCL-60 22 60 1.06 F, H 140 × 140 × 170 65 × 70 6
I-DCL-80 30 80 0.79 F, H 140 × 160 × 170 65 × 85 8
I-DCL-110 37 110 0.56 F, H 140 × 160 × 170 65 × 85 8
I-DCL-120 45 120 0.53 F, H 140 × 160 × 170 65 × 85 8
I-DCL-150 55 150 0.42 F, H 180 × 190 × 210 70 × 110 8
I-DCL-200 75 200 0.32 F, H 180 × 190 × 210 70 × 110 8
I-DCL-250 93 250 0.25 F, H 180 × 185 × 260 70 × 110 8
I-DCL-280 110 280 0.22 F, H 180 × 185 × 260 70 × 110 10
I-DCL-300 132 300 0.21 F, H 180 × 185 × 260 70 × 110 10
I-DCL-400 160 400 0.16 F, H 200 × 200 × 230 70 × 120 10
I-DCL-450 187 450 0.14 F, H 220 × 200 × 290 90 × 125 10
I-DCL-500 200 (220) 500 0.127 F, H 220 × 200 × 290 90 × 125 10
I-DCL-600 250 (280) 600 0.11 F, H 230 × 230 × 290 90 × 130 10
I-DCL-800 315 800 0.08 F, H 230 × 250 × 290 90 × 130 10
I-DCL-1000 400 1000 0.063 F, H 240 × 270 × 350 155 × 130 10

Izigaba zemikhiqizo

Bhala umyalezo wakho lapha futhi usithumelele wona
Chofoza u-enter ukuze useshe noma u-ESC ukuze uvale