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MCB I-MCCB I-ACB Umnxibelelanisi Udluliselo I-RDB5-63 RDM5 RDW5 RDC5 RDR5
DCL uthotho Igalelo Isiphumo Reactor Umfanekiso obonakalayo

Uthotho lwe-DCL ye-Input Reactor

I-reactor isetyenziswa ngokubanzi kwisekethe.Ngenxa yempembelelo ye-electromagnetic induction kwisekethe, kukho inductance ethile, enokuthintela utshintsho lwangoku.


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  • Uthotho lwe-DCL ye-Input Reactor

Iinkcukacha zeMveliso

Isicelo

Iiparamitha

Iisampulu kunye neZakhiwo

Imilinganiselo

Intshayelelo yeMveliso

I-reactance yahlulwe kwi-inductive reactance kunye ne-capacitive reactance.Ukuhlelwa kwezenzululwazi kukuba ii-inductors (i-inductors) kunye ne-capacitive reactants (i-capacitors) ngokudibeneyo zibizwa ngokuba zii-reactors.Nangona kunjalo, ekubeni i-inductors yaqala ukudalwa kwixesha elidlulileyo kwaye yayibizwa ngokuba yi-reactors, into abantu abayibiza ngokuba yi-capacitors ngoku yi-capacitive reactance, kwaye i-reactors ibhekisela ngokukodwa kwii-inductors.

Iimbonakalo

1. Impembelelo yeCapacitance ekukhanyeni akukho-mthwalo okanye imigca yomthwalo okhanyayo ukunciphisa amandla ombane odlulayo ngaphezulu kwe-voltage.

2. Ukuphucula ukuhanjiswa kwamandla ombane kwiintambo zothumelo ezide.

3. Amandla asebenzayo kumgca phantsi komthwalo okhanyayo alungelelaniswa kwindawo ngokusemandleni ukukhusela ukuhamba okungenangqiqo kwamandla asebenzayo kunye nokunciphisa ukulahlekelwa kwamandla kumgca.

4. Xa iiyunithi ezinkulu zihambelana nenkqubo, i-voltage ye-frequency frequency steady-state voltage kwi-high-voltage bus iyancitshiswa ukuze iququzelele i-synchronous paralleling ye-generator;

5. Thintela i-self-excited resonance magnetic ye-generator kunye nomgca omde.

6. Xa indawo engathathi hlangothi ye-reactor isekelwe kwi-reactor encinci, i-reactor encinci ingasetyenziselwa ukubuyisela isigaba somgca ukuya kwisigaba kunye nesigaba ukuya kwi-capacitance yomhlaba, ukwenzela ukukhawulezisa ukucima ngokuzenzekelayo kwe-arc current yangoku, ekulungeleyo. sebenzisa.

Isihluzi se-reactor, okanye ebizwa ngokuba yi-DC flat wave reactor, isetyenziswa kwicala le-DC le-converter, ukuhamba kwe-reactor yi-DC yangoku enecandelo le-AC.Igcina inxalenye ye-AC ye-DC yangoku kudidi olunye loluhlu.Isetyenziswe kwicala le-DC le-parallel converter ukunciphisa umda ophakathi kunye nokunciphisa ukujikeleza kumgca wokujikeleza, isetyenziswe kwi-DC ngokukhawuleza inqunyulwe impazamo yangoku yokunciphisa izinga lokunyuka kwangoku.Isetyenziswa kwi-DC flat wave yangoku, i-voltage yodidi lwe-inverter embindini, enokusetyenziselwa ukulungiswa kwe-flat wave yamandla ukuphelisa i-ripple.I-reactor ye-flat wave isetyenziswa kwisekethe ye-DC emva kokulungiswa.Inombolo ye-pulse wave yesekethe yokubuyisela ihlala ilinganiselwe, kwaye kusoloko kukho i-ripple kwimveliso yombane othe ngqo.Kwaye i-ripple iyingozi, kufuneka icinezelwe yi-flat wave reactor DC transmission ixhotyiswe nge-flat wave reactor, isondele kwimveliso efanelekileyo ye-DC.

I-Flet wave reactor kunye ne-DC filter zenza isekethe yokucoca i-harmonic ye-DC yombane ophezulu wombane we-DC DC kunye nesikhululo sokuguqulela kunye.I-Flet wave reactor yi-tandem edibanisa phakathi kwemveliso ye-DC kunye nesekethe ye-DC yesiguquli ngasinye, sesinye sezixhobo ezibalulekileyo kwisikhululo sokuguqula i-HVDC.Isixhobo sokucoca amaza esicaba kunye nesihluzi se-DC zenza i-DC T yohlobo lwe-harmonic filter network kunye, ukunciphisa i-AC pulse component kunye nenxalenye yokucoca ye-harmonic, ukunciphisa ukuphazamiseka komgca we-DC kunxibelelwano kunye nokuphepha i-harmonics ukuphembelela ukungazinzi kwe-adkust.Kwaye inokuthintela umnqantsa we-wave wave oveliswa ngumgca we-DC ukuya kwigumbi levalvu, ukuze ivalve yokuqukuqela inqande umonakalo ongaphaya kwamandla ombane.Xa ezinye iimpazamo zenzeka kwi-inverter, inokuphepha ukusilela kokuhamba kwesibini.Amathuba okusilela kotshintsho okubangelwa kukuhla kwamandla ombane we-AC kunokwehliswa.Xa isekethe ye-DC ifinyeziwe, ixabiso le-peak ye-short circuit current lilinganiselwe phantsi kolungelelwaniso lommiselo wecala lokulungisa.Ixabiso le-inductance alilona likhulu ngakumbi, liya kuba nefuthe ekusebenzeni kwenkqubo yokuhanjiswa kwe-DC.Kwinkqubo yokuhanjiswa kwe-DC, xa i-DC yangoku iphazamisekile, iya kuvelisa i-voltage ephezulu, engafanelekanga kwi-insulation, kwaye ulawulo aluzinzile.I-flat wave reactor inokuthintela ukuphazamiseka kwe-DC yangoku ngokunciphisa izinga lokutshintsha kwangoku okubangelwa utshintsho olukhawulezayo lwe-voltage, ngokunciphisa izinga lokungaphumeleli kokuguqulwa kwesiguquli.

Uphawu

I-DC flat wave reactor isetyenziselwa ukuphucula umgangatho wegridi yamandla kunye nokuphucula into yamandla kwisekethe. yenziwe ngentsimbi yesilicon kunye nepleyiti yokugquma, emva kokudibanisa, isikrufu sicinezela phantsi kwaye sinciphise ingxolo.

Eyona parameter yobugcisa

I-3.1 ilinganiswe i-voltage yokusebenza: 400V-1200V / 50Hz
I-3.2 ilinganiswe ngoku yokusebenza ngoku: 3A ukuya kwi-1500A / 40C
3.3 amandla ombane: intsimbi engundoqo -coil 3000VAC/50Hz/10mA/10s ngaphandle kokuqhekeka kwe-arcing
I-3.4 ukumelana nokugquma: i-iron core -coil 3000VDC, ixabiso le-insulation likhulu kune-100M
3.5 ingxolo yereactor esezantsi kuno-65dB (Ukulinganisa umgama weemitha ezi-1 ngereactor)
3.6 inqanaba lokukhusela: IP00
3.7 inqanaba lokugquma: Inqanaba lika-F
3.8 umgangatho wemveliso: IEC289:1987 reactor

ae6826febd198d944e531c85d98038d

Inombolo yomzekelo kunye nobukhulu

Umzekelo No. Amandla asebenzayo (kW) Ikalwe ngoku (A) I-Inductance (MH) Inqanaba le-insulation Ubume (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
DCL-50 18.5 50 1.27 F, H 140 × 140 × 170 65 × 70 6
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
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
DCL-250 93 250 0.25 F, H 180 × 185 × 260 70 × 110 8
DCL-280 110 280 0.22 F, H 180 × 185 × 260 70 × 110 10
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
DCL-450 187 450 0.14 F, H 220 × 200 × 290 90 × 125 10
DCL-500 200 (220) 500 0.127 F, H 220 × 200 × 290 90 × 125 10
DCL-600 250 (280) 600 0.11 F, H 230 × 230 × 290 90 × 130 10
DCL-800 315 800 0.08 F, H 230 × 250 × 290 90 × 130 10
DCL-1000 400 1000 0.063 F, H 240 × 270 × 350 155 × 130 10

Isihluzi se-reactor, okanye ebizwa ngokuba yi-DC flat wave reactor, isetyenziswa kwicala le-DC le-converter, ukuhamba kwe-reactor yi-DC yangoku enecandelo le-AC.Igcina inxalenye ye-AC ye-DC yangoku kudidi olunye loluhlu.Isetyenziswe kwicala le-DC le-parallel converter ukunciphisa umda ophakathi kunye nokunciphisa ukujikeleza kumgca wokujikeleza, isetyenziswe kwi-DC ngokukhawuleza inqunyulwe impazamo yangoku yokunciphisa izinga lokunyuka kwangoku.Isetyenziswa kwi-DC flat wave yangoku, i-voltage yodidi lwe-inverter embindini, enokusetyenziselwa ukulungiswa kwe-flat wave yamandla ukuphelisa i-ripple.I-reactor ye-flat wave isetyenziswa kwisekethe ye-DC emva kokulungiswa.Inombolo ye-pulse wave yesekethe yokubuyisela ihlala ilinganiselwe, kwaye kusoloko kukho i-ripple kwimveliso yombane othe ngqo.Kwaye i-ripple iyingozi, kufuneka icinezelwe yi-flat wave reactor DC transmission ixhotyiswe nge-flat wave reactor, isondele kwimveliso efanelekileyo ye-DC.

I-Flet wave reactor kunye ne-DC filter zenza isekethe yokucoca i-harmonic ye-DC yombane ophezulu wombane we-DC DC kunye nesikhululo sokuguqulela kunye.I-Flet wave reactor yi-tandem edibanisa phakathi kwemveliso ye-DC kunye nesekethe ye-DC yesiguquli ngasinye, sesinye sezixhobo ezibalulekileyo kwisikhululo sokuguqula i-HVDC.Isixhobo sokucoca amaza esicaba kunye nesihluzi se-DC zenza i-DC T yohlobo lwe-harmonic filter network kunye, ukunciphisa i-AC pulse component kunye nenxalenye yokucoca ye-harmonic, ukunciphisa ukuphazamiseka komgca we-DC kunxibelelwano kunye nokuphepha i-harmonics ukuphembelela ukungazinzi kwe-adkust.Kwaye inokuthintela umnqantsa we-wave wave oveliswa ngumgca we-DC ukuya kwigumbi levalvu, ukuze ivalve yokuqukuqela inqande umonakalo ongaphaya kwamandla ombane.Xa ezinye iimpazamo zenzeka kwi-inverter, inokuphepha ukusilela kokuhamba kwesibini.Amathuba okusilela kotshintsho okubangelwa kukuhla kwamandla ombane we-AC kunokwehliswa.Xa isekethe ye-DC ifinyeziwe, ixabiso le-peak ye-short circuit current lilinganiselwe phantsi kolungelelwaniso lommiselo wecala lokulungisa.Ixabiso le-inductance alilona likhulu ngakumbi, liya kuba nefuthe ekusebenzeni kwenkqubo yokuhanjiswa kwe-DC.Kwinkqubo yokuhanjiswa kwe-DC, xa i-DC yangoku iphazamisekile, iya kuvelisa i-voltage ephezulu, engafanelekanga kwi-insulation, kwaye ulawulo aluzinzile.I-flat wave reactor inokuthintela ukuphazamiseka kwe-DC yangoku ngokunciphisa izinga lokutshintsha kwangoku okubangelwa utshintsho olukhawulezayo lwe-voltage, ngokunciphisa izinga lokungaphumeleli kokuguqulwa kwesiguquli.

Uphawu

I-DC flat wave reactor isetyenziselwa ukuphucula umgangatho wegridi yamandla kunye nokuphucula into yamandla kwisekethe. yenziwe ngentsimbi yesilicon kunye nepleyiti yokugquma, emva kokudibanisa, isikrufu sicinezela phantsi kwaye sinciphise ingxolo.

Eyona parameter yobugcisa

I-3.1 ilinganiswe i-voltage yokusebenza: 400V-1200V / 50Hz
I-3.2 ilinganiswe ngoku yokusebenza ngoku: 3A ukuya kwi-1500A / 40C
3.3 amandla ombane: intsimbi engundoqo -coil 3000VAC/50Hz/10mA/10s ngaphandle kokuqhekeka kwe-arcing
I-3.4 ukumelana nokugquma: i-iron core -coil 3000VDC, ixabiso le-insulation likhulu kune-100M
3.5 ingxolo yereactor esezantsi kuno-65dB (Ukulinganisa umgama weemitha ezi-1 ngereactor)
3.6 inqanaba lokukhusela: IP00
3.7 inqanaba lokugquma: Inqanaba lika-F
3.8 umgangatho wemveliso: IEC289:1987 reactor

ae6826febd198d944e531c85d98038d

Inombolo yomzekelo kunye nobukhulu

Umzekelo No. Amandla asebenzayo (kW) Ikalwe ngoku (A) I-Inductance (MH) Inqanaba le-insulation Ubume (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
DCL-50 18.5 50 1.27 F, H 140 × 140 × 170 65 × 70 6
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
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
DCL-250 93 250 0.25 F, H 180 × 185 × 260 70 × 110 8
DCL-280 110 280 0.22 F, H 180 × 185 × 260 70 × 110 10
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
DCL-450 187 450 0.14 F, H 220 × 200 × 290 90 × 125 10
DCL-500 200 (220) 500 0.127 F, H 220 × 200 × 290 90 × 125 10
DCL-600 250 (280) 600 0.11 F, H 230 × 230 × 290 90 × 130 10
DCL-800 315 800 0.08 F, H 230 × 250 × 290 90 × 130 10
DCL-1000 400 1000 0.063 F, H 240 × 270 × 350 155 × 130 10

Iindidi zeemveliso

Bhala umyalezo wakho apha kwaye uwuthumele kuthi
Cofa u-enter ukukhangela okanye i-ESC ukuvala