I-SVG 3-35KV 1-100Mvar isixhobo sembuyekezo yamandla ombane aphezulu

SVG 3-35KV 1-100Mvar ombane ophezulu ombane omileyo osebenzayo wembuyekezo isixhobo sombane obonakalayo

Inkcazelo emfutshane:

Iinkcukacha zeMveliso

Iithegi zeMveliso

Ingcaciso yeMveliso

I-SVG yi-static var compensator, eyimveliso emele yesicelo sobugcisa kwintsimi yembuyekezo yamandla asebenzayo.I-TDSVG idityaniswe ngokunxuseneyo negridi yamandla, elingana nomthombo osebenzayo oguqukayo wangoku.Ngokulungelelanisa i-amplitude kunye nesigaba se-voltage yemveliso kwicala le-AC le-inverter, okanye ukulawula ngokuthe ngqo i-amplitude kunye nesigaba somlinganiselo wayo wangoku we-AC, unokukhawuleza ukufunxa okanye ukhuphe konke ukulungiswa kwamandla asebenzayo.Xa ulawulo lwangoku oluthe ngqo lwamkelwa, kungekhona nje kuphela ukunyanzeliswa komthwalo we-impulse ukulandelwa kunye nokuhlawulwa, kodwa kunye ne-harmonic current inokulandelwa kwaye ihlawule.Ukusebenzisa iteknoloji yokuguqula i-elektroniki ukuvelisa umsinga olingana kunye nochasene nento ehlawulwayo, iyacima enye kwenye, kwaye i-factor yamandla ingaba kufutshane ne-1.

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Iiparamitha zobugcisa kunye nemilinganiselo yesakhiwo

(1) Amandla ombane okusebenza alinganisiweyo: 6kV, 10kV, 35kV;
(2) Umthamo olinganisiweyo: umhlaba 0.5- umhlaba 5Mvar;
(3) Uluhlu lwamandla asebenzayo oluphumayo: uhlengahlengiso oluqhubekayo olupheleleyo ukusuka kumandla asebenzayo asebenzayo ukuya kwi-capacitive rated reactive range power;
(4) Ixesha lokuphendula lomlawuli: <: 1ms;
(5) Ixabiso elipheleleyo lokuphazamiseka kwe-harmonic ye-voltage ephumayo (phambi kokudibanisa igridi): <: 4%;
(6) Ixabiso elipheleleyo lokuphazamiseka kwe-harmonic ye-voltage ephumayo (emva koxhumo lwegridi): <: 3%;
(7) Isiphumo sangoku sisonke i-harmonic yokuphazamiseka kweTHD: <3%;
(8) I-asymmetry yombane wokuphuma: <3%;
(9) Ukuphumelela:> 98%;
(10) Ubushushu bokusebenza: -20O℃- +40℃;
(11) Ubushushu bokugcina: -40℃- +65℃;
(12) Ukufuma okuhambelanayo: umyinge wenyanga awukho ngaphezu kwe-90% (25 ° C), akukho ukuxinana;
(13) Ukuphakama: <5000m;
(14) Ubukhulu benyikima: 8 degrees.

工作原理2

Iimpawu zemveliso

(1) Inomsebenzi we-anti-harmonic ukuqinisekisa ukhuseleko lwenkqubo.I-TDSVG ngumthombo okhoyo olawulwayo, ohlawula kuphela umbane osebenzayo osebenzayo, kwaye i-harmonic current yenkqubo ayiyi kubangela umonakalo kwisixhobo sembuyekezo, ukwandisa ubomi bayo kunye nokunciphisa umsebenzi wokulondoloza.Kwangaxeshanye, ukuphepha ukukhulisa harmonic enokuthi kubangelwa capacitor bank of the reactionance series, kwaye uthintele ezinye izixhobo kunye nezixhobo imbuyekezo kwinkqubo ukuba zonakaliswe ngenxa overvoltage harmonic;
(2) Imbuyekezo egudileyo eqhubekayo, isantya esiphezulu sokuphendula senza ukuba umphumo wembuyekezo wombane ube ngcono.I-TDSVG inokulandela utshintsho lomthwalo, ngokuguquguqukayo kwaye ngokuqhubekayo ihlawule into yamandla, inokuvelisa amandla asebenzayo, kwaye inokufunxa amandla asebenzayo, iyisuse ngokupheleleyo imeko yamandla asebenzayo ngasemva;
(3) Inokusombulula ingxaki yomthwalo ongalinganiyo;
(4) Ayipheleli nje ekuveliseni i-harmonics, kodwa inokuthi ihlawule ngokuguquguqukayo kwii-harmonics ngelixa ihlawula amandla asebenzayo;
(5) Iimpawu zemithombo yangoku, i-output reactive current ayichatshazelwa yi-voltage yebhasi, kubandakanywa neempawu zohlobo lwe-impedance, i-output current iyancipha ngokuhambelana nombane webhasi;
(6) Akukho mpembelelo yesikhashana, akukho ukuvala i-inrush yangoku, akukho ukuvutha kwakhona kwe-arc ngexesha lokutshintsha, kwaye inokutshintshwa kwakhona ngaphandle kokukhutshwa;
(7) Ukugcinwa okuncinci kunye neendleko eziphantsi zokusebenza;
(8) Kulula ukuyifaka, ukuseta kunye nokucoca, kwaye ujongano lucacile kwaye lucacile.

Ukusetyenziswa kwemveliso kunye neenzuzo

Usetyenziso oluqhelekileyo
I-SVG inezicelo ezininzi ezinombane ophantsi kunye nophezulu apho ukusetyenziswa kwazo kubonelela ngeenzuzo ezininzi.
⦿ Ufakelo olutshintsha ngokukhawuleza imfuno yamandla asebenzayo afana neziko zombane ze-arc kunye neebhola zokusila.
⦿ Imithwalo eguquguqukayo kakhulu apho into yamandla iguquguquka ngokukhawuleza okanye kumanyathelo amakhulu anje ngeekhreyini, oomatshini besarha, oomatshini bokuwelda, njl.
⦿ Ukulungiswa kwezinto ezikhokelayo zamandla njengakumaziko edatha avumela ukusebenza kweejenereyitha zogcino.
⦿ Iinkqubo ze-UPC.
⦿ Ii-inverters zelanga kunye neejenereyitha ze-injini yomoya.
⦿ Iinkqubo zokufakelwa kombane kuloliwe: Oololiwe neetram
⦿ Imithwalo enento yamandla aphantsi: Iimoto, iintambo, iziguquli ezilayishwe kancinci, ukukhanya, njl.
IiNzuzo ze-Static Var Generator (SVG):
1. Ukukwazi ukuhambisa imbuyekezo yamandla esebenzayo ngokukhawuleza kunye ne-inductive reactive.
2. Ilungiselelwe izicelo ezinamandla kakhulu apho iibhanki eziqhelekileyo ze-capacitor okanye iibhanki zereactor zingakwazi ukulandelela imithwalo.
3. Vumela imbuyekezo yemithwalo eyondliwe ngamajeneretha ngaphandle komngcipheko wokuhlawula ngaphezulu.
4. Tofa amandla asebenzayo afunwa ngumthwalo ngoko nangoko kwisistim.
5. Ukulinganisa ngaphezulu akuyomfuneko: Umthamo wembuyekezo ulingana nomthamo ofakiweyo.
6. Ukungachaphazeleki kukuhla kwamandla enethiwekhi.Umsinga osebenzayo opheleleyo unokubonelelwa ukuhlangabezana nemfuno efunekayo phantsi komgangatho wombane ocuthiweyo wenethiwekhi.