690v 30kvar 50kvar 75kvar 100kvar 150kvar Iminyaka engu-2 Isiqinisekiso Sekhwalithi Sokusebenza Okuphakeme Okuphezulu Kwe-Var Generator Isithombe Esifakiwe

690v 30kvar 50kvar 75kvar 100kvar 150kvar Iminyaka engu-2 Isiqinisekiso Sekhwalithi Sokusebenza Okuphezulu Kwe-Var Generator

Incazelo emfushane:

Imithwalo eyengeziwe ayinalayini, yethula amandla asebenzayo kugridi yamandla futhi ngaleyo ndlela iphazamise kakhulu ikhwalithi yamandla.I-NK 690v static var generator ingumkhiqizo okahle onxephezela ngempumelelo amandla asebenzayo.

Imithwalo engeyona imigqa, ngokungafani nemithwalo yomugqa, ivame kakhulu: iziguquli zemvamisa ezinhlelweni zokushayela, izinombolo ezinkulu zamandla wemodi yokushintsha esetshenziswa ku-IT kanye nemishini yezokuxhumana, kanye nokunye okwengeziwe kuma-electronics asendlini.Ngisho nobuchwepheshe bokukhanyisa busebenzisa amandla kagesi angenawo umugqa.Imithwalo engasiyo imigqa iba kakhulu ezitshalweni zezimboni, izakhiwo zamahhovisi, izikhungo zedatha noma ngisho nasezindlini ezizimele.

I-690v statcom static var generator esekelwe enkampanini yethu isipiliyoni seminyaka eminingi, iwumkhiqizo onokwethenjelwa kakhulu.Umsebenzisi angasetha amapharamitha ukuze anxephezele ngamandla amandla asebenzayo, anxephezele ukungalingani kwezigaba ezintathu, futhi anxephezele ukwehla kwamandla kagesi, njll.

Thumela i-imeyili kithi

Imininingwane Yomkhiqizo

Omaka bomkhiqizo

Izici

I-690 static var generator iwuhlobo olusha lwedivayisi ye-elekthronikhi yamandla asebenzayo anxephezela asebenzayo .Ingakwazi ukwenza isinxephezelo sesikhathi sangempela emandleni aguqukayo asebenzayo, futhi isetshenziselwa ukunqoba ububi bezindlela zesinxephezelo esisebenzayo sezihlungi ezivamile, ngaleyo ndlela ibone umsebenzi wesinxephezelo samandla asebenzayo asebenzayo.Ngaphezu kwalokho, isetshenziswa kabanzi amandla, metallurgy.amabhizinisi e-petroleum, amachweba, amakhemikhali nezimboni kanye nezimayini.

1. Idizayini ye-Modular, noma yikuphi ukwehluleka kwemojula ngeke kuthinte ukusebenza okuvamile kwamanye amamojula, kuthuthukisa kakhulu ukuthembeka kwayo yonke imishini;ingafinyelela ukunwetshwa okushelelayo kokusebenza okuningi okuhambisanayo okuqondile.Imodi yokulawula isigqila isetshenziswa lapho amayunithi amaningi enwetshwa;lapho amamojula amaningi exhunywe ngokufana, wonke amamojula angabelana ngesethi yama-transformer amanje.
2. Imisinga ye-harmonic ye-oda eliyinqaba yezikhathi ezi-2 kuya kwezingu-50 noma ngaphansi ingahlungwa ngesikhathi esifanayo, futhi ukuvumelana kwezinhlobo ezingu-13 zokuhlunga kungasethwa njengoba kudingekile.Lapho izinga lokulayisha lamanje lokuhlanekezela li>20%, hhayi ngaphansi kwama-85%;lapho izinga lokuhlanekezela lamanje lomthwalo lingu-<20%, hhayi ngaphansi kuka-75%;isinxephezelo samandla asebenzayo singenza isici samandla sifinyelele ku-1;ukungalingani kwamanje kwezigaba ezintathu kungalungiswa ukuze kugcwalise ibhalansi;
3. Sebenzisa i-IGBT yesizukulwane sesihlanu yomkhiqizo owaziwayo wamazwe ngamazwe ongenisiwe, ingakwazi ukulungisa ngokuzenzakalelayo okukhiphayo ngokuya nge-harmonic yamanje yomthwalo, futhi isihlungi ngokuguqukayo;
4. Sebenzisa i-chip yokulawula ye-FPGA ye-American Xilinx yezinga lezempi, enejubane elisheshayo nokuthembeka okuphezulu;
5. Ngomklamo owenziwe ngezingqimba, uthuli nemvula ngeke kuhambisane nebhodi lesifunda, livumelane nokusetshenziswa ngaphansi kwezimo ezinzima;
6. Ukuhlunga, ukunxephezela amandla asebenzayo, ukunxephezela ukungalingani kwezigaba ezintathu kungakhethwa kanye noma kukhethwe kaningi, futhi kungasetha ukubaluleka kwemisebenzi;
7. Sebenzisa i-algorithm yokuthola i-DFT ephindaphindwayo yewindi elislayidayo, isivinini sokubala siyashesha, isikhathi sokuphendula esidlulayo singaphansi kuka-0.1ms, futhi isikhathi sokuphendula esigcwele sesinxephezelo sedivayisi singaphansi kuka-20ms;

8. Ukuhlunga okukhiphayo kusebenzisa ukwakheka kwe-LCL ukuze kuxhumeke kugridi, futhi inkampani yayo yenethiwekhi enemvamisa ephezulu ayiphakeli emuva kugridi, futhi akukho ukuphazamiseka kwamanye amadivayisi ohlelweni lokusabalalisa amandla;
9. Qedela imisebenzi yokuvikela, ehlanganisa amandla kagesi angaphezulu, ukwanda kwamanje, ukushisa ngokweqile, i-short-circuit kanye neminye imisebenzi yokuvikela ephelele, kanye nomsebenzi wokuzihlolela isistimu;
10. Ine-loop yokulawula isiqalo esithambile ukuze ugweme ukungena ngokweqile ngesikhathi iqala, futhi ikhawulela igagasi phakathi kobubanzi obulinganiselwe;
11. Sebenzisa isixhumanisi esinokwethenjelwa sokulawula ukukhawula samanje.Uma okwamanje okuzonxeshezelwa ohlelweni kungaphezu komthamo olinganiselwe wedivayisi, idivayisi ingakhawulela ngokuzenzakalela okukhiphayo kumthamo ongu-100%, igcine ukusebenza okuvamile, futhi awekho amaphutha njengokushiswa kokulayishwa ngokweqile;
12. Isifunda esiyinhloko sisebenzisa i-topology yamazinga amathathu, futhi i-waveform ephumayo inekhwalithi ephezulu nokulahlekelwa kokushintsha okuphansi;
13. I-module efakwe odongeni ifika nesikrini sokuthinta esingu-4.3 sokusetha ipharamitha, ukubuka ipharamitha, ukubuka isimo, ukubukwa kwemicimbi nokunye.Ingabuye igadwe maphakathi ne-high-definition 7-inch touch screen, okulula ukuyisebenzisa.Isikrini sibonisa isistimu nemingcele yokusebenza kwedivayisi ngesikhathi sangempela, futhi sinomsebenzi we-alamu onephutha.
14. Yonga isikhala kubasebenzisi, amandla amakhulu ekhabhinethi engu-600mm ububanzi ngu-300A/200kvar, futhi amandla ekhabhinethi engu-800mm ububanzi angafinyelela ku-750A/500kvar.

Ngemuva kokuthi i-breaker yesifunda ivaliwe, ukuze kuvinjelwe umthelela osheshayo wegridi kuma-capacitor webhasi le-DC ngesikhathi sokukhanyisa, i-APF/SVG kuqalalyishaja i-DC bus capacitor nge-soft-start resistor.Lapho i-voltage yebhasi i-Udc ifinyelela inani elinqunywe kusengaphambili, i-contactor eyinhloko ivaliwe.Njengedivayisi yokugcina amandla, i-DC capacitor inikeza amandla ekuphumeni kwangaphandle kwesinxephezelo samanje nge-IGBT. i-inverter kanye ne-reactor yangaphakathi.I-APF/SVG ithumela isignali yamanje nge-CT yangaphandle kwisekethe yesimo sesignali bese isiya kusilawuli.Isilawuli sichitha isampula yamanje, sikhipha i-harmonic current, i-reactive current, kanye nesigaba sesithathu esingalingani. , futhi iqhathanise ingxenye yamanje eqoqiwe ukuze inxeshezelwe nesikhathi sesinxephezelo esikhonaithunyelwenge-APF/SVG ukuze uthole umehluko.Isignali yesinxephezelo sesikhathi sangempela iphuma kumjikelezo wokushayela, futhi isiguquli se-IGBT siqaliswa ukujova isinxephezelo samanje kugridi yamandla ukuze kutholakale ukulawula kweluphu evaliwe futhi kuqedelwe umsebenzi wesinxephezelo.

Ukucaciswa

I-voltage yenethiwekhi(V)	690
Ibanga le-voltage yenethiwekhi	-20%--+20%
Imvamisa yenethiwekhi(Hz)	50/60(-10%--+10%)
Ikhono lokuhlunga i-Harmonic	Ingcono kunesihlungi esijwayelekile se-JB/T11067-2011 se-voltage ephansi e-Active Power.
Indlela yokukhweza ye-CT	Iluphu evaliwe noma evulekile (Iluphu evulekile iyanconywa ekusebenzeni okufanayo)
Isikhundla sokukhweza se-CT	Uhlangothi lwegridi/uhlangothi lomthwalo
Isikhathi sokuphendula	＜20ms
Indlela yokuxhumana	Izintambo ezi-3/4-izintambo
Umthamo wokulayisha ngokweqile	110%Ukusebenza okuqhubekayo, 120% -1min
I-topology yesifunda	I-topology enamazinga amathathu
Ukushintsha imvamisa(khz)	20kHz
Umsebenzi wokuvikela	Ukufana phakathi kwamamojula
I-redundancy	Izinhlobo ezingaphezu kuka-20 zokuvikela ezifana nokuqedwa-i-voltage, ngaphansi-voltage, overheating, over-yamanje, isifunda esifushane, njll.
Bonisa	Asikho isikrini/4.3/7 intshi yesikrini(uyazikhethela)
Umthamo wemojuli eyodwa(kvar)	50,100
Imbobo yokuxhumana	RS485
Indlela yokuxhumana	I-RS485, iphrothokholi ye-Modbus
Isofthiwe ye-PC	Yebo, wonke amapharamitha angasethwa ikhompuyutha engusokhaya
I-alamu yephutha	Yebo, imilayezo ye-alamu engafika ku-500 ingarekhodwa
Monioning	Sekela ukuqapha okuzimele kwemojula ngayinye / ukuqapha okuphakathi kwawo wonke umshini
Izinga lomsindo	＜60dB
Uhlobo lokukhweza	Kufakwe odongeni, kufakwe ama-rack, ikhabethe
Ukuphakama	Ukunciphisa ukusetshenziswa ~ 1500m
Izinga lokushisa	Izinga lokushisa lokusebenza: -45 ℃--55 ℃, ukunciphisa ukusetshenziswa okungaphezu kuka-55 ℃
	Izinga lokushisa lesitoreji: -45 ℃--70 ℃
Umswakama	5% --95%RH, ayinciphisi
Isigaba sokuvikela	IP42
Idizayini/izimvume	I-EN 62477-1(2012), EN 61439-1(2011)
I-EMC	EN/IEC 61000-6-4, Ikilasi A
Isitifiketi	CE, CQC

Isibonisi somkhiqizo

I-690v static var generator svg yamukela ukwakheka kwehadiwe ye-DSP+FPGA, futhi izingxenye zingezekhwalithi ephezulu.Ubuchwepheshe bokulingisa obushisayo busetshenziselwa ukuklama okushisayo kwesistimu, futhi umklamo webhodi lesifunda le-PCB elinezingqimba eziningi uqinisekisa ukuhlukaniswa okuthembekile kokucindezela okuphezulu nokuphansi, okunikeza isiqinisekiso sokuphepha kwesistimu.

Isicelo

I-690v static var generator ingasetshenziswa kabanzi ohlelweni lwamandla, i-electroplating, imishini yokuhlanza amanzi, amabhizinisi e-petrochemical, izitolo ezinkulu zezitolo nezakhiwo zamahhovisi, amabhizinisi asebenza kahle kagesi, uhlelo lokuphakelwa kwamandla esikhumulweni sezindiza/emachwebeni, izikhungo zezokwelapha nokunye.

I-690v static var generator esetshenziswa kakhulu ngezansi:

1) Isikhungo sedatha nohlelo lwe-UPS;

2) Ukukhiqizwa kwamandla amasha, isb i-PV namandla omoya;

3) Ukukhiqizwa kwemishini enembile, isb i-crystal silicon eyodwa, i-semiconductoe;

4) Umshini wokukhiqiza izimboni;

5) Uhlelo lwe-welding kagesi;

6) Imishini yezimboni zePlastiki, isb imishini yokukhipha umjovo, imishini yokubumba umjovo, imishini yokubumba;

7) Isakhiwo samahhovisi kanye nenxanxathela yezitolo;

Insizakalo yekhasimende

1. Isevisi ye-ODM/OEM iyahlinzekwa.

2. Ukuqinisekiswa kwe-oda okusheshayo.

3. Isikhathi sokulethwa okusheshayo.

4. Isikhathi sokukhokha esilula.

Njengamanje, inkampani ikhulisa ngamandla izimakethe zaphesheya kanye nokwakheka komhlaba wonke.Sizibophezele ekubeni ngelinye lamabhizinisi ayishumi ahamba phambili athumela impahla kwamanye amazwe emkhiqizweni kagesi waseShayina, osebenzela umhlaba ngemikhiqizo yeqophelo eliphezulu kanye nokuzuza isimo sokuwina namakhasimende amaningi.