Ijeneretha ye-SVG static var ingabhalansisa umthwalo phakathi kwezigaba kanye nentambo engathathi hlangothi engalayishiwe yohlelo lokuxhuma kagesi lokufakwayo olufana ne-3P3W ne-3P4W.Ngakho-ke, kuzoba yisixazululo esiphelele ngezinhlelo zokusebenza ezinezidingo zamandla asebenzayo kanye nemithwalo engalingani, okufana nokusatshalaliswa kukagesi ezindaweni zasemaphandleni, ezinye izinhlelo zokusebenza zezimboni nokunye okuningi.
1. Isekela izindlela zesinxephezelo eziyi-15 nganoma yikuphi okubalulekile, okufana ne-harmonic, amandla asebenzayo, ukungalingani kanye nesinxephezelo esiyingxube.
2. I-IGBT kanye ne-FPGA chips amabhrendi athembekile.
3. Lawula ngokuphumelelayo ukunyuka kwezinga lokushisa kwemishini.
4. Zivumelanise nesimo semvelo esinzima kanye nemvelo yegridi yamandla.
5. I-topology yamazinga amathathu, usayizi omncane nokusebenza kahle okuphezulu.
6. Isakhiwo se-FPGA, amandla wekhompyutha wejubane eliphezulu.
7. I-algorithm eqinile, impendulo esheshayo kanye nesinxephezelo esinembile.
8. Nikeza ngezinsizakalo ezenziwe ngokwezifiso zesakhiwo, isofthiwe, ihadiwe nemisebenzi.
I-voltage yenethiwekhi(V) | 200/400/480/690 | |||
Ibanga le-voltage yenethiwekhi | -20%--+20% | |||
Imvamisa yenethiwekhi(Hz) | 50/60(-10%--+10%) | |||
Ububanzi besinxephezelo | I-capacitive ne-inductive ishintsheka ngokuqhubekayo | |||
Indlela yokukhweza ye-CT | Iluphu evuliwe noma evaliwe (ncoma ekusebenzeni okufanayo) | |||
Isikhundla sokukhweza se-CT | Uhlangothi lwegridi/uhlangothi lomthwalo | |||
Isikhathi sokuphendula | 10ms noma ngaphansi | |||
Indlela yokuxhumana | 3-izintambo/4-izintambo | |||
Umthamo wokulayisha ngokweqile | 110%Ukusebenza okuqhubekayo, 120% -1min | |||
I-topology yesifunda | I-topology enamazinga amathathu | |||
Ukushintsha imvamisa(khz) | 20kHz | |||
Inombolo yemishini ehambisanayo | Ukufana phakathi kwamamojula | |||
Umshini Parallel ngaphansi kokulawula HMI | ||||
I-redundancy | Noma iyiphi iyunithi ingaba iyunithi ezimele yodwa | |||
Ukubusa okungalingani | Iyatholakala | |||
I-SVC | Iyatholakala | |||
Bonisa | Asikho isikrini/4.3/7 intshi yesikrini(uyazikhethela) | |||
Amandla(kVar) | 35, 50, 75, 100, 150 | |||
Ububanzi be-Harmonic | I-oda lesi-2 kuya kwelama-50 | |||
Imbobo yokuxhumana | RS485 | |||
I-interface ye-RJ45, yokuxhumana phakathi kwamamojula | ||||
Izinga lomsindo | <56dB Max kuya ku-<69dB(kuye ngokuthi imojuli noma izimo zokulayisha) | |||
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 | IP20 |
I-svg static var generator yamukela ukwakheka kwehadiwe ye-FPGA, futhi izingxenye zingezekhwalithi ephezulu.Ubuchwepheshe bokulingisa okushisayo busetshenziselwa ukwakheka okushisayo kwesistimu, futhi ukwakheka kwebhodi lesifunda le-PCB elinezingqimba eziningi kuqinisekisa ukuhlukaniswa okuthembekile kwamandla kagesi aphezulu naphansi, okunikeza isiqinisekiso sokuphepha kwesistimu.
Lapho kune-low-voltage transformer efakiwe futhi eduze kwempahla kagesi emikhulu kufanele ifakwe imishini yesinxephezelo samandla asebenzayo i-svg static var generator(lokhu yizinhlinzeko zomnyango wamandla kazwelonke), ikakhulukazi lawo anezimayini zezimboni, amabhizinisi anamandla aphansi, kufanele kufakwe izindawo zokuhlala.Amamotho amakhulu asynchronous, ama-transformer, imishini yokushisela, ama-punch, lathes, air compressors, press, cranes, smelting, steel rolling, i-aluminium rolling, amaswishi amakhulu, imishini yokunisela kagesi, izitimela zikagesi, njll. Ngaphezu kokukhanyisa kwe-incandescent ezindaweni zokuhlala, umoya. isimo, iziqandisi, njll., nazo ziyizinto zokusetshenziswa kwamandla ezisebenzayo ezingenakuzitshwa.Isimo sikagesi wasemaphandleni sibi kakhulu, izindawo eziningi azinawo amandla kagesi, ukushintshashintsha kwamandla kagesi kukhulu kakhulu, isici samandla siphansi kakhulu, ukufakwa kwemishini yesinxephezelo kuyisinyathelo esisebenzayo sokuthuthukisa isimo sokuphakelwa kukagesi nokwenza ngcono izinga lokusebenzisa amandla kagesi.Ijeneretha ye-Svg static var kufanele ibe idivayisi yesinxephezelo samandla asebenzayo ekahle kakhulu.
1.Zonke izinhlobo zokufakwa kwezimboni
2.Izisetshenziswa ezisebenzisa i-variable speed drive (VSD)
3.insimbi yokufaka insimbi: isithando somlilo sikagesi se-arc (EAF), isithando somlilo seladle (LF), kanye nomshini wokushisela i-arc
4.Ukushintsha ukunikezwa kwamandla: ikhompuyutha, i-TV, amakhophi, iphrinta, i-air conditioner, i-PLC
5.UPS uhlelo
6.Isikhungo sedatha
7.Imishini yezokwelapha: Isithwebuli se-MRI, isithwebuli se-CT, umshini we-X-ray, kanye ne-accelerator eqondile
8.Imishini yokukhanyisa: I-LED, isibani se-fluorescent, isibani se-mercury vapor, isibani somoya wesodium, nesibani se-ultraviolet
9.I-Solar inverter kanye namajeneretha e-turbine yomoya
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.