Isihlungi samandla asebenzayo esingu-690v siwuhlobo olusha lwedivayisi ye-elekthronikhi yokuhlunga okuguquguqukayo kwegagasi le-harmonic kanye nesinxephezelo samandla asebenzayo.Ingakwazi ukwenza ukuhlunga kwesikhathi sangempela kanye nesinxephezelo kumagagasi e-harmonic (kokubili usayizi kanye nemvamisa kuyashintshwa) kanye namandla ashukumisayo asebenzayo, futhi isetshenziselwa ukunqoba ukungalungi kokucindezelwa kwe-harmonic yendabuko kanye nezindlela zesinxephezelo esisebenzayo sezihlungi zendabuko, ngaleyo ndlela ibone umsebenzi wokuhlunga we-harmonic ohlelekile futhi umsebenzi wesinxephezelo samandla asebenzayo.Ngaphezu kwalokho, isetshenziswa kabanzi amandla, metallurgy.amabhizinisi e-petroleum, amachweba, amakhemikhali nezimboni kanye nezimayini.
1. Izixhumanisi zokuqapha eziningi kusistimu yokuqapha yendawo/ekude.
2. I-IGBT ne-DSP 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-DSP+FPGA, amandla ekhompuyutha anesivinini esikhulu.
7. ≥20 amamojula ahlanganisiwe, futhi noma iyiphi iyunithi ingasebenza ngokuzimela.
8. Nikeza ngezinsizakalo ezenziwe ngokwezifiso zesakhiwo, isofthiwe, ihadiwe nemisebenzi.
Isihlungi se-harmonic esisebenzayo esingu-690v sisebenza ku-topology yezinga eli-3 elingathathi hlangothi elicishiwe(NPC).Njengoba kukhonjisiwe kulokhu okungenhla, ukwakheka kwesekethe yezinga eliphezulu ye-topology engokwesiko iqukethe ama-IGBT ayi-6 (imishini engu-2 IGBT yamandla kuphini ngalinye lesigaba nendlela yamanje), futhi ku-topology yamazinga angu-3, kukhona ama-IGBT angu-12( esigabeni ngasinye 4 IGBT. amadivayisi amandla kumaphini nasezindleleni zamanje ).
Isekhethi ye-topology enamazinga ama-3 ingakhiqiza amazinga kagesi amathathu kokuphumayo, okuhlanganisa ivolthi yebhasi ye-DC eyakhayo, i-voltage enguziro kanye nevolthi ye-DC yebhasi ye-DC.Isekhethi ye-topology enamazinga amabili ingakhipha kuphela ama-voltages avumayo noma angalungile.Ngasikhathi sinye, isekethe ye-topology enamazinga amathathu iphinde iqinisekise ikhwalithi ephezulu kanye ne-harmonic ephumayo kagesi engcono, ngaleyo ndlela yehlise izidingo zokuhlunga okukhiphayo nezindleko ezihambisanayo.
I-voltage yenethiwekhi(V) | 200/400/480/690 | |||
Ibanga le-voltage yenethiwekhi | -20%--+20% | |||
Imvamisa yenethiwekhi(Hz) | 50/60(-10%--+10%) | |||
Ikhono lokuhlunga i-Harmonic | Ingcono kuno-97% ngomthwalo olinganiselwe | |||
Indlela yokukhweza ye-CT | Iluphu evaliwe noma evulekile (Iluphu evulekile iyanconywa 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 | |||
Isinxephezelo samandla asebenzayo | Iyatholakala | |||
Bonisa | Asikho isikrini/4.3/7 intshi yesikrini(uyazikhethela) | |||
Isilinganiso samanje somugqa(A) | 50, 75, 100, 150, 200 | |||
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 | IKhabhinethi | 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 | |||
Isitifiketi | CE, CQC |
Isihlungi samandla esisebenzayo samukela ukwakheka kwehadiwe ye-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.
Isihlungi samandla asebenzayo we-690v singasetshenziswa kabanzi ohlelweni lwamandla, i-electroplating, imishini yokwelapha amanzi, amabhizinisi e-petrochemical, izitolo ezinkulu zezitolo nezakhiwo zamahhovisi, amabhizinisi e-elekthronikhi anembile, uhlelo lokuphakelwa kwamandla esikhumulweni sezindiza / ichweba, izikhungo zezokwelapha nokunye.Ngokwezinto ezihlukene zohlelo lokusebenza, ukusetshenziswa kwesihlungi esisebenzayo se-APF kuzodlala indima ekuqinisekiseni ukwethembeka kokunikezwa kwamandla, ukunciphisa ukuphazamiseka, ukuthuthukisa ikhwalithi yomkhiqizo, ukwelula impilo yemishini, ukunciphisa ukulimala kwemishini nokunye.
Isihlungi se-harmonic esisebenzayo esisetshenziswa kakhulu kanjena 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;
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.