10KW DC kuya ku-AC Inverter Grid-Tied Solar System
Incazelo Yomkhiqizo
| Ubukhulu.I-DC short-circuit current | 40 A (20 A / 20 A) |
| Okukhiphayo (AC) | |
| Ilinganiselwe amandla okukhiphayo e-AC | 5000 W. 10000 W |
| Ubukhulu.Amandla okukhiphayo e-AC | 5000 VA.10000 VA |
| Ilinganiselwe ngokuphumayo kwe-AC (ku-230 V) | 21.8 A 43.6A |
| Ubukhulu.I-AC ephumayo yamanje | 22.8 A 43.6A |
| Ilinganiswe nge-voltage ye-AC | 220/230/240 V |
| Ububanzi be-voltage ye-AC | 154 - 276 V |
| Isilinganiso sefrikhwensi yegridi / Ububanzi befrikhwensi yegridi | 50 Hz / 45 – 55 Hz, 60 Hz / 55 – 65 Hz |
| I-Harmonic (THD) | < 3 % (ngamandla alinganiselwe) |
| Isici samandla kumandla alinganiselwe / into yamandla Ashintshekayo | > 0.99 / 0.8 okuholayo - 0.8 lagging |
| Izigaba zokuphakelayo / Izigaba zokuxhuma | 1/1 |
| Ukusebenza kahle | |
| Ubukhulu.ukusebenza kahle | 97.90% |
| Ukusebenza kahle kwaseYurophu | 97.3 % 97.5 % |
| Ukuvikelwa | |
| Ukuqapha igridi | Yebo |
| Ukuvikelwa kwe-polarity kwe-DC | Yebo |
| Ukuvikelwa kwesekethe emfishane ye-AC | Yebo |
| Ukuvuza kokuvikela kwamanje | Yebo |
| Surge Protection | DC typeII/ACtypeII |
| Ukushintsha kwe-DC | Yebo |
| Ukuqapha kwamanje kweyunithi yezinhlamvu ye-PV | Yebo |
| Isiphazamisi se-Arc fault circuit (AFCI) | Ongakukhetha |
| Umsebenzi wokubuyisela we-PID | Yebo |
| Idatha Ejwayelekile | |
| Ubukhulu (W*H*D) | 410 * 270* 150 mm |
| Isisindo | 10 kg |
| Indlela yokukhweza | Abakaki abafaka udonga |
| I-Topology | I-Transformerless |
| Izinga lokuvikela | IP65 |
| Ibanga lokushisa le-ambient elisebenzayo | -25 kuya ku-60 ° C |
| Ibanga lokuswakama elihlobene elivumelekile (okungafinyeleli) | 0 - 100 % |
| Indlela yokupholisa | Ukupholisa kwemvelo |
| Ubukhulu.ukuphakama kokusebenza | 4000 m |
| Bonisa | Isibonisi sedijithali se-LED nesibonisi se-LED |
| Ukuxhumana | I-Ethernet / WLAN / RS485 / DI (Ripple control & DRM) |
| Uhlobo lokuxhuma lwe-DC | I-MC4 (Ubukhulu 6 mm2) |
| Uhlobo lokuxhumeka kwe-AC | Xhuma futhi udlale isixhumi (Ubukhulu 6 mm2) |
| Ukuthobela igridi | IEC/EN62109-1/2, IEC/EN62116, IEC/EN61727, IEC/EN61000-6-2/3, EN50549-1, AS4777.2, ABNT NBR 16149, ABNT NBR 16150, UNE002 NTS202:21 , CEI 0-21:2019, VDE0126-1-1/A1 (VFR-2019), UTE C15-712, C10/11, G98/G99 |
| Ukusekela Igridi | Ukulawula amandla asebenzayo & asebenzayo kanye nokulawula izinga lerempu yamandla |
ISIVUNO ESIPHEZULU
Ihambisana namamojula we-PV wamandla aphezulu kanye namamojula we-bifacial
Ukuqalisa okuphansi nobubanzi bamandla kagesi be-MPPT Okwakhelwe ngaphakathi okuhlakaniphile kokutakula i-PID
UKUSETHA OKUNOBUNGANI NOMSEBENZISI
Xhuma futhi udlale ukufakwa
Ilula futhi ihlangene ngedizayini elungiselelwe yokuqeda ukushisa
IPHEPHILE FUTHI ITHEMBEKILE
Isiphazamisi sesekhethi ye-arc ehlanganisiwe eyakhelwe ngaphakathi Uhlobo lwe-II DC&AC SPD
Isilinganiso sokuvikela ukugqwala ku-C5
UKUPHATHWA NGOKUHLAKANIPHA
Idatha yesikhathi sangempela (isampula yokuvuselela imizuzwana eyi-10) Ukuqapha okubukhoma okungu-24/7 kokubili ku-inthanethi kanye nesibonisi esihlanganisiwe
I-Online IV curve scan kanye nokuxilongwa
Iyini i-On-grid Inverter
Kunezinhlobo ezimbili zikagesi.Kukhona i-AC kanye ne-DC.I-inverter ekugridi isetshenziselwa ukuguqula i-DC noma yamanje eqondile ibe yamanje eshintshanayo ye-AC.Izinto zikagesi ezindlini zethu zenzelwe ukuthi ziphele ekuphakeleni kwe-AC futhi zithola lokho ezitolo zikagesi ezihlinzeka ngogesi we-AC.Kodwa-ke ugesi okhiqizwa njengamaphaneli elanga namabhethri akhiqiza ugesi we-DC, ngakho-ke uma abasebenzisi befuna ukunika amandla amadivaysi akho kagesi emithonjeni evuselelekayo noma emabhange ebhethri, badinga ukuguqula ugesi we-DC ube ugesi we-AC, yingakho ama-inverter ebalulekile ekuvuseleleni kabusha. izixazululo zamandla..
Asebenza kanjani ama-On-grid Inverters
I-inverter iqukethe inani lamaswishi kagesi aziwa ngokuthi ama-IGBT.Ukuvulwa nokuvalwa kwamaswishi kulawulwa isilawuli.Angavula futhi avale ngokushesha okukhulu ngamabili ukuze alawule ukuhamba kukagesi ngokulawula indlela ugesi ohamba ngayo nokuthi ugeleza isikhathi esingakanani ezindleleni ezahlukene.Ingakhiqiza ugesi we-AC emthonjeni we-DC.Ingasebenzisa isilawuli ukwenza lokhu ngokuzenzakalelayo kaninginingi.uma ishintsha izikhathi eziyi-120 ngomzuzwana kungatholakala ugesi wama-Hertz angama-60;futhi uma ishintsha izikhathi eziyi-100 ngomzuzwana futhi uzothola ugesi wama-Hertz angu-50.
Emazweni amaningi, amakhaya noma izinkampani ezine-on-grid inverter system zingadayisela ugesi eziwukhiqizayo enkampanini kagesi.Kunezindlela eziningana ezihlukene zokuthola uxhaso uma ugesi ubuyiselwa kugridi.Imindeni noma izinkampani ezinezisetshenziswa zamandla avuselelekayo zithola uxhaso olususelwe kungqikithi yamandla eziwathumela kugridi.Singamane nje sibale ukuthi ingakanani inkokhelo kagesi idivayisi engayongela ikhaya ngonyaka.Amandla amakhulu e-DC kuya ku-AC Inverter Grid-Tied Solar System idlala indima ebalulekile ekusetshenzisweni kwendlu.Imali eyengeziwe esiyonga kugesi ingase ihanjiswe emfundweni nempilo.
