< Nebula 1500kW PCS AC-DC Converter for Energy Storage >
I-Nebula 1500kW PCS AC-DC Converter Yesitoreji Samandla
XHUMANA MANJEIZICI
| Ukuvumelana nezimo kwegridi okuqinile: Ikhwalithi ephezulu yamandla kanye nama-harmonics aphansi; Ukusebenza kwe-anti-islanding kanye ne-islanding, ukusekelwa kokuhamba kwamandla kagesi aphezulu/aphansi/aziro, ukuthumela amandla ngokushesha |
| Ukuphathwa kwebhethri okuphelele: Ukuphathwa kokushaja okukabili/ukukhipha ibhethri ukuze kunwetshwe impilo. Ububanzi be-voltage ye-DC ebanzi yezinhlelo zokusebenza ezihlukene zokushaja amabhethri. Izindlela zokusebenza eziningi, ngokushajwa kwangaphambili, ukushaja okungaguquki kwamanje / kagesi, ukushajwa kwamandla njalo nokukhipha, ukushajwa okungapheli njll. |
| Ukusebenza kahle kokuguqula: Ubuchwepheshe bezinga lesithathu lwe-topology lokulinganisa ukuguqulwa kwamandla okuphumelelayo kufika ku-97.5%; 1.1 izikhathi zokusebenza kokugcwala ngokweqile kwesikhathi eside, ukuhlinzeka ngosekelo oluqinile lwegridi yokusebenza iyonke ngokokubili ukusebenza kahle nokuthembeka. Ukusetshenziswa kwamandla okulindile okuphansi nokulahlekelwa okungalayishiwe okuphansi. |
| Ukuphepha nokuthembeka:Ukuvikelwa kwegridi okuzenzakalelayo, ngokutholwa kwamaphutha nomsebenzi wokuvikela;umsebenzi wokuqapha ngesikhathi sangempela, indawo yephutha esheshayo nokuqedwa. |
| Ukulungiswa kwegridi okuqinile:izinga eliphezulu lamandla kanye nama-harmonics amancane. |
| Anti-islandingkanye nokusebenza kwe-islanding, isekela ukuhamba ngephutha kanye nokuthunyelwa kwamandla okusheshayo. |
| Ukuphathwa kwebhethri okuphelele:ngokushajwa kwebhethri ezinhlangothi zombili kanye nokuphathwa kokukhipha ukuze kunwetshwe impilo yebhethri;ukuphazamiseka okuphansi nokusebenzisana kwe-BMS, ngenkathi usebenzisa ama-algorithms okuthola ukuvikela ukusebenza kwebhethri okuphephile;ububanzi be-voltage ye-DC, evumelana nezimo ezihlukahlukene zamabhethri. |
| Ukusebenza kahle kokuguqula:ukwakhiwa kwamazinga amathathu, ukusebenza kahle okuphezulu kwama-99%;Izikhathi ezi-1.1 zokusebenza kokugcwala ngokweqile kwesikhathi eside, ukuhlinzeka ngosekelo oluqinile lwegridi yokusebenza okunamandla amakhulu nokusebenza kahle. |
| Iphephile futhi inokwethenjelwa:isivikelo segridi esisebenzayo, esinokuqapha amaphutha nemisebenzi yokuvikela;ukuqapha kwesikhathi sangempela kwesimo sokusebenza, indawo yephutha esheshayo nokuqedwa. |
IMICIMBI
| I-NEPCS-15001500-E101 | ||
| Ukubukeka | W*D*H:1600*750*2000 mm | |
| Isisindo | 1500kg | |
| Bonisa | 7 inch touchisikrini esiholelekileisibonisi | |
| Ubukhulu.I-voltage yokufaka ye-DC | 1500V | |
| Ububanzi be-voltage ye-DC | 1000v～1500V | |
| Ububanzi obugcwele be-voltage ye-DC | 1100V～1500V | |
| Ubukhulu.DC yamanje | 1636 A | |
| I-Voltage Ukuzinzisa ukunemba | ≤1%FSR (isikali esigcwele) | |
| I-Voltage Ripple | ≤1% | |
| Ukunemba kwamanje kokuzinzisa | ≤2%FSR (isikali esigcwele) | |
| I-ripple yamanje | ≤2% I-FSR | |
| DC side buffer | Iyatholakala | |
| Ubukhulu.I-DC Waltage | 1760 kW | |
| Amandla alinganiselwe | 1500kW | |
| Ubukhulu.Amandla abonakalayo e-AC | 1800kVA | |
| Ubukhulu.I-AC yamanje | 1506A | |
| Ilinganiselwe i-AC yamanje | 1255A | |
| Imodi yokufinyelela ye-AC | Isigaba sesihlanu sezintambo ezingu-3W/N/PE | |
| Isolation transformer | Iyatholakala | |
| Ibanga elisebenzayo | -1500～+1500kVar | |
| I-voltage yegridi elinganiselwe | 690V | |
| Ibanga le-voltage yegridi elivumelekile | 586V～759V | |
| Isilinganiso segridi yokuvama | 50Hz | |
| Imvamisa yegridi evumelekile ububanzi | 49.5Hz～50.2Hz | |
| Ukuhlanekezela okuphelele kwe-harmonic yamanje(I-THDi） | ＜3% | Amandla alinganiselwe |
| Isici samandla | ＞0.99 | Amandla alinganiselwe |
| Ububanzi obulungisekayo besici samandla | -1(ehamba phambili)～1(esalele) | |
| Isikhathi samanje sokuphendula | ≤20ms | Isikhathi soshintsho sokuthi okukhiphayo kwamanje kukhuphuke ukusuka ku-10% kuye ku-90% yenani elimisiwe (Isikhathi sokukhuphuka samanje) |
| Isikhathi soshintsho phakathi kokushaja nokukhipha | ≤40ms | Okukhiphayo njengamanje ukuya ku-ramp kusuka -90% kuya ku-90% yenani elimisiwe |
| Umthamo wokulayisha ngokweqile | 110% ukusebenza isikhathi eside;120% 10min isivikelo | |
| Ukuchezuka kokulawula amandla | ≤2% | Inkulu kunamandla alinganiselwe angu-20% |
| Ingxenye ye-DC | ≤0.5% okuphumayo kukalwe okwamanje | Amandla alinganiselwe |
| Ukushintshashintsha kwe-voltage nokucwayiza | Hlangana ne-GB/T 12326-2008 | |
| I-voltage ephumayo elinganiselwe | 690V±3%(ezintathu isigaba sesine ucingo） | |
| Ibanga lokusetha i-voltage | 669v～410V | |
| I-Output Voltage Distortion | ≤1%(Umthwalo womugqa） | |
| Ububanzi benguquko ye-voltage | Ngaphakathi kuka-10%(ukumelana nomthwalo 0%<=>100%） | |
| Ukuhlanekezela okuphelele kwe-harmonic amandla kagesi(I-THDv） | ≤3% | |
| Ikalwe imvamisa yokuphumayo | 50Hz/60Hz | |
| Ibanga lefrikhwensi yegridi elivumelekile | 45～55Hz/55～66Hz | |
| Inani lokuvikela eliphuma ku-over-voltage | 794V | |
| Inani lokuvikela elingaphansi kwe-voltage | 552V | |
| Umthamo wokulayisha ngokweqile | 101～110%: ubude besikhathi eside | |
| Ukusebenza okuphezulu okuphezulu komshini wonke | ≥99% | |
| Umsindo | ≤75dB | Isimo sokusebenza esijwayelekile |
| Isilinganiso se-IP | IP20 | |
| Ukuzisebenzisa ngokwakho kusukela ekuvaleleni | ＜80W | |
| Indlela yokupholisa | Ukulawulwa kwezinga lokushisa okuphoqelekile kokupholisa umoya | Umoya wangaphambili inlet, umoya ongaphezulu indawo yokuphuma |
| Izinga lokushisa lokusebenza | -30℃～+55℃ | Ukusebenza kokulayisha okugcwele:-20℃~+45℃ |
| Umswakama osebenzayo | 0～95%RH | Ukungafinyeleli |
| Ukuphakama | ＜5000m | ＞3000m ukudelela |
| I-BMS imodi yokuxhumana | I-CAN/RS485 | |
| Imodi yokuxhumana yesilawuli kude | I-Ethernet, RS485 | |
| Iphrothokholi yokuxhumana | Modbus RTU, Modbus TCP,INGABE 2.0B | |
| Ukuvikelwa kokunqamuka kukagesi | Iyatholakala | |
| Inkinobho yokumisa isimo esiphuthumayo | Iyatholakala | |
| Ukushintsha kwe-DC | Iyatholakala | Layisha inkinobho+ yokuxhumana |
| Ukushintsha kwe-AC | Iyatholakala | I-Circuit breaker+contactor |
| Ukuqapha igridi | Iyatholakala | |
| Ukutholwa kwe-insulation | Iyatholakala | |
| Ukuvikelwa kokuhlehla kwe-polarity ye-DC | Iyatholakala | |
| Ukuvikelwa kwezinga lokushisa kwemojuli | Iyatholakala | |
| Ukuvikelwa kokulwa nesiqhingi | Iyatholakala | I-GB/T 34120-2017 |
| High/Low Voltage Ride Through(H/LVRT） | Iyatholakala | I-GB/T 34120-2017 |
| Ukuvikelwa kwe-surge | DC yesibili/AC yesibili | |
| Ukumelana ne-insulation | ＞1MΩ | |
| Amandla e-Dielectric | ＜20mA | |
| Ukucaciswa kukagesi kanye nebanga le-creepage | I-GB/T 7251.1 | |
| Ukuzivikela kwe-ESD | I-GB/T 17626.2-2006 Isigaba sokugoma 3 | |
| I-EFT (Ukuzivikela Okudlula Kagesi Okushesha Kakhulu) | I-GB/T 17626.4-2008 Ikilasi lokuhlola 3 | |
| I-RS (i-Radio-frequency electromagnetic field immunity) | I-GB/T 17626.3-2006Ikilasi lokuhlola 3 | |
| Ukungavikeleki kwe-Surge (umthelela). | Izimfuneko okwe isigaba b ku-GB/T 17626.6-2008 | |
| I-CS ( Ukuzwela Okwenziwayo) | I-GB/T 17626.6-2008 Ikilasi lokuhlola 3 | |
| Ukukhishwa kwe-Electromagnetic Imfuneko | GB 17799.4 | |
| Intambo yamandla | Ikhebuli kazwelonke yekhwalithi ephezulu (intambo yezigaba ezintathu) nentambo elukiwe (ixhunywe kuntambo yomhlaba) | |
| Indawo yokusebenza | Uhlelo lokungenisa umoya kufanele lwenzelwe okokusebenza ukuze kube lula ukuqeda ukushisa | |
| Ukuvikelwa kokusebenza | Ukufakwa kwe-insulation kufanele kwenziwe (amagilavu avaliwe, izicathulo ezifakiwe, njll.) | |
| Amandla okokufaka | Isistimu yezintambo ezinhlanu ezinezigaba ezintathu okungukuthi izintambo zomlilo ezintathu (A, B, C) + N (zero wire)+PE (ground) | |
| Indawo yokufaka | Kumele ikwazi ukumelana nesisindo semishini | |
Imikhiqizo enconyiwe
ulwazi lokuxhumana
- Inkampani:I-Fujian Nebula Electronics Co., Ltd
- Imeyili:info@e-nebula.com
- Ucingo:+12485334587
- Iwebhusayithi:www.e-nebula.com
- Ifeksi:+86-591-28328898
- Ikheli:1384 Piedmont Drive, Troy MI 48083