Qinisa ugesi futhi uvikele izinto zikagesi: ama-inverter kagesi enza ugesi uvikeleke kakhudlwana

Ukubuka Konke Komkhiqizo

• DC i-inverterugesi: Lo mkhiqizo umsulwaI-inverter ye-DCugesi, igagasi le-sine eliphumayo, amandla okukhipha e-AC angu-300-6000W (angenziwa ngokwezifiso ngokwezidingo).
• Ububanzi bamandla: amandla alinganisiwe angu-300W-6000W (enziwe ngokwezifiso ngokwezidingo);
• Ibanga le-voltage: 220V (380V);

Izici zomkhiqizo

1. Nge-interface yokukhipha ye-DC, ingaxhunywa kudivayisi yokushaja ye-DC.
2. Ngomsebenzi wokushaja we-DC ukusekela ukushaja okusheshayo nokushaja okusheshayo.
3. Nge-interface ye-USB, amadivayisi eselula angaxhunywa.
4. Unemisebenzi yokuvikela ehlakaniphile.
5. Uma kungekho ukusetshenziswa, ungasebenzisa imodi yesokhethi ye-USB, uxhume bese udlala, ngaphandle kwezinyathelo zokufaka ezinzima.
6. Isimiso sokusebenza: amandla e-AC angu-220V atholakala kugesi aguqulwa abe amandla e-DC ngokusebenzisai-inverterbese idluliselwa emikhiqizweni yedijithali.

Izici zobuchwepheshe

• Ibanga lamandla: 300W-6000W (kungenziwa ngezifiso)
• I-voltage yokufaka: AC220V/AC110V/AC (110V320mA)
• I-voltage yokuphuma: DC12V/DC24V/DC36V/DC48V/DC60V
• Imvamisa yokufaka: 50HZ
• Uhla olulungisekayo lwe-voltage yokukhipha kanye nolwamanje: 1-70A (olwenziwe ngokwezifiso ngokwezidingo)
• Okokufaka: 12V (kungabuye kwenziwe ngezifiso i-12V), i-voltage yokufaka iyigagasi le-sine, ngaphandle kwe-voltage ephezulu kanye nokwanda, ukuhlanekezela kwe-harmonic okuphumayo kungaphansi kuka-0.5%
• Amandla okukhipha: 300W-6000W (okungenziwa ngezifiso)
• Ukuvikelwa kokufaka ngokweqile, ukuvikelwa kokulayisha ngokweqile, ukuvikelwa kokushisa ngokweqile kanye neminye imisebenzi yokuvikela

Inzuzo yomkhiqizo

• Ivolumu encane, isisindo esincane, amandla amancane, kulula ukuyiphatha futhi kulula ukuyisebenzisa.
• Ukwamukela ukusebenza kahle kakhului-inverterubuchwepheshe besistimu yesekethe kanye ne-inverter, obungakhipha i-sure sine wave alternating current enamandla aphezulu.
• Ukwamukela ubuchwepheshe bokulawula obuhlakaniphile obuthuthukisiwe kakhulu kanye nezingxenye ezisezingeni eliphezulu kanye nezingxenye ukuze imikhiqizo iqine futhi ithembeke kakhudlwana.
• Ukuba nemisebenzi eminingi yokuvikela ekushayweni umbani, phezu kwamandla kagesi, phezu kwamandla kagesi, i-short circuit, njll.
• Inomsebenzi wokuguqulwa kwemvamisa okungenazinyathelo, futhi ingalungisa ngokuzenzakalelayo i-waveform yokukhipha ngokuya ngomthwalo.
• Izindlela ezahlukene zokukhipha zingase zenziwe: imodi kagesi yedolobha (AC), imodi yamandla elanga (DC) noma imodi yokushaja ibhethri (DC).
• Imodi yokunikezwa kwamandla kagesi ye-DC iyasetshenziswa ukuze kuphume umkhiqizo ozinzile.
• Ububanzi bamandla okukhipha: 220V ± 10% ~ + 20V.

Insimu Yesicelo

• Izinto zikagesi ezisetshenziswa esikebheni: isiqandisi esingaphakathi, isifudumezi esingaphakathi, kanye nokushaja ibhethri lemoto;
• Indlu yangaphandle ephathekayo: ugesi wetende, ugesi weselula, imoto yokukhempa;
• Isimo esiphuthumayo sasekhaya: singasetshenziswa ukukhanyisa imishini, ukushaja omakhalekhukhwini, ukunikeza amandla kagesi emishini yasekhaya, futhi singasetshenziswa ukukhanyisa amathuluzi kagesi;
• izakhiwo zehhovisi: ukusetshenziswa kwamandla kwemishini yehhovisi yangaphandle njengamakhompyutha, amaphrinta kanye namafeni kagesi;

Amapharamitha Obuchwepheshe

1. Amandla okukhipha we-inverter: 300 W-100kW (eyenziwe ngokwezifiso ngokwezidingo).
2. I-voltage yokufaka: AC220V (AC380V/AC110V).
3. Ifomu legagasi lokukhipha: igagasi le-sine elimsulwa.
4. Imvamisa: 50 Hz noma 60 Hz

Isici samandla: ≥ 0.9

• Imodi yokulawula ye-inverter: imodi yokulawula yedijithali yonke.
• Itheminali yokufaka ye-inverter isebenzisa isekethe ehlanganisiwe ethuthukisiwe enesivinini esikhulu, kanti isekethe yangaphakathi isebenzisa i-algorithm yokulawula eguquguqukayo ethuthukisiwe, enezici zokuphendula okusheshayo, ukuthembeka okuphezulu kanye nokuqina okuhle.
• I-inverter isebenzisa ukulawula okugcwele kwedijithali, okususa ngokuphelele ukushiyeka kokulawula kwe-analog yendabuko futhi kufeze ngempela ukulawula kwedijithali.
• I-inverter kufanele ibe nezindlela zokuvikela eziphelele njengokusebenzisa amandla amaningi, umthwalo omningi kanye ne-short circuit, okwenza ukusebenza kwemishini kuphephe futhi kuthembeke kakhudlwana.
• Izinga lokushisa lokusebenza le-inverter kufanele libe ngu-10 ℃ - 50 ℃.
• I-inverter inomsebenzi wokuvikela i-DC voltage, umsebenzi wokuvikela i-over-voltage kanye nomsebenzi wokuvikela i-over-current.

Ukusebenzisa indawo: izinga lokushisa 0 ~ 40 ℃, umswakama ≤ 85%

• Ukuvikelwa kokukhipha: ngaphezu kwamandla kagesi, ngaphezu kwamandla kagesi, ngaphezu komthwalo, ngaphansi kokuvikelwa kwamandla kagesi;
• Imodi yokulawula: ukulawula okuhlakaniphile kwedijithali okunemisebenzi enamandla nokusebenza okulula;
• Indlela yokushaja: ukushaja kwamanje okushintshanayo kanye nokushaja kwamanje okuqondile.
• Isixhumi esibonakalayo sokufaka: Okokufaka kwe-AC, okokufaka kwe-DC;
• Umthamo wokushaja: 300W-6000W (okwenziwe ngokwezifiso njengoba kudingeka);
• Ububanzi bamandla okukhipha: ± 10% ~ ± 25% (okwenziwe ngokwezifiso ngumsebenzisi ngokwezidingo)
• Ububanzi bemvamisa yokuphuma: 50Hz noma 60Hz;
• Izinga lokushisa lendawo yokusebenza: -10 ℃ ~ 50 ℃;
• Izinga lokuvikela: IP65;