SOL IA-D1 6kW Yokusebenzisa i-Solar Ngaphandle Kwesikhundla Sokusebenzisa i-Grid, Amathrakeri Ama-Dual Aseparat, Umkhosi Wokusebenzisa i-PV Upakeme Ku-500VDC, Uyakhulisa Ukusebenzisa Amanqambo E-6 Ngokuhambisana Ukuze Ufike Ku-36kW, Uyinverter Oyinikelweko Okuqonda Ukusebenzisa i-Generator Futhi Uyinverter Oyinikelweko Okuqonda Ukukhulisa Amanzi Kulendlela Yokusebenzisa I-Energy Storage Ngaphandle Kwesikhundla Sokusebenzisa i-Grid
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Imodeli |
SOL IA6000-D1 |
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Izindaba Zokugcina Imithwalo |
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I-voltage yebhethri |
48VDC |
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Umkhawulo Wokuvalelwa Kwesithunzi |
54 VDC |
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Uhlobo lwebhethri |
Lithium / Lead-acid |
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UMDLULO WOKUBALISA |
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Amandla ahloliwe |
6000VAC/6000W |
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Ukuqondana Ngokuphakanyiswa Kwemithambo |
Yebo, isikhundla esingaba sikhulu kakhulu sisix |
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Ukubeka Kwe-AC Voltage (Isikhundla Sebatteri) |
230VAC ± 5% @ 50/60Hz |
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Amathuthu Okusheleka Kwamandla |
12000VA |
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Ukuhlanganisa Kwamandla (Isimo Lokusebenza Kwe-Line) |
＞95% |
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Amaphesenti we-Outgoing |
27A |
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Umbono |
Pure Sine Wave |
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Isikhathi somusa |
10ms ngokujwayelekile, 20ms isikhundla esingaba sikhulu kakhulu |
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Uchagera lwesolile |
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Amaphowudi wokugcina we-PV Array |
8000W |
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Isiphakamiso se-MPPT & Ivoluthi yokusebenza |
120VDC ~ 450VDC |
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Inombolo Yezimpuliso Zokufunda i-MPP Ezizodwa |
1/2 |
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Ukungenisa Okuphezulu Kwesikhathi Ngomthwana We-MPPT |
16A |
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Ivoluthi yokuvula kwesikhathi sokugcina kwe-PV Array |
500VDC |
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Ukungenisa kwesolile okukhulu |
izinduku |
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Uchagera lwe-AC |
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Amapheru angachazwe |
80A |
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Umthetho wokungenela we-AC |
230V AC |
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Isikhundla Sokukhetha Umkhawulo Wokuphakama Kwesivuthi |
170-280 VAC (Kwizikhombisa Zokusebenza Kwe-Computer) ; |
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Umbiko wesikrini |
50Hz/60Hz (Ukubona Ngokuzenzakalelayo) |
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Zomdlulwe |
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Ubungako bokuprotekela |
Izinga lokushisa |
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Ubukhulu (Ububanzi*Ubude*Ubude Bakhiya) |
460*395*132mm |
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Ubunzima obungaphansi (kg) |
13.5 |
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Isiphumo SokuQala |
USB / RS232 / RS485 / Ukugxila okungakho amandla / WIFI (okukhethwayo) |
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Umculo Wokusebenza |
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Ubungena bomncedisi |
110%<ukusebenza<150% (Ukuphuma komthwalo nokuphulwa emuva kwezinsuku eziyisishiyagalombili) ukusebenza≥150% (Ukuphuma komthwalo nokuphulwa emuva kwezinsuku eziyishihlanu) |
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Umoya |
5% ku-95% Kwakhiwe kwezinsuku (Akasikho ukugqibela kwemithambo) |
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Ukuphakamisa |
<2000m |
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Izinga Lokusebenza |
0°C - 55°C |
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## Izinga Lokugcina |
-15°C - 60°C |
Amathuba Amabili Aseparatayo Okubhala Isithunzi Sokuzimela (Dual Independent MPPT Trackers) & Ukukhula Kwe-VP Okukhulu
Amathuba amabili aseparatayo okubhala isithunzi sokuzimela (Two separate MPPT channels), ukukhula kwesiphumo sokubhala isithunzi sokuzimela (max PV open circuit voltage) kuyisikhombisa ama-500VDC, iyatholakala nokubhala isithunzi sokuzimela (support) isithunzi sokuzimela (8000W solar panel array), sifuna ukuthi kubheke kahle ukubhala isithunzi sokuzimela (greatly improve solar energy charging efficiency).
Ukubhala Isithunzi Sokuzimela Ngokwezinye (Parallel Expansion) Ukuze Kube Yizinkambo Ezingu-36kW
Kusiza ukusebenza kwe-inverters ezi-6 ngokwesibonelo, kubaleka amandla wezindawo zokusebenza ku-36kW, kufanele izinkinga zezindawo ezikhulu zokuhlala nezindawo zokuhlala eziphakeme zokuphuma kwezindawo zokuhlala.
Isikhundla sokungena kwe-generator esithile
Isikhundla sakhiwo se-AC esithile sokugxila we-generator, kushintsha ngokuzenzakalela kuwe-generator lapho amandla we-solar ne-battery ayizange kufika, akukho isikhundla sokushintsha esingaphandle esidingekile.
Ikhovu yokungena kwamandla enqaba yamandla yokuqondisa
Ukudesigna okuthile wekhovu yokungena kwamandla enqaba kubhekisa amandla, amandla nezinto ezingavumelekile, kubaleka isikhathi sokusebenza nokuhlela ukusebenza okuphelele emazweni ebandla, ephansi kwezinye izindawo zokuhlala nezindawo zokuhlala eziphakeme zokuphuma kwezindawo zokuhlala.
Ukugxila-kwesibonelo se-PV
Izihlango sesilinganiso sezinkampani zokusebenza kwe-PV, ukugxila kakhulu kwezinkampani zokusebenza kwe-solar, kubeka isikhathi sokufaka kwezinkampani zokusebenza kwe-solar nezinkampani zokusebenza ngokwesibonelo.
Ukusebenza kwe-battery okuphelele ne-ukucharga kakhulu
Kusebenza kahle nge-battery ye-LiFePO4 ye-48V lithium ne-battery ye-lead-acid; ukucharga kwe-solar okuphelele kufika ku-100A, ukucharga kakhulu kwezinkampani zokugcina amandla okuphelele.
Ukuchaza okuphelele okuphakeme nokushintsha kakhulu kwe-transfer
Kusiza kwe-USB/RS232/RS485/WIFI yokuxhumana ukukhombisa kusuka emuva; isikhathi esisodwa sokuthumela amandla esi-10ms sibonisa ukuthi amandla ayatholakala ngokuphelele xa kushintsha isithungu sokuthumela amandla.
Ukuvikela Kakhulu Okungcono & Isiphelo Esinamandla
ukuvikela okungcono okuphakeme kakhulu kwe-110%, isivimba sokuzokwazi ukuvikela okungcono okuphakeme kakhulu, ukuvikela okungcono okuphakeme kakhulu kuyakhiwa ngokuzenzakalelayo; ukusebenza okuphelele kusuka ku- -10℃~60℃ futhi ku-5%-95% yokunquma okungabi nokuqumisa.
1. Indlu Enkulu Yomphakathi Ongaphansi Kwesithungu Sokuthumela Amandla
Izindlu ezingaphezulu kwezizwe, izindlu zomphakathi ezinguquko ngaphandle kwesithungu sokuthumela amandla esemthwakini, yenza isistimu yesithungu sokuthumela amandla esolasi esingasendaweni esinamandla ama-6kW~36kW.
2. Isithungu Sokuthumela Amandla Sasekhaya Lomphakathi
Izindawo ezenza ukuthi isithungu sokuthumela amandla sifika phakade, sebenzisa isithungu sokuthumela amandla njengesithungu sokuthumela amandla esibukekayo, isithungu sokuthumela amandla esigeneretha/sithungu sokuthumela amandla sesemthwakini njengesithungu sokuthumela amandla esibukekayo.
3. Iziprojekthi Zesithungu Sokuthumela Amandla Ezindawo Ezingaqondi
Izindawo ezingaqondi, ezingaphansi kwesithungu sokuthumela amandla, ezingaphansi kwesithungu sokuthumela amandla, nezindawo ezingaqondi, isithungu sokuthumela amandla esingaqondi sivikela isithungu sokuthumela amandla ukususa ukufa kokugcina kwezinyama nezinyama.
4. Izindawo Zesithungu Sokuthumela Amandla Ezindawo Ezingaphansi Kwesithungu Sokuthumela Amandla
Amasitolo ephakathi kwesibaya, ukuthengisa kwezilwanyana, izindawo zokusebenza zemikhumbi yezinsizwa, izinkampani eziningi zokubuyisela umsebenzi okwenza isivuno sokusebenza kwezinhlelo zokusebenza zezinhlelo zokusebenza.
5. Umsebenzi Wokubhala Isibonelo Sokuphatha Amasipho Kwehlabathi Lasekhaya
Gcina umthelela wokusebenza kwe-battery ukuze usinike amasipho, amakhompyutha, amapumpa wezilwanyana, nezinhlelo zokusebenza zokuphatha amasipho ngaphandle kokusebenza kwe-grid.
6. Ukusebenza Kwesibaya Nezinhlelo Zokusebenza Zokugcina Isibonelo Sokuphatha Amasipho
Amapumpa okusika esibayeni, izikhamera zokujabula kwezinye izindawo, izinhlelo zokuzalisa izilwanyana zokufunda izilwanyana zokugcina isibonelo sokuphatha amasipho ngaphandle kokusebenza kwe-grid.
Umbuzo 1: Ngizokuthola izampuli ukuzama?
Impendulo: Yebo, kufuneka ubuyise izampuli ukuzama ubukhulu nokuzama kwezomnotho.
Umbuzo 2: Niyatholakala kwi-OEM/ODM?
Impendulo: Yebo, siyatholakala kwi-OEM/ODM ngokuvumela kwakho.
Umbuzo 3: I-imeyili yokuhambisa yethu iphi?
Impendulo: Kuma-prodhayi ethile ezingaphakathi kwezindawo, sizokuphiya imeyili yokuhambisa yamiyo yezinsuku ezi-5–10 zokusebenza emva kokubhalwa kwakho. Kuma-prodhayi amaningi noma kuma-prodhayi okuhlelwa ngokwakho kwi-OEM/ODM, izikhathi zokuhambisa ziyadeterminiwa ngokubhekisele kwezinkampani zokusebenza nezidingo zokuhlelwa. Isitafu sakuthu sokuthengisa sizokuphiya isikhathi eside emva kokubhekisa kwezidingo zakho.
IQ4: Iyiphi indlela yokupakisha okusebenzayo?
A: Sibona isikrini esithile sokupakisha esinesikhombisa esinezinkampani ezimibili, futhi uma unembono eyodwa ngokupakisha, sithola usizo lwesikhombisa esihlanganisiwe.
IQ5: Iziphi izindlela zokuhlawula?
A: Siqhubeka ngokusebenzisa i-T/T, i-L/C, i-WEST UNION, i-ALI TRADE ASSURANCE, imali yomhlabathi.
Umbuzo 6: Isikhathi sesibonelo sakho sithi?
A: Sisiza ngokusibonela kusukela emva kokufika kweminyaka eyodwa, futhi sisenza umbuso wokuhlela izindlela zokusebenza ngokuphelele.
Umbuzo 7: Indlela yokwenza ukulawula ubuquality kwezindawo zakho zokuproducwa ziyini?
A: Ubuciko bungumkhakha wethu wezindawo. Sisebenzisa isigaba sokulawula ubuciko esikhethekileyo esilawula konke kuzo zizindawo zokuproducwa, kusukela kusukela kubukhona kwezinto ezihlukene kuze kufika ekugcineni. Njengoba isikhathi sokuphatha isikhathi, iprodukthi ngine isifunda esingama-7 esikhulu sokulawula ubuciko kabusha ngaphambi kokuthunyelwa, okuhlinzekile ukuthi kuyasebenza ngokuphelele ngezindlela zezwe noma kuzo zizindlela zokuthanda kwezinkampani.
Umbuzo 8: Ngani ngizokwamukela inkampani yakho?
A: Ngokusebenzisa izikhathi eziningi zokuziphatha kwe-inverter, i-Minvon ibhala isistimu esikhulu sokuphatha ubunzima esivumelwe ngokwesibonelo se-ISO 9001, ISO 14001, kunye ne-ISO 45001. Izinto zethu zanamuhla zinamandla we-CE, CCC, kunye ne-RoHS, okuthintana nokuvumela ukuthi zifanele kwezimboni zokugcina izinsiza zasezulwini. Singathola izirhabha zokuphakanyiswa kwezinye izindaba kunye nezithombe zokuphakanyiswa kwesifundiswano ngokukhomba.
MINVON SOL IA-D1 yilinye inverter yomkhumbulo wasezulwini esihlukene nesine wave esihle kakhulu, esinamandla amashumi ayisithupha (6000W), esenokuthiwa ngokwe-48V, enesikhundla sokubhala isithunzi sokuzimela (solar) esinesibonelo sokubhala isithunzi sokuzimela (pure sine wave), enesikhundla sokubhala isithunzi sokuzimela (dual MPPT solar charge controllers), inamandla okubhala isithunzi sokuzimela (max PV input voltage) ayisikhombisa ama-500VDC futhi inamandla okubhala isithunzi sokuzimela (max PV array power) ayisikhombisa ama-8000W. Iyatholakala ukuthi iqukethe i-6 yezinto zokufaka ngokwezinye (units) ngokwezinye (parallel connection) ukuze ibe yizinkambo ezingu-36kW, nekhundla lokufaka isithunzi sokuzimela (dedicated independent generator AC input port) yokubeka isithunzi esisodwa (stable backup power). Isikrini sokubhala isithunzi sokuzimela (Built-in dustproof air intake cover) siyinika ukusebenza kahle emazweni apho kunezintfo (dusty, harsh outdoor environments), isikhundla sokubhala isithunzi sokuzimela (plug-and-play PV interface) sifuna ukuthola ukufaka ngokwezinye (simplifies installation). Iyatholakala nokubhala isithunzi sokuzimela (Compatible) nezinhlobo zebhatthiri ezi-48V zokubhala isithunzi sokuzimela (lithium iron phosphate) nezinhlobo zebhatthiri zokubhala isithunzi sokuzimela (lead-acid), nokuthiwa kokubhala isithunzi sokuzimela (optional WIFI/RS485 communication) yokubhala isithunzi sokuzimela (mobile APP remote monitoring), iyisifundo esihle kakhulu kumakhaya amakhulu emazweni apho kunezintfo (large rural houses), emazweni apho kunezintfo (mountain cabins) nemisebenzi yomkhumbulo wasezulwini esihlukene (remote off-grid solar projects).
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