inverter yokugcina amandla esolile yomphakathi wesibili 3.5KW / 5KW | Ukungena kwe-PV kumaximumu 500V, ukuswitcha ngokuzenzakalelayo phakathi kwe-grid ne-solar, amandla okuzimela okwenza isikhathi sokuzimela kwezindlu nokusebenzisa kwezindlu ezingaphansi kwesikhephe.
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Imodeli |
SOL IA4000-S2 |
SOL IA6000-S2 |
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Izindaba Zokugcina Imithwalo |
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I-voltage yebhethri |
24 VDC |
48 VDC |
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Uhlobo lwebhethri |
Lithium / Lead-acid |
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UMDLULO WOKUBALISA |
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Amandla ahloliwe |
4000W |
6000W |
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Ukubeka Isivinini Se-AC (Isimo Sokugcina Imithwalo) |
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Amathuthu Okusheleka Kwamandla |
8000VAC |
12000VAC |
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Ukuhlanganisa Kwamandla (Isimo Lokusebenza Kwe-Line) |
>93% |
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Amaphesenti we-Outgoing |
17.4A |
26.1A |
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Isikhathi somusa |
10ms ngokwezinye, 20ms ukuphefumula |
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Umbhizinisi wewave |
Pure Sine Wave |
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Uchagera lwesolile |
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Amaphowudi wokugcina we-PV Array |
5000W |
6000W |
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Isiphakamiso se-MPPT & Ivoluthi yokusebenza |
60~450 VDC |
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Ivoluthi yokuvula kwesikhathi sokugcina kwe-PV Array |
500 VDC |
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Ukugcina okukhulu kwepv |
27A |
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Ukungenisa kwesolile okukhulu |
120A |
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Uchagera lwe-AC |
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Umkhuhlane wokuchoba okugcineni |
izinduku |
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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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Ubukhulu (Ububanzi*Ubude*Ubude Bakhiya) |
435*300*115MM |
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Ubunzima Bekhithi (kgs) |
10 |
11 |
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Isiphumo SokuQala |
USB / RS232 / RS485 / WIFI / Ukugxila Kokuphakama Kwekhithi |
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Umculo Wokusebenza |
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Ubungena bomncedisi |
105%<umsebenzi<130%(Ukusho Okuphambili Nokuvula Ngemuva Kwezinsuku eziyisigibili) |
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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 |
-10℃ ku-50℃ |
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1. Ukugcina amandla kwe-PV ne-Grid okuhlanganisiwe Isebenzisa indlela yokugcina amandla esolile ne-grid okuhlanganisiwe. Uma amandla esolile ayisiza kakhulu ukuthi aqondise izixhobo, isistimu iswitcha ngokuzenzakalelayo ku-grid yokusiza, ukunika amandla okusebenza kwezindlu ngokuphambili, ngokuphambili, nokungafani, ukuvikela izindawo zokuphuma kwezindlu.
2. Indlela yokuchaza nokuqondisa isikhathi sokufaka nokukhupha amandla kwe-battery Isekela ukuhlela komuntu siqu isikhathi sokushaja nokukhishwa. Abasebenzisi bangasebenzisa amanani entengo enethiwekhi ngaphandle kokuvama kokushaja nokukhishwa kwesikhathi, banciphise kakhulu izindleko zikagesi zasendlini zesikhathi eside futhi bathole ukonga amandla okuhlakaniphile.
3. Ukuphila okujabulisayo Ukuxhumeka okuhambisanayo okunesikali (ama-unit angu-9 aphezulu, amandla aphelele angu-45kW) Ivumela ama-inverter angu-9 ukuba axhunywe ngokufanayo ukuze kube namandla aphezulu we-45kW. Idizayini eguquguqukayo enwetshekayo ihlangabezana ngokugcwele nezidingo zokusetshenziswa kwamandla amakhulu ezindlini ezinkulu nezindawo zokuhlala ezinemindeni eminingi ngokusetshenziswa okuvelele.
4. Ukubamba iqhaza I-Voltage ye-PV Open Circuit ye-500VDC & Ububanzi obubanzi be-120450V MPPT Ibonisa i-500VDC voltage ephezulu ye-PV evulekile yesekethe kanye newindi lokusebenza le-MPPT elibanzi le-120450V. Ifanelana namapaneli elanga amaningi aphezulu, avumela ukwakheka kwe-PV okuguquguqukayo ophahleni, futhi kukhulisa ukuqoqwa kwamandla elanga kanye nokusebenza kahle kokukhiqiza amandla.
5. Ukubamba iqhaza Izindlela eziphindwe kabili zokuphambili kokufaka Iyatholakala ngezindlela ezimbili zokusebenza ezingenakwenzeka – Ukuvumela Kwe-Solar nokuvumela Kwe-Grid. Izimo ezinokugcwaliswa ziyasindisana nezindlela zokusetshenziswa kwesikhathi sezindlu zokusebenza kanye nezinkinga zokusabalalisa amandla, futhi zihlanganisa ukusabalala kwe-amandla ngendlela efana nezidingo.
6. Izimo Ezimbili Zokusebenza: Ngokwe-Batteri kanye Nokungabiyo I-Batteri Ngokusebenzisa isithembiso esihlelwe kakhulu, lo inverter uyasebenza ngokuphelele ngaphandle kwe-batteri noma nazo. Kuyenza ukuthi isistimu se-PV singatholakala ngaphandle kwe-batteri, okukhula ukuncedisa izindlela zokubuya kwezimali kanye nokuthenga kwezimali zokufaka isistimu se-solar.
7. I-Charger E-AC Ekhuluma Ngokushesha Ekhulunyweni, Iyasebenza Ngokuphelele Nge-Batteri Ye-48V I-charger e-AC ephakeme ekhuluma ngokushesha iyasebenza ngokuphelele nge-batteri ye-LiFePO4 ye-lithium ye-48V kanye ne-batteri ye-lead-acid. Iyavumela ukucharga ngokushesha kwe-grid ngokuphelele kanye nokuhambisana ngokuphelele ngezinhlobo zamabatteri.
8. Isiphumo Se-Pure Sine Wave kanye Ne-Detection E-Auto Ye-Frequency Ye-50/60Hz Ukuphakanyiswa kwe-sine wave okuphelele kuhlolwa izinto zokusebenza kwisikhiyi esikhulu nokuphelele ukulungisa ukuthi izinto zokusebenza zezindlu zizokwenzela ukuthi zihlukwe ngokwezinye izinhlobo zokugcina. Ukuthi kubekwe kwi-50/60Hz frequency recognition okuzinikezwe kusuka emkhosini kuyakhelwa kwezinye izifunda zokugcina kwezizwe zonke, okunika ukusebenza kwezizwe zonke futhi ukusetshenziswa kwezizwe zonke.
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 zeminyaka emi-20 yokuthuthukisa i-inverters, u-Minvon wabuyisela isistimu esikhulu sokuphatha ubunzima obuhle okubhalwe ngokufanele kwi-ISO 9001, ISO 14001, kanye ne-ISO 45001. Izinto zethu zihlala zinamandla we-CE, CCC, kanye ne-RoHS, ekuvumelana nokulinganisa kwezinhlelo zokulawula zasezweni. Singakuphinda amaphuzu okuzilungiselela kwezinye izindaba kanye nezincwadi zokuhlola kwesifundazwe uma kusolwa ukuthi sibone ubunzima bethu bokubonisa ukuthi sithembekile kanye nokuthembeka.
MINVON SOL IA-S4 Isikhathi Esinye Sokugxilwa Ngokupheleleyo Sokukhanya Kwe-Solar Inverter Esethuluziwe Emakhulu Amabili, 3500W Nase-5000W, Echazwe Ngokupheleleyo Kukhaya Lokugxilwa Ngokupheleleyo Kwesithunzi Sokukhanya Kwe-Solar Nokubuyisela Kwesikhathi Sokufa Kwesithunzi.
Kusiza ukungena kwe-PV okupheleleyo wevoltage yokuqala kwesikhathi sokuvula ngamakhulu amashumi ayisihlanu (500VDC), nangokusebenzisa isilinganiso sokusebenza se-MPPT esiphakade esikhulu (120–450V) ukuze kusetyenziselwe ngokupheleleyo izikhanda zokukhanya kwe-solar. Kungafuneka ukugxilwa kwezinkulungwane ezingu-9 ukuze kube yilokhu kwezinkulungwane ezingama-45 kwesithunzi sokukhanya kwe-solar, okusiza ukuthuthwa kwesilinganiso ngokupheleleyo ukuze kusendiseke ukuthuthwa kwesilinganiso sokuthuthwa kwesithunzi.
Ukudesigna okwesibini kwe-Exclusive kusinika umthelela wokusebenza okuphambili ngaphandle kokuthi ibhayithari yokuqondisa liyakhiwa na. Abasebenzisi bangakhetha ukuthi iphoto-voltaic (PV) noma umthelela wokusebenza we-grid uyakhiwa kuqala, futhi bangayisikha amasimu okukhuluma nokugcina okufanayo nokubhekana nezindlela zokusebenza kwesikhathi sezindlu. Uma iphoto-voltaic ayisebenzi kahle, i-energy yephotovoltaic ne-grid yomkhakha yasebenza ngokuhlanganisa ukuhlakisa ukungabeki kwezinsiza. I-inverter iyisikhiwe ngokujabulisayo nge-charger yomthelela wokusebenza we-AC, futhi isebenza ngokuphelele ne-batteries zabayithari ze-LiFePO4 ze-48V ne-batteries zabayithari zezinkabi.
Iyathumela umthelela wokusebenza we-AC we-230V we-sine-wave esihle ukuhlinza izinto zokusebenza zezindlu ezingatholakali. Ukuthi kuyisikhiwe ngokuzenzakalelayo ukuthola ukuthi umthelela wokusebenza usebenza ngokufanayo ne-50/60Hz kusinika ukuthi isebenza ngokuphelele nezinhlelo zokusebenza zomhlaba wonke.
Ukuthi kuyisikhiwe ngokuphakeme kwe-wall-mounted kusinika ukuthi kubhekwe indawo yokufaka kancane. I-WiFi module eyingatholakali iyakhiwa ukuze ubheke ngokushesha umthelela wokusebenza ngaphansi kwe-mobile APP, ukuze ubheke isimo sokusebenza sobuchwepheshe noma ngaluphi usuku.
Iyafanele kwezindlu zasezulwini ezingaphandle kwenkampani yezinsiza, amakhabineni emthembu yasezulwini, amakhabineni okuphatha amandla ngokukhawuleza kwevila, nokuthenga amandla wokusebenza kwe-solar kwezindlu ezincinci. Iyavumiswa ngu-CE, ISO, EMC ne-RoHS, ifanele kokuqwalaselwa kuzo zonke izwe.
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