Isithombe Esivelele Se-MPPT Solar Inverter On Grid

I-MPPT Solar Inverter Kugridi

Incazelo emfushane:

I-on grid inverter iyithuluzi elibalulekile elisetshenziselwa ukuguqula amandla kagesi aqondile (DC) akhiqizwa yizinhlelo zamandla elanga noma ezinye izindlela zamandla avuselelekayo abe amandla kagesi ashintshanayo (AC) bese efakwa kugridi ukuze ahlinzeke ngogesi emakhaya noma emabhizinisini. Inekhono lokuguqula amandla elisebenza kahle kakhulu eliqinisekisa ukusetshenziswa okuphezulu kwemithombo yamandla avuselelekayo futhi inciphise ukumosheka kwamandla. Ama-inverter axhunywe kugridi nawo anezici zokuqapha, ukuvikela kanye nokuxhumana ezivumela ukuqapha isimo sesistimu ngesikhathi sangempela, ukwenza ngcono ukuphuma kwamandla kanye nokusebenzisana kokuxhumana negridi. Ngokusebenzisa ama-inverter axhunywe kugridi, abasebenzisi bangasebenzisa ngokugcwele amandla avuselelekayo, banciphise ukuthembela emithonjeni yamandla yendabuko, futhi baqaphele ukusetshenziswa kwamandla okusimeme kanye nokuvikelwa kwemvelo.

I-Voltage yokufaka:135-285V

I-Voltage Yokukhipha:110,120,220,230,240A

Umphumela Wamanje:40A~200A

Imvamisa Yokukhipha:50HZ/60HZ

Usayizi:380*182*160~650*223*185mm

Isisindo:10.00~60.00KG

Sithumelele i-imeyili

Imininingwane Yomkhiqizo

Amathegi Omkhiqizo

Isingeniso Somkhiqizo

Isici Somkhiqizo

1. Ukusebenza kahle kokuguqulwa kwamandla aphezulu: Ama-inverter axhunywe kugridi ayakwazi ukuguqula ngempumelelo i-direct current (DC) ibe yi-alternating current (AC), okwandisa ukusetshenziswa kwamandla elanga noma amanye amandla avuselelekayo.

2. Ukuxhumeka kwenethiwekhi: Ama-inverter axhunywe kugridi ayakwazi ukuxhuma kugridi ukuze avumele ukugeleza kwamandla okubili, afake amandla amaningi kugridi ngenkathi ethatha amandla kugridi ukuze ahlangabezane nesidingo.

3. Ukuqapha nokwenza ngcono ngesikhathi sangempela: Ama-inverter ngokuvamile ahlonyiswe ngezinhlelo zokuqapha ezingaqapha ukukhiqizwa kwamandla, ukusetshenziswa kanye nesimo sesistimu ngesikhathi sangempela futhi zenze ukulungiswa kokusebenza kahle ngokwesimo sangempela ukuze kuthuthukiswe ukusebenza kahle kwesistimu.

4. Umsebenzi wokuvikela ukuphepha: Ama-inverter axhunywe kugridi afakwe imisebenzi ehlukahlukene yokuvikela ukuphepha, njengokuvikela ukulayisha ngokweqile, ukuvikela i-short circuit, ukuvikela i-over-voltage, njll., ukuqinisekisa ukusebenza kohlelo okuphephile nokuthembekile.

5. Ukuxhumana nokuqapha okude: i-inverter ivame ukuhlonyiswa nge-interface yokuxhumana, engaxhunyaniswa nohlelo lokuqapha noma imishini ehlakaniphile ukuze kufezwe ukuqapha okude, ukuqoqwa kwedatha nokulungiswa okude.

6. Ukuhambisana Nokuguquguquka: Ama-inverter axhunywe kugridi ngokuvamile anokuhambisana okuhle, angazivumelanisa nezinhlobo ezahlukene zezinhlelo zamandla avuselelekayo, futhi ahlinzeke ngokulungiswa okuguquguqukayo kokukhishwa kwamandla.

Amapharamitha Omkhiqizo

Ishidi le-data	I-MOD 11KTL3-X	I-MOD 12KTL3-X	I-MOD 13KTL3-X	I-MOD 15KTL3-X
Idatha yokufaka (DC)
Amandla aphezulu e-PV (e-module STC)	16500W	18000W	19500W	22500W
I-voltage ephezulu ye-DC	1100V
I-voltage yokuqala	160V
I-voltage ejwayelekile	580V
Ububanzi bamandla kagesi e-MPPT	140V-1000V
Inani lama-MPP tracker	2
Inani lezintambo ze-PV nge-MPP tracker ngayinye	1	1/2	1/2	1/2
Ukufakwa kwamandla okuphezulu nge-tracker ye-MPP ngayinye	13A	13/26A	13/26A	13/26A
Umkhawulo wamanje we-short-circuit nge-tracker ye-MPP	16A	16/32A	16/32A	16/32A
Idatha yokuphuma (i-AC)
Amandla ajwayelekile e-AC	11000W	12000W	13000W	15000W
I-voltage ye-AC ejwayelekile	220V/380V, 230V/400V (340-440V)
Imvamisa yegridi ye-AC	50/60 Hz (45-55Hz/55-65 Hz)
Umkhawulo wamanje wokukhipha	18.3A	20A	21.7A	25A
Uhlobo lokuxhumeka kwegridi ye-AC	3W+N+PE
Ukusebenza kahle
Ukusebenza kahle kwe-MPPT	99.90%
Amadivayisi okuvikela
Ukuvikelwa kwe-DC reverse polarity	Yebo
Ukuvikelwa kokuqhuma kwe-AC/DC	Uhlobo II / Uhlobo II
Ukuqapha igridi	Yebo
Idatha evamile
Izinga lokuvikela	I-IP66
Iwaranti	Iwaranti Yeminyaka Emi-5/ Iminyaka Eyi-10 Ongakukhetha

Isicelo

1. Izinhlelo zamandla elanga: I-inverter exhunywe kugridi iyisici esiyinhloko sohlelo lwamandla elanga oluguqula ugesi oqondile (DC) okhiqizwa amaphaneli elanga e-photovoltaic (PV) ube ugesi oshintshanayo (AC), ofakwa kugridi ukuze unikezwe emakhaya, ezakhiweni zebhizinisi noma ezindaweni zomphakathi.

2. Izinhlelo zamandla omoya: Ezinhlelweni zamandla omoya, ama-inverter asetshenziswa ukuguqula amandla e-DC akhiqizwa ama-turbine omoya abe amandla e-AC ukuze ahlanganiswe negridi.

3. ezinye izinhlelo zamandla avuselelekayo: Ama-inverter e-grid-tie angasetshenziswa nakwezinye izinhlelo zamandla avuselelekayo njengamandla kagesi, amandla e-biomass, njll. ukuguqula amandla e-DC akhiqizwa yiwo abe amandla e-AC ukuze afakwe kugridi.

4. Uhlelo lokuzikhiqiza oluzimele lwezakhiwo zokuhlala nezebhizinisi: Ngokufaka amaphaneli e-solar photovoltaic noma eminye imishini yamandla avuselelekayo, kuhlanganiswe ne-inverter exhunywe kugridi, kuhlelwa uhlelo lokuzikhiqiza oluzimele ukuze kuhlangatshezwane nesidingo samandla sesakhiwo, futhi amandla angaphezulu athengiswa kugridi, kufezekiswa ukuzimela kwamandla kanye nokonga amandla kanye nokunciphisa ukukhishwa komoya.

5. Uhlelo lwe-Microgrid: Ama-inverter e-grid-tie adlala indima ebalulekile ohlelweni lwe-microgrid, exhumanisa futhi enza ngcono amandla avuselelekayo kanye nemishini yamandla yendabuko ukuze kufezwe ukusebenza okuzimele kanye nokuphathwa kwamandla kwe-microgrid.

6. Uhlelo lokukhulisa amandla kanye nokugcina amandla: amanye ama-inverter axhunywe kugridi anomsebenzi wokugcina amandla, akwazi ukugcina amandla nokuwakhulula lapho isidingo segridi siphezulu, futhi ahlanganyele ekusebenzeni kohlelo lokukhulisa amandla kanye nokugcina amandla.