Isigaba Esithathu

Ama-Inverter e-Solar + Storage Hybrid

Uchungechunge lwe-UPV-S

0.4KW~250KW

Funda kabanzi

Isitoreji selanga esizimele
isu lokusebenza
Ukusekelwa ngohlelo lwe-EMS
ukulawula kwendawo
Umklamo we-Modular

kulula ukuyinakekela nokuyikhulisa
Ukushintshana okungenamthungo phakathi
okusegridini kanye nokungasekho kugridi (ongakukhetha)

● Ukuqina okuphezulu, ukwesekwa komklamo we-modular N+1 ● Uhlelo Lokuguqulwa Kwamandla Oluqondiswa Ngamabili

● I-transformer eyakhelwe ngaphakathi ● Sekela uhlelo lokusebenza lokuzikhiqizela, olusebenzisa igridi encane

● Isekela igridi evuliwe/evaliwe ● I-Photovoltaic ingaxhunywa kumthamo ophindwe kabili kunowedivayisi

● I-topology yesigaba esiphindwe kabili, ububanzi bokufaka i-voltage yebhethri ● Ngomsebenzi we-MPPT wokuthuthukisa ukukhiqizwa kwamandla ohlelweni

● Isu lokusebenza lokugcina ilanga elizimele ● Sekela ukuxhumana ne-BMS, uhlelo lwe-EMS

I-topology yesistimu

UCHUNGECHUNGE LWE-UPV-S

I-UPV-S series Bi-directional hybrid storage inverter yakhiwe kakhulu yi-DC-AC inverter, i-DC-DC solar controller, ukusatshalaliswa kwamandla e-AC, i-transformer, uhlelo lokuqapha, njll. Ingasetshenziswa kokubili kumamodi akugridi nangaphandle kwegridi. Yamukela ukwakheka kwemodyuli, ukuhlanganiswa okuphezulu, ukufakwa okulula nokuguquguqukayo, okuvumela ukuhlanganiswa kwemodyuli ngokwezimo zangempela zohlelo lokusebenza, futhi ingasebenzisa kahle amandla elanga ukuhlangabezana nezidingo zohlelo lokusebenza lwezakhiwo ezincane neziphakathi zegridi encane kanye nezezimboni nezentengiselwano.