Aps Micro Inverter Data Sheet

Aps yc500 micro inverter datasheet 1.

Aps micro inverter data sheet.

Apsystems is devoted to r d and commercialization of micro inverter system and has become a professional supplier of micro inverter products and system solution. Yc600y and qs1 microinverters use the same y3 cabling making it possible to mix both inverter models in the same system. Apsystems was founded in october 2009 in silicon valley. Use a 20a 240v 2 pole circuit breaker to connect up to 3 qas1 inverters equivalent to 12 solar panels.

Conventional string systems only operate as efficiently as the lowest performing module meaning reduced output caused by shading leaves or dust on one module cuts output across all modules in the array. The apsystems microinverter solution combines highly efficient power inversion with user friendly monitoring to bring you reliable sustainable energy. Qs1200 microinverter datasheet output data ac maximum continuous output power 1200w nominal output voltage range 230v 184 253v adjustable output voltage range 160v 278v maximum continuous output current 5 22a inrush current 12 5a nominal output frequency range 50hz 48 51hz adjustable output frequency range 45 1hz 54 9hz. Apsystems yc600 microinverter datasheet input data dc module compatibility 60 72 cell pv modules mppt voltage range 22v 48v operation voltage range 16v 55v maximum input voltage 60v maximum input current 12a x 2 maximum total pv array short circuit current 15a output data ac 240v 208v maximum continuous output power 548va 548va.

A handful of companies have begun. Then a joint venture was established in jiaxing zhejiang in march 2010. Spec sheet data sheet for the aps yc600 grid tie microinverter. Apsystems microinverters mark a breakthrough in solar technology making pv arrays more powerful smart reliable cost effective and safe.

Apsystems offers advanced powerful solar microinverter technology for residential and commercial systems. Qs1 microinverters are fully compliant with ca rule 21 and nec 2014 2017 rapid shutdown requirements. Conventional string systems only operate as efficiently as the lowest performing module meaning reduced output from a shadow or leaf on one module cuts output across all modules in the array.