DC AC LV Topology Review V5

Module Electrical Data

Module Rating Wp Module Voc V Module Vmp V Module Isc A Module Imp A Maximum Series Fuse A Maximum System Voltage Vdc Voc Temperature Coefficient % per °C Isc Temperature Coefficient % per °C Minimum Design Temperature °C Current Correction Factor Bifacial Current Uplift %

String Inverter Topology

Modules per String Strings per String Inverter String Inverter Rating kVA String Inverters per Skid Skid Transformer Rating MVA Skids per 33 kV Ring

DC Cable Review

DC String Cable Length m DC Cable CSA mm² DC Cable Material Allowable DC Voltage Drop %

Module Electrical Data

Module Rating Wp Module Voc V Module Vmp V Module Isc A Maximum System Voltage Vdc Voc Temperature Coefficient % per °C Minimum Design Temperature °C Current Correction Factor Bifacial Current Uplift %

Central Inverter Topology

Modules per String Strings per Combiner Box Combiner Box Design Limit kWdc Central Inverter DC Input Rating MWdc Central Inverter AC Output Rating MWac Central Skid Transformer Rating MVA Central Inverter Units per Skid Central Skids per 33 kV Ring

DC Cable Review

Home Run Cable Length m DC Cable CSA mm² DC Cable Material Allowable DC Voltage Drop %

Topology Results

String kWp0

String Vmp0 V

String Voc STC0 V

Cold String Voc0 V

Max Modules per String0

Design String Current0 A

DC per Inverter0 kWp

Inverter DC/AC0

Skid DC / AC0

Ring AC Rating0 MVA

DC Cable Loss0%

Ready.

Screening tool only. It does not replace manufacturer checks, cable schedules, load flow, fault studies, insulation coordination, SPD coordination, protection grading, earthing design or IFC drawings.

SCADA Style Cable Topology Panel