Inverter Solplanet ASW_100K-LT 100 kW 10 MPPT — three-phase grid-tied solar inverter

Solplanet ASW_100K-LT is a three-phase, grid-tied solar inverter with 100 kW rated AC power and ten independent MPPT inputs. Designed for commercial and industrial photovoltaic installations, it converts DC power from PV arrays into grid-quality AC and enables flexible string layout and optimized energy harvest across multiple string orientations. The inverter supports high-capacity rooftop or ground-mounted systems where reliable conversion efficiency and adaptable DC input configuration are required.

Advantages

The inverter provides wide input flexibility through ten MPPTs, reducing mismatch losses and enabling varied string lengths or orientations. Its high 100 kW output supports large installations while maintaining stable three-phase grid connection. Built for commercial use, the unit offers straightforward integration with existing electrical infrastructure and allows efficient performance in multi-string arrays. The design emphasizes reliable DC-to-AC conversion and consistent power delivery under varying irradiance conditions.

Suitable for

• Commercial rooftop solar systems on warehouses and retail buildings
• Ground-mounted commercial or industrial PV parks
• Sites with multiple string orientations or mixed module layouts
• Projects requiring centralized three-phase inverters for medium-to-large capacity

Key specifications

• Rated AC power: 100 kW three-phase output
• MPPT inputs: 10 independent maximum power point trackers
• Application: grid-tied photovoltaic inverter for commercial/industrial systems
• DC-to-AC conversion suitable for large string configurations and varied module orientations
• Installation type: fixed, outdoor or sheltered electrical room installation (follow local electrical codes)

How to use

Install the Solplanet ASW_100K-LT following local electrical regulations and manufacturer installation guides. Connect PV strings to the MPPT inputs according to string voltage and current limits, ensuring proper string grouping to take advantage of independent MPPTs. Make AC connections to the three-phase distribution or grid point via appropriate protection devices and switchgear. Commission the inverter using its setup interface or monitoring platform, verify operating parameters, and perform safety checks before energizing the system.

Usage recommendations

Plan string configuration to match the ten MPPT inputs for best energy yield; separate strings with different orientations or shading onto different MPPTs. Maintain adequate ventilation and follow ambient temperature limits to preserve performance. Use proper surge protection and routine monitoring to detect performance deviations. For system design and connection to the local grid, consult a certified installer or electrical engineer.