Inverter Solplanet ASW_110K-LT 110 kW, 10 MPPT

The Solplanet ASW_110K-LT is a three-phase solar inverter with 110 kW nominal AC output and 10 independent MPPT inputs. Designed for commercial and large residential photovoltaic systems, this inverter converts DC from multiple string inputs to AC for grid connection and onsite consumption. Its multi-MPPT architecture enables flexible string configuration and improved energy yield across arrays with varying orientations or partial shading.

Advantages

The unit provides high-capacity DC-to-AC conversion suitable for medium to large PV plants while maintaining compact footprint and straightforward integration. Multiple MPPT channels allow separate maximum power point tracking for distinct string groups, increasing harvest under mixed irradiance. Built-in monitoring and standard communication interfaces facilitate system supervision and integration with energy management systems. The inverter’s thermal design and protective features support stable operation in commercial environments.

Suitable for

• Commercial rooftop photovoltaic systems
• Small ground-mounted solar parks
• Large residential estates with multi-string arrays
• Systems requiring flexible string layouts and shading management

Key specifications

• Nominal AC power: 110 kW
• Three-phase AC output
• Number of MPPT inputs: 10 independent trackers
• Flexible string input configuration for multi-orientation arrays
• Grid connection and standard communication interfaces for monitoring
• Thermal management and protection features for continuous operation

How to use

Install the inverter according to local electrical regulations and manufacturer installation guides, mounting it on a suitable flat surface or rack in a ventilated location protected from direct weather. Connect PV strings to the MPPT inputs following the recommended current and voltage limits for each tracker, and configure string grouping to match array orientation and shading conditions. Connect the three-phase AC output to the building or grid connection point through appropriate protection devices and commissioning procedures. Use the integrated communication ports to link the inverter to monitoring and energy management systems for performance tracking and configuration.

Usage recommendations

For optimal performance, balance string lengths and orientations across MPPTs, follow recommended DC input voltage and current specifications, and ensure proper cooling clearance around the unit. Regularly monitor performance data and apply firmware updates when available to maintain efficiency and reliability.