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The Solis S6-GC3P100K WiFi grid-tied solar inverter (100 kW, 3-phase, 10 MPPT) — is a powerful, next-generation three-phase grid-tied inverter designed for large commercial and industrial solar power plants. The device efficiently converts direct current from solar panels into alternating current to power a facility or feed electricity into the utility grid.
The inverter belongs to the modern Solis S6-GC series and is equipped with 10 independent MPPT trackers, allowing for the connection of large arrays of solar panels with different orientations or tilt angles. This significantly increases the efficiency of the solar power plant and optimizes the use of available space for panel installation.
The inverter’s rated power is 100 kW, and its maximum efficiency reaches 98.7%, ensuring minimal energy losses during conversion and high system performance. The inverter supports advanced monitoring features, intelligent protection, and flexible integration into large power systems.
Key advantages of the Solis S6-GC3P100K inverter
- Rated power of 100 kW — the optimal solution for large commercial and industrial solar power plants.
- 10 independent MPPT trackers — efficient operation with large arrays of solar panels and complex roof configurations.
- Maximum input voltage up to 1100 V — compatible with modern high-efficiency photovoltaic modules.
- Wide MPPT range 160–1000 V — stable power generation even under variable weather conditions.
- Maximum efficiency of 98.7% and European efficiency of 98.3% — minimal energy losses.
- String monitoring — performance monitoring of each group of solar panels.
- Intelligent AFCI protection — detection of arc faults to enhance fire safety.
- Type II surge protection (AC/DC) — stable operation of the power plant.
- Power Export Control Function — the ability to limit power feed-in to the grid.
- Parallel Operation of Up to 10 Inverters — scaling of large solar power plants.
Maximum generation efficiency
The inverter is equipped with ten MPPT trackers, allowing for the connection of a large number of solar panel strings. This architecture ensures flexible system design and increases the plant’s overall productivity, even with varying panel orientations or partial shading.
Thanks to a wide operating voltage range, the inverter can start generating electricity earlier in the morning and continue generating it later in the evening.
Intelligent safety system
The inverter is equipped with modern protection and monitoring systems that ensure safe and stable operation of the solar power plant.
- DC reverse polarity protection
- short-circuit protection
- overload protection
- Type II overvoltage protection
- Islanding protection
- Temperature protection
- String monitoring
- Built-in DC disconnect switch
An optional AFCI feature is available, which detects arc faults and prevents fires in photovoltaic systems.
Intelligent Monitoring and Control
The inverter supports modern monitoring and remote control functions, allowing real-time monitoring of the solar power plant's operation.
- LCD display for local control
- RS485 interface for integration with monitoring systems
- Optional WiFi, GPRS, or PLC modules
- 24-hour monitoring of system parameters
Users can view generation statistics, performance, and equipment status via a mobile app or web monitoring portal.
Reliability and operating conditions
The inverter has an IP66 protection rating, allowing it to be installed both indoors and outdoors. The device operates within a wide temperature range from -30°C to +60°C and can be installed at altitudes up to 4,000 meters above sea level.
An intelligent fan cooling system ensures stable inverter operation even under high loads.
Applications
- industrial solar power plants
- commercial rooftop solar systems
- manufacturing facilities
- agricultural operations
- logistics and warehouse complexes
- large-scale energy projects
Solis S6-GC3P100K WiFi — a modern, high-performance grid-tied inverter for large solar power plants that combines high efficiency, intelligent protection features, and scalability to create powerful energy systems.