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Solplanet ASW 15K-LT-G2 Pro AFCI Three-Phase Grid-Tie Inverter 15kW 2 MPPT
The Solplanet ASW 15K-LT-G2 Pro AFCI is a robust three-phase grid-tie inverter engineered for high-performance 15kW solar power systems. This unit is designed to convert direct current from photovoltaic panels into efficient alternating current for grid integration, ensuring optimal energy harvest for both residential and commercial applications. With its advanced dual MPPT trackers, it maximizes energy production even under varying sunlight conditions, while the integrated AFCI technology provides critical protection against electrical arcing.
This inverter stands out due to its high efficiency and reliability in demanding solar environments. The inclusion of integrated DC type II surge protection significantly enhances the safety of the installation by mitigating risks from voltage spikes. Furthermore, the device supports versatile communication options including Wi-Fi and RS485, allowing users to monitor their energy production in real-time. Its compact design and user-friendly interface simplify the installation process, making it a preferred choice for professional solar installers seeking a balance between performance and safety.
This inverter is specifically designed for three-phase grid-tie systems and is not compatible with single-phase electrical grids. It is also not intended for off-grid applications that require battery storage integration without additional compatible equipment.
Installation should be performed by a qualified electrician in accordance with local grid regulations. The inverter is mounted on a wall using the provided bracket. Once physically installed, the DC inputs from the solar array are connected to the MPPT inputs, and the AC output is connected to the three-phase grid distribution board. Communication modules should be configured via the Solplanet app or web interface to enable remote monitoring and data logging.
Regularly check the inverter display or the monitoring app to ensure the system is operating within expected parameters. Keep the ventilation area clear of obstructions to maintain optimal operating temperatures and prolong the service life of the internal components.
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