Solplanet Inverter ASW 17K-LT-G2 Pro, 3-Phase, 17kW, 2 MPTT 32/32A, DC Disconnect, Wi-Fi Communication, RS485, 4G Option, DC Surge Arrester Type II, AFCI

Discover the exceptional performance of the Solplanet ASW_17K-LT-G2_PRO_AFCI, a powerful three-phase, 17kW inverter designed for high-demand solar energy applications. Perfect for large residential and commercial installations, this inverter ensures robust and reliable energy conversion to easily meet substantial power needs.

The Solplanet ASW_17K-LT-G2_PRO_AFCI is equipped with two Maximum Power Point Trackers (MPPTs), each capable of handling 32A of current. This advanced MPPT technology guarantees optimal energy extraction from solar panels, even under varying sunlight conditions, thereby enhancing the efficiency and performance of your solar system.

Safety and connectivity are key aspects of the ASW_17K-LT-G2_PRO_AFCI design. It includes a DC disconnect switch for safe and easy maintenance, a DC surge arrester type II to protect against electrical surges, and Arc Fault Circuit Interrupter (AFCI) technology to reduce fire risks. Additionally, it offers Wi-Fi communication, RS485, and an optional 4G module for flexible and comprehensive monitoring and management of your solar energy system.

Boasting high power capacity and advanced features, the Solplanet ASW_17K-LT-G2_PRO_AFCI is an ideal choice for optimizing large-scale solar energy systems. This inverter combines cutting-edge technology with top-tier safety and connectivity options, ensuring superior performance and reliability for your solar energy investments.

Solplanet is a leading innovator in the photovoltaic industry, celebrated for its commitment to advancing solar technology and providing high-quality solutions. The ASW_17K-LT-G2_PRO_AFCI exemplifies their dedication to enhancing energy efficiency and sustainability. By continuously pushing the boundaries of solar technology, Solplanet supports the global shift towards renewable energy, offering effective and reliable solutions for a cleaner and more efficient future.