Growatt 100KW On-Grid Inverter The Growatt 100KW On-Grid Inverter is a high-capacity three-phase on-grid inverter designed for large-scale commercial and industrial solar systems. Engineered for maximum efficiency, safety, and intelligent control, this inverter combines cutting-edge technology with long-term reliability. With 6/7 MPPT trackers, a maximum efficiency of 98.4%, and IP66 protection, the Growatt MAX ensures robust performance even under harsh environmental conditions. Thanks to its multi-channel MPPT architecture, it optimizes energy harvest from multiple strings with varying orientations and shading. It also supports remote monitoring through Wi-Fi, RS485, USB, PLC, GPRS, and 4G, enabling full control over system performance via smartphone or web interface. �� Key Features High Efficiency (up to 98.4%) Enhanced energy conversion even in challenging conditions. 6/7 MPPT Trackers Multi-point tracking ensures optimized energy harvesting from multiple PV strings. Smart Connectivity Options Supports RS485, USB, PLC, WiFi, GPRS, and 4G for remote system monitoring and data logging. Industrial-Grade Protection (IP66) Fully dust-tight and water-resistant for outdoor use. Advanced Safety Features Built-in Type II SPD (Surge Protection Device) for both DC and AC sides. Optional AFCI (Arc Fault Circuit Interrupter) and Anti-PID function. Compact and Durable Design Built for easy installation, long-term use, and high reliability. Comprehensive Warranty Backed by Growatt’s 10-year manufacturer warranty. �� Technical Specifications Parameter Details Model Growatt MAX 100KTL3-X LV Application Industrial / Commercial Topology Transformerless AC Nominal Power 100,000W Max. DC Voltage 1100V Nominal Voltage 600V Max. Output Current 158.8A Max. Efficiency 98.4% MPPTs 6/7 Protection Rating IP66 Cooling Smart Air Cooling Interfaces RS485 / USB / PLC / GPRS / 4G / WiFi Dimensions (W x H x D) 970 × 640 × 345 mm �� Ideal Applications Industrial solar power plants Commercial rooftop systems Large on-grid solar farms Multi-MPPT deployment in complex PV layouts
