Enhance your solar photovoltaic system with this high-performance Solar Inverters WiFi Module, designed specifically for seamless remote monitoring and control of grid-connected inverters. Crafted from durable ABS material, the module features a robust and well-made exterior that ensures long-lasting service life and reliable operation under various conditions. Its stable performance makes it the perfect communication interface, enabling efficient data exchange between your inverter and external devices via RS232 communication protocol. Key Features: · Reliable Remote Monitoring: Easily monitor and control your solar inverter remotely through a dedicated app, providing convenient access to performance data anytime, anywhere. · Stable Communication Interface: Equipped with an RS232 interface, this WiFi module ensures smooth and consistent communication between the inverter and external monitoring systems. · Durable ABS Construction: Built with high-quality ABS material, offering strength, durability, and resistance to wear for extended usage in solar power applications. · Wide Compatibility: Specifically designed for multiple grid-connected inverter models including SM-3.2KW-24V, SM-3.2KW-48V, SM-5.2KW-48V, MPS-VI1-3500W-24V, MPS-VI1-5500W-48V, VM PLUS-3.5KW-WIFI, VM PLUS-5.5KW-WIFI, VM-3KW (with WiFi models), and VM-5KW (with WiFi models). · Essential for Solar Photovoltaic Systems: Optimizes the management and control of solar power generation, helping maximize efficiency and system performance. Specifications: · Item Type: Solar Inverters WiFi Module · Material: ABS · Communication Interface: RS232 · Compatible Models: SM-3.2KW-24V, SM-3.2KW-48V, SM-5.2KW-48V, MPS-VI1-3500W-24V, MPS-VI1-5500W-48V, VM PLUS-3.5KW-WIFI, VM PLUS-5.5KW-WIFI, VM-3KW (WiFi models required), VM-5KW (WiFi models required) · Primary Use: Grid-connected inverters for solar photovoltaic power generation Package Includes: · 1 x Solar Inverters WiFi Module This WiFi module is an indispensable accessory for solar inverter systems, providing reliable remote connectivity and fostering efficient solar energy management through robust communication and durable design.