Enhance your solar power system with this Hybrid Solar Inverter WiFi Module, designed for reliable remote monitoring and control of solar photovoltaic grid-connected inverters. Featuring a durable ABS material shell, this module ensures long-lasting performance and wear resistance, making it an essential accessory for maintaining and optimizing your solar inverter operations. Key Features: · Stable RS232 Communication Interface: Provides a dependable connection between the inverter and external devices, enabling seamless data transmission and remote management. · Wide Compatibility: Compatible with multiple inverter models including PS1K, HPS3K, PS3K, PS3KVA, PS3KVA PLUS, PS5K, MPS VI1 3500W 24V, MPS VI1 5500W 48V, and other WiFi-enabled models, offering versatile application across various solar inverter systems. · Durable ABS Material Housing: Crafted from high-quality ABS plastic, the module housing is robust, wear-resistant, and designed to withstand long-term use in diverse environments. · Remote Monitoring Capability: Allows users to monitor inverter status and performance remotely via an application, facilitating efficient management and timely troubleshooting. · Ideal for Solar PV Grid-Connected Inverters: Specifically engineered to support solar photovoltaic power generation systems connected to the grid, enhancing system reliability and user convenience. Specifications: · Item Type: Hybrid Solar Inverter WiFi Module · Material: ABS · Communication Port: RS232 · Use: Remote monitoring and control of solar photovoltaic grid-connected inverters · Compatible Models: PS1K, HPS3K, PS3K, PS3KVA, PS3KVA PLUS, PS5K, MPS VI1 3500W 24V, MPS VI1 5500W 48V, and other WiFi models Package Includes: · 1 x Hybrid Solar Inverter WiFi Module This Hybrid Solar Inverter WiFi Module offers a reliable and efficient solution for remotely managing your solar inverter system. Its stable communication interface and broad compatibility make it an indispensable tool for optimizing solar power generation and ensuring continuous system performance.