Fonrich New Energy has a comprehensive team covering R&D, supply chain, production, sales, engineering, quality control, and after-sales service. As one of the earliest companies in China to develop and apply arc detection technology, Fonrich boasts over six years of experience in DC arc detection. It is among the first companies in the country to obtain UL1699B certification, with cumulative shipments exceeding 20 GW. Additionally, its combiner box monitoring equipment has an annual shipment volume exceeding 5 GW, with total shipments surpassing 50 GW.
Fonrich’s Smart IoT Solution provides “module-level” safety protection and digital management systems for distributed photovoltaic power stations based on IoT principles. Key functions include module-level rapid shutdown, module power optimization, module-level arc fault protection, module data monitoring, and string disconnection fault protection to proactively ensure safety and facilitate fault location.
This solution encompasses four major products: Smart Safety Protector, Smart Safety Optimizer, Combiner Box Monitor, and Arc Fault Detector. Intelligent data analysis is conducted through the SafeSolar Smart Monitoring Cloud Platform, which includes a mobile app and web data platform. The smart solution integrates cutting-edge platforms and technologies, such as power line carrier communication technology, front-end big data collection and interaction technology, cloud computing, AI data management platforms, and a comprehensive IoT unified supervision platform.
The SafeSolar Smart Monitoring Cloud Platform by Fonrich New Energy is an intelligent management system that combines the expertise of photovoltaic new energy safety protection specialists, tailored for photovoltaic professionals. This platform enables monitoring of the energy generation, power, voltage, monitored current, temperature, arc detection, and location of the safety protection system. Users can quickly locate components needing remote management through their mobile devices, tablets, or computers, allowing them to check the system’s generation status anytime and anywhere, and providing technical support for enhancing photovoltaic generation safety.