Fonrich New Energy Smart Safety Optimizer - Five in One Function, Comprehensive Protection, Improving the Power Generation Efficiency of Photovoltaic Power Stations, Supporting the Development of Dist

With the rapid development of distributed photovoltaics, the energy efficiency of the system is increasingly valued. The type and orientation of distributed photovoltaic roofs are complex, often causing design difficulties and power generation losses due to weather, component quality, component orientation, installation inclination, shadow shading, later operation and maintenance, component mismatch, and other reasons. Therefore, how to use limited roof resources to ensure stable operation and efficient power generation of the power plant?

Based on its rich experience in the field of stacked light power optimization and component level security monitoring, Fonrich New Energy has launched a new Smart Safety Optimizer with a five in one product: integrated power optimization, fast shutdown, arc detection, wire break protection, and data monitoring.

IP67 protection level, meeting the needs of a wider range of application scenarios; Fonrich's new technology ensures stable operation in environments ranging from -40 ℃ to+75 ℃. The input voltage is converted into the required voltage through a DC/DC circuit, and a PLC communication circuit is used to achieve component level monitoring.

Higher returns, with a maximum increase of over 25% in power generation

The Fonrich Five in One Smart Safety Optimizeris based on integrated photovoltaic MPPT maximum power point tracking, continuously tracking the maximum power point of photovoltaic modules, optimizing the power output of each photovoltaic module, avoiding module mismatch, and can increase the power generation of distributed photovoltaic systems by 5% -25%;

Solve the problems of reduced photovoltaic module power generation caused by differences in component installation, obstruction, orientation, and component attenuation throughout the entire life cycle of the power plant, and fully utilize the power generation potential of each component.

Stable and reliable, creating a "safe and intelligent" distributed photovoltaic system

Quick shutdown protection: Based on Fonrich module level technology, it can automatically or manually quickly shut off the connection between each photovoltaic module. Quickly stop the equipment within a 30cm range of the photovoltaic array within 30 seconds or reduce the system voltage to below 30V; Eliminate the DC high voltage present in the photovoltaic array and address the 'rescue risks' present in photovoltaic power plants.

String disconnection protection: In the event of a string disconnection fault, the Fonrich Five in One photovoltaic optimizer quickly turns off all safety optimizers of the string in case of a string disconnection fault within 5 seconds, avoiding the expansion of the accident.

Component level arc protection: Functions include automatic detection, protection, self/manual reset, warning, and precise positioning. When a DC arc fault occurs, quickly extinguish the faulty arc to ensure personal and property safety.

Intelligent technology monitoring: PLC bidirectional communication, real-time collection of five major data: voltage, current, power generation, power generation working point, and temperature, and upload them to the server in the form of snapshots. AI power station diagnosis, data analysis, and historical query, multi-level linkage protection, 100% accurate positioning of faulty components, greatly saving time and labor costs.

Save installation and maintenance costs

Under the same capacity, it supports the mixing and matching of components of different scales in the same string, partial component occlusion, and multi directional installation, and the system design is flexible;
Support frame pre installation, with a single installation time of only 30 seconds, suitable for most mainstream photovoltaic modules on the market;
Fully utilize the roof area, improve monitoring particle size, and save personnel costs.