Fonrich solar power optimizer, also known as a PV optimizer or solar panel optimizer, maximizes energy output by minimizing losses from shading and mismatch. Designed for one optimizer per panel, it supports easy PV install and is ideal for both residential and commercial solar optimization. This enhanced version is equipped with an advanced heat sink for superior thermal management, ensuring higher efficiency and longer lifespan in high-temperature environments. Available in two models: one-to-one (single panel) and one-to-two (dual panel) configurations, offering greater flexibility for various system layouts.
Built with rapid shutdown and remote monitoring via SafeSolar App, this solar DC optimizer enhances system safety and management. Its long-distance communication and flexible design make it a preferred choice among solar optimizers and optimisers for solar panels globally. Fully compliant with NEC 2023, NEC 2020, UL 1741 and UL 3741, it meets the highest industry safety and performance standards. The enhanced cooling model features an upgraded heat sink for improved heat dissipation, making it especially suitable for hot climates or high-load installations.
Improved Power Generation Efficiency
Solve power generation losses caused by shading, different orientation and mismatching
Automatic/Manual Rapid Shutdown
Automatic protection or manual shutdown, to ensure maintenanceand fire safety
Supports Remote Data Monitoring
Snapshots include voltage, current, power, powergeneration, IV working point, temperature, etc.
1600m PLC Communication
Supports super-long communication distance
Model
FR-PVMS-C65C
Number of Module
1:1
Max. Input/Output Power
1400 W
Max. Input Voltage
125 Vdc
Dimension
132 × 120 × 45 mm
Safety Compliance
NEC 2017, 2020 & 2023 (690.12) ; IEC 62109-1; EN 62109-1; UL 1741, UL 3741
Feature | Optimizer-Basic Version | Optimizer-Thermal Plus Version |
---|---|---|
Heat Dissipation | Standard structure | Enhanced heat sink, superior cooling performance |
Application Environment | Standard installation environments | High-temperature, high-load environments |
Model Options | 1 optimizer per panel (1:1) | 1:1 or 1:2 (one optimizer for two panels) |
Ideal Use Cases | General residential & commercial projects | Large-scale systems, hot climates, high-density installations |
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