The Monocrystalline Silicon Mono 66 Cell solar module is a high-performance photovoltaic product engineered for efficient energy conversion. Crafted with advanced N-Type TOPCon technology and MBB Cell design, it stands out as a reliable solution for both residential and commercial solar energy systems. This module integrates cutting-edge circuit configurations to optimize power output, making it a top choice for users seeking long-term energy efficiency and stability. It adheres to global industry standards, holding multiple international certifications that validate its quality and performance across diverse application scenarios.
Equipped with N-Type TOPCon technology and MBB Cell structure, the module delivers exceptional power production even in challenging conditions. Its innovative circuit design enhances energy harvest, ensuring consistent performance that outperforms conventional solar modules.
Built to withstand harsh climates, the module undergoes rigorous testing for salt spray corrosion and ammonia resistance, making it suitable for coastal, industrial, and agricultural areas. It also features strong mechanical load resistance, capable of enduring extreme wind and snow conditions without compromising functionality.
Designed with optimized low-light response, the module maintains high efficiency even on cloudy days or in shaded environments. This feature extends its energy generation window, maximizing daily power output and improving overall system productivity.
Integrated PID Protection technology minimizes performance attenuation caused by potential-induced degradation, ensuring long-term stability and extending the module’s service life. This protection mechanism safeguards the module’s efficiency, reducing maintenance needs and enhancing investment value.
Ideal for rooftop solar systems in homes, the Monocrystalline Silicon Mono 66 Cell module provides a compact yet powerful solution for residential energy needs. It seamlessly integrates with home energy systems, supporting self-consumption and grid feed-in applications.
Suitable for large-scale commercial rooftops and industrial solar farms, the module’s high efficiency and durability make it a cost-effective choice for commercial energy generation. It adapts to large-area installations, supporting high-power energy storage and grid integration.
Perfect for off-grid applications such as remote cabins, rural communities, and outdoor facilities, the module delivers reliable power in areas without grid access. Its robust design and low-light performance ensure consistent energy supply for critical loads.
Mechanical Diagrams
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Mechanical Diagrams | Frame Cross Section A-A | Frame Cross Section B-B |
Specifications
Weight | 27kg |
Dimensions | 2279mm*1134mm*30mm |
Cell Dimensions | 182*199mm |
Cell Amount | 66*2 pcs |
Maximum System Voltage | 1500V |
Junction Box | IP68 |
Front Glass | 3.2mm, AntiReflection Coating, High Transmission, Low Iron, Tempered Glass |
Frame | Aluminum Alloy |
Cable | 4mm², N 1400mm/P 1400mm for Horizontal installation 4mm2, N 300mm/P 300mm for Vertical installation |
Connector | MC4 compatible |
Electrical Parameters At Stc
Power | 570W | 575W | 580W | 585W | 590W |
Open Circuit Voltage | 47.82V | 48.02V | 48.22V | 48.42V | 48.62V |
Short Circuit Current | 15.12A | 15.17A | 15.22A | 15.27A | 15.32A |
Maximun Power Voltage | 39.91V | 40.11V | 40.31V | 40.51V | 40.72V |
Maximum Power Current | 14.28A | 14.34A | 14.39A | 14.44A | 14.49A |
Module Eciency | 22.06% | 22.25% | 22.44% | 22.64% | 22.83% |
Under Standard Test Conditions(STC) of irradiance of 1000 W/m2, spectrum AM 1.5 and cell temperature of 25℃.
Electrical Parameters At Nmot
Power | 429W | 433W | 437W | 440W | 444W |
Open Circuit Voltage | 45.44V | 45.64V | 45.84V | 46.04V | 46.24V |
Short Circuit Current | 12.13A | 12.19A | 12.23A | 12.25A | 12.28A |
Maximun Power Voltage | 34.24V | 37.44V | 37.64V | 37.84V | 38.04V |
Maximum Power Current | 11.52A | 11.57A | 11.61A | 11.63A | 11.67A |
Under Nominal Module Operating Temperature(NMOT), irradiance of 800 W/m2, spectrum AM 1.5, ambient temperature 20℃, wind speed 1 m/s.
Temperature Characteristics
NMOT | 41±3°C | Temp Coeicient of ISC | +0.046%/°C |
Temp Coeicient of VOC | -0.25%/°C | Temp Coeicient of Pmax | -0.30%/°C |
Packing Configuration
Modules/Pallet | 37 Pieces | Modules/40'Container | 740 Pieces |
Packing Description | 20 Pallets, Total=(37+37)x10=740 Pieces | ||
Characteristics
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LC-66M-182*199-N | LC-66M-182*199-N |
Maximum Rating
Output Tolerance | 0~+5W |
Operating Temperature | -40℃~+85℃ |
Wind Load/Snow Load | 2400pa/5400pa |
Fuse Current | 25A |
The module features a sleek, durable design with high-transmission low-iron tempered glass on the front, enhancing light absorption while protecting internal components. Its aluminum alloy frame provides strong structural support, ensuring resistance to impact and environmental wear.
Equipped with an IP68-rated junction box and MC4-compatible connectors, the module ensures safe and secure electrical connections. The wiring design supports both horizontal and vertical installation, offering flexibility for different mounting scenarios.
Optimized thermal design reduces temperature-related performance loss, with advanced temperature coefficient characteristics that maintain efficiency even in high-temperature environments. This ensures stable power output across varying weather conditions.
N-Type TOPCon technology enhances carrier mobility and reduces recombination losses, leading to higher energy conversion efficiency and longer-term stability compared to traditional P-Type modules. It also improves low-light performance and reduces sensitivity to environmental stressors.
Yes, the module is specifically tested for salt spray corrosion resistance, making it highly suitable for coastal installations. Its robust design and protective coatings prevent damage from salt-laden air, ensuring reliable performance in marine environments.
Absolutely, the module features MC4-compatible connectors and adheres to standard electrical specifications, ensuring seamless compatibility with most commercial solar inverters. This simplifies system integration and reduces installation complexity.
PID Protection prevents potential-induced degradation, a common issue that causes gradual efficiency loss in solar modules. By minimizing this attenuation, the module maintains its performance over time, extending its service life and maximizing return on investment.
Yes, the module’s wiring configuration is designed to support both horizontal and vertical installation, offering flexibility for different rooftop layouts and space constraints. This adaptability makes it suitable for a wide range of installation scenarios.
