Built on 182mm N-type monocrystalline wafers, 132-cell SMBB half-cell technology, and bifacial dual-glass design, this module delivers 530W to 550W power with a peak efficiency of 23.2%, striking the perfect balance between power output, installation flexibility, and investment returns for grid-tied solar projects. Optimized for 1500V DC grid-connected systems, this 132-cell grid-tied solar panel delivers reliable, high-efficiency generation for mid-scale commercial and industrial deployments, with robust durability and long-term performance stability.
This commercial ground-mount bifacial solar module features a 132-cell (6×22) layout, delivering 530W to 550W power with 23.2% peak efficiency, while maintaining a manageable 2094×1134×30mm size and 29.0kg weight. This balanced design offers greater flexibility than ultra-high-power utility modules, adapting seamlessly to both mid-scale ground-mount sites and large commercial rooftop grid-tied projects. The optimized form factor reduces installation complexity, while high power output cuts module, hardware, and labor costs, lowering upfront CAPEX for grid-tied projects.
Engineered for grid-tied systems, this 182mm 132-cell N-type solar panel for grid-tied projects delivers exceptional generation consistency, critical for stable grid integration. The N-type cell structure provides ultra-low LID and PID, minimizing long-term power degradation, while 80±5% bifaciality delivers extra energy gain from reflected ground or rooftop surfaces, boosting annual energy production. A low Pmax temperature coefficient (-0.28%/°C) reduces high-temperature power loss, while outstanding low-light performance ensures consistent generation in varying weather, supporting stable grid power output.
This high-efficiency 550W bifacial solar module is designed to maximize return on investment (ROI) for mid-scale grid-tied projects. It supports 1500V DC maximum system voltage, the grid-tied industry standard, reducing inverter and cable costs. The robust construction, including 2.0+2.0mm AR coated heat-strengthened dual glass, anodized aluminum frame, and IP68-rated junction box, delivers long-term corrosion resistance, withstanding -40°C to +85°C temperatures, 5400Pa front-side static loads, and 25mm hailstone impacts at 23m/s. This reduces maintenance costs and ensures stable generation over 30 years, enhancing long-term ROI for investors.
Parameter | Specification |
Model Series | LC182N-132MDB |
Power Output Range (STC) | 530W – 550W |
Peak Module Efficiency | Up to 23.2% |
Cell Type & Layout | N-type Monocrystalline, 132 (6×22) Half-Cell |
Dimensions | 2094×1134×30mm |
Weight | 29.0kg |
Open Circuit Voltage (Voc, STC) | 47.81V – 48.76V |
Short Circuit Current (Isc, STC) | 14.22A – 14.47A |
Maximum System Voltage | 1500V DC |
Maximum Series Fuse Rating | 25A |
Bifaciality | 80±5% |
Operating Temperature | -40°C ~ +85°C |
This mid-scale grid-connected solar panel complies with the highest international standards, with full certifications including IEC 61215:2021, IEC 61730:2023, ISO 9001:2015, ISO 14001:2015, ISO 45001:2018, and CE European Standard. We offer a 1-year product warranty against manufacturing defects, supported by a 30-year linear power warranty guaranteeing ≤0.45% annual degradation and 87.4% minimum nominal power retention at the end of 30 years.
Mid-scale grid-connected ground-mount solar plants
Large commercial and industrial grid-tied rooftop projects
Rural village-level grid-connected solar stations
Agricultural complementary grid-tied solar projects
Industrial park grid-tied solar systems
The module supports 1500V DC, fully compatible with standard grid-tied inverter systems, enabling flexible string design and reduced cable and inverter costs for mid-scale projects.
The 550W model delivers a peak conversion efficiency of up to 23.2%, ensuring high power output per square meter and maximizing generation for grid-tied projects.
It supports 5400Pa front-side and 2400Pa rear-side maximum static loading, making it suitable for ground-mount projects in diverse wind and snow load environments worldwide.
