BC Dual Glass Solar Panel

      Our manufacturing facility strictly executes ISO 9001:2015 quality management protocols. Every BC dual glass solar module undergoes dual 100% EL (Electroluminescence) testing-initially before lamination and finally post-framing-to absolutely verify the absence of hidden micro-cracks. Modules are certified by TUV Rheinland, CE, and RoHS. Batch samples pass rigorous mechanical load validations, damp heat environmental tests (85°C/85% RH), and severe salt mist and ammonia corrosion resistance tests (IEC 61701 / IEC 62716), guaranteeing stable yield in harsh climatic conditions.

BC Dual Glass Solar Panel Assembly Drawing Engineering Drawings (Unit: mm)

*Length: ±2mm Width: ±2mm

Electrical Performance Parameters (Under Standard Test Conditions)

1. STC (Standard Test Conditions): Irradiance 1000 W/m², cell temperature 25°C, spectral distribution AM1.5

2. NOCT (Nominal Operating Cell Temperature): Irradiance 800 W/m², ambient temperature 20°C, spectral distribution AM1.5, wind speed 1 m/s

Load Capacity

      We implement robust, export-grade packaging engineered for international ocean freight. Modules are packed vertically in portrait orientation inside reinforced double-corrugated cartons, secured on fumigated wooden pallets. Each pallet is wrapped with multi-layer heavy-duty shrink film and reinforced with industrial steel banding. Corner protectors and spacer blocks are inserted between modules to prevent friction and glass breakage during transit. Container loading is mathematically optimized to maximize space utilization while adhering to strict weight distribution limits, securing your bulk order from our factory floor to the project site. 

Delivery time

Delivery Schedule: For orders under 20,000 pieces, the standard lead time is 15 days. For quantities exceeding this, we will coordinate to accommodate your needs.

      The structural integrity and exceptionally high power density of BC dual glass solar panels make them highly viable for restricted installation spaces and harsh environments. They are deployed heavily in utility-scale ground-mounted solar plants utilizing single-axis trackers to capture maximum bifacial albedo gain. They function as a primary component in commercial rooftop EPC installations requiring high wattage per square meter. Furthermore, the dual-glass moisture barrier is engineered specifically for Agrivoltaics (agricultural greenhouses) and coastal floating solar arrays requiring extreme humidity defense.