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- DMEGC Solar 460W Infinity RT 96 Cut Dual Glass N-type Mono Solar Module - Full Black
DMEGC Solar 460W Infinity RT 96 Cut Dual Glass N-type Mono Solar Module - Full Black
SKU: DM460G12RT-G48HBB
The DMEGC Solar Infinity RT Full Black is a high-efficiency N-type mono facial dual-glass solar module designed to combine strong output with a premium all-black appearance. In this range, the module platform delivers up to 23.8% efficiency, with the 460W variant rated at 23.3% efficiency. Its double-glass construction, 1500V DC design, and long-term durability make it well suited to residential installations where both performance and aesthetics matter. The panel is backed by a 25-year product warranty and a 30-year linear power warranty.
- Manufacturer DMEGC Solar
The DMEGC Solar 460W Infinity RT Full Black solar module is built for installers and homeowners looking for a sleek appearance without compromising on performance. Using N-type mono-crystalline cells in a mono facial double-glass design, the 460W version delivers strong output with a module efficiency of 23.3%, making it a strong choice for rooftops where maximising generation and maintaining a clean visual finish are both important.
Its full black design is paired with DMEGC’s dual-glass construction, using 2 mm heat-strengthened glass on both the front and rear for added durability. The module measures 1762 × 1134 × 30 mm, weighs 24.0 kg, and is rated for up to 1500V DC systems. It also offers strong environmental resilience, with certifications and testing covering IEC 61215, IEC 61730, ammonia corrosion, salt mist corrosion, LeTID, and dust and sand resistance.
For long-term reliability, the module has a nominal operating temperature of 42±2°C, a power temperature coefficient of -0.29%/°C, and a mechanical load rating of 5400 Pa on the front and 2400 Pa on the back under test conditions. DMEGC also backs the panel with a 30-year linear power warranty, stating ≤1% first-year degradation and ≤0.4% annual degradation thereafter, with 87.4% output retained at year 30.