WAAREE TOPCon N-Type Bifacial Solar Panel 635W, 21.86% Efficiency Utility Commercial Dual Glass, 132 Half-Cut IP68

• Power Output : 635W
• Module Efficiency : 21.86%
• Cell Configuration : 132 Half-Cut Bifacial Cells
• Mechanical Load Rating : 5400 Pa (Front Snow) / 2400 Pa (Rear Wind)
• Junction Box Rating : IP68 Weatherproof Split Junction Box

Features

• High-Power TOPCon N-Type Cells: Maximizes power density and efficiency while reducing internal electrical losses.
• Bifacial Energy Harvest: Captures up to 30% additional back-side power from ground reflection, sand, concrete, or white TPO roofing.
• Framed Dual Glass Architecture: Provides structural rigidity, moisture barrier protection, and long-term durability in harsh environments.
• Zero LID & Low PID Degradation: N-Type silicon composition prevents initial power drop and ensures low annual power degradation.
• 132 Half-Cut Cell Design: Lowers operating current per cell string to reduce resistive losses and mitigate hot-spot risks under partial shade.
• Weatherproof IP68 Split Junction Box: Ensures dust sealing, water immersion resistance, and bypass diode heat dissipation.

Applications

• Utility-Scale Solar Power Plants: Ideal for multi-megawatt ground-mounted projects where high power density and 1500V stringing reduce balance-of-system (BOS) installation costs.
• Single-Axis & Dual-Axis Solar Trackers: Compatible with tracking systems to maintain optimal front orientation while picking up continuous rear-side albedo reflectances.
• Commercial & Industrial (C&I) Rooftops: Performs effectively on factory and warehouse roofs, especially when paired with white TPO membranes or light-colored surfaces to maximize backside light.
• High-Albedo Terrain Installations: Excellent for deployment over gravel, sand, concrete, or snow-covered sites where backside solar reflectance is naturally high.
• Floating Solar & Coastal Solar Projects: Framed dual-glass construction and IP68 sealing provide corrosion resistance against high moisture, salt mist, and humidity.