WAAREE TOPCon N-Type Bifacial Solar Panel with 585W, 21.86% Efficiency Utility Commercial Dual Glass 144 Half-Cut Cells

Brand: Waaree

WAAREE TOPCon N-Type Bifacial Solar Panel with 585W, 21.86% Efficiency Utility Commercial Dual Glass 144 Half-Cut Cells

Name: WAAREE TOPCon N-Type Bifacial Solar Panel with 585W, 21.86% Efficiency Utility Commercial Dual Glass 144 Half-Cut Cells
Brand: Waaree
SKU: SI-W5-83588
Price: 15499 INR
Availability: InStock
Rating: 5.00 (1 reviews)

SKU: SI-W5-83588

MRP : ₹21700 ₹15499

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MRP : ₹21700

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WAAREE TOPCon N-Type Bifacial Solar Panel

With 585W, 21.86% Efficiency Utility

Commercial Dual Glass 144 Half-Cut Cells

Country of origin: India

Brand: Waaree
Weight (Approx.) : 60 kg

Power Output : 585Wp
Module Efficiency : Up to 21.86%
Cell Configuration : 144 Half-Cut Bifacial Cells
Module Construction : Framed Dual Glass (Glass-to-Glass)
Rated System Voltage : 1500V
Junction Box Rating : IP68 Weatherproof (Split Junction Box)
Encapsulation Type : PID-Free & UV-Resistant

Note : 30-Year Power Output Warranty.

The WAAREE 585Wp TOPCon N-Type Bifacial Solar Panel is an ultra-high-efficiency solar module engineered specifically for commercial, industrial, and utility-scale power projects. Powered by Tunnel Oxide Passivated Contact (TOPCon) N-Type silicon technology, this 585-watt module provides higher power density, a lower temperature coefficient, and superior low-light performance compared to traditional P-Type modules. The 144 half-cut cell arrangement reduces internal current resistance, boosting overall efficiency to 21.86%. Constructed in a durable framed dual-glass architecture utilizing two layers of 2 mm low-iron ARC semi-tempered glass, the panel forms a rigid barrier against moisture ingress, salt spray, sand, and mechanical wear. Its bifacial design allows energy collection from both sides, capturing ground reflection to increase total power yield depending on surface reflectivity and mounting height. Designed for 1500V DC system architecture, the module supports extended series stringing, significantly cutting balance-of-system (BOS) infrastructure costs. Complete with PID-free encapsulation, UV protection, an IP68 junction box, and a 30-year power output warranty, this panel delivers maximum long-term return on investment. WAAREE 585Wp N-Type TOPCon bifacial solar panel with 144 half-cut cells, dual-glass construction, up to 21.86% efficiency and 30-year power-output warranty.

Features

Bifacial Energy Yield Advantage: Harnesses sunlight from both sides, generating substantial additional energy from rear ground reflectance.
144 Half-Cut Cell Configuration: Halves operating current through individual cell strings to lower resistive heat and reduce hot-spot risk.
2mm Dual Glass Enclosure: High-transmittance semi-tempered ARC glass on front and rear ensures mechanical strength and resistance to micro-cracking.
1500V DC System Architecture: Reduces string combiner boxes, wiring runs, and installation overheads for utility-scale solar farms.
IP68 Weatherproof Protection: Enclosed split junction box and IP68 connectors prevent dust and moisture ingress in extreme climates.
PID & UV Resistance: Advanced encapsulant technology prevents Potential-Induced Degradation under high operational voltages.

Applications

Utility Scale Ground-Mounted Solar Farms: Designed for multi-megawatt solar power plants where 1500V system voltage and high power density minimize balance-of-system (BOS) costs.
Single Axis & Dual-Axis Solar Trackers: Pairs with single-axis tracking hardware to maximize direct solar capture on the front face while gathering continuous diffuse reflection on the back.
Commercial & Industrial (C&I) Rooftops: Ideal for large factory and warehouse roofs, especially when paired with light-colored or white TPO membrane roofing to boost rear gain.
High-Albedo Surface Installations: Operates at peak efficiency over light gravel, sand, concrete, or snow, where backside reflection adds up to 30% additional energy.
Solar Canopy Infrastructure: Works effectively on elevated structures above farmland, parking lots, and water canals, utilizing ambient diffuse light from below.