HomeProductsSolar PanelTOPCon Solar panel455–475W Solar Panel Bifacial Dual Glass Solar Panel 23.8% Max Efficiency

455–475W Solar Panel Bifacial Dual Glass Solar Panel 23.8% Max Efficiency

  •  - 🔋 Ultra-High Power Output (455–475W) – Rectangular N-type TOPCon 2.0 half-cells deliver increased power and better efficiency.
  •  - ☀️ Bifacial Design (5%–25% Gain) – Transparent dual-glass construction enables additional backside energy generation.
  •  - 💎 Dual Glass Durability – 2.0mm + 1.6mm tempered glass for superior PID resistance, UV stability, and improved aging performance.
  •  - 📈 23.80% Maximum Module Efficiency – Advanced MBB technology ensures higher current collection and reduced resistance losses.
  •  - 📉 Low Degradation – 1% first year, ≤0.4% annually, with a 30-year linear power output warranty.
  •  - 🛡️ PID & Hot-Spot Protection – Ensures stable long-term operation with minimal degradation.
  •  - 🧪 Harsh Environmental Adaptability – Passed salt mist, ammonia corrosion, and high-load mechanical tests.
UE's solar panels are installed in the United States, Belgium, Germany, Australia and other countries
UE's solar panel production plant
UE is packing the components for export and loading them into containers
UE's solar panels are installed in the United States, Belgium, Germany, Australia and other countries
UE's solar panel production plant
UE is packing the components for export and loading them into containers

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High Power • Higher Efficiency • Dual Glass Durability • 30-Year Performance Warranty

High-efficiency 455–475W N-type TOPCon bifacial dual-glass solar module with up to 23.80% module efficiency, enhanced low-light performance, PID protection, and 30-year linear power warranty. Suitable for residential, commercial, and utility applications.

📝 Product Description

The UE475T-48HBD is a next-generation rectangular-cell N-Type TOPCon bifacial dual-glass module designed for customers demanding higher efficiency, higher reliability, and better long-term ROI. Using 182×210mm N-type half-cells and multi-busbar technology, this module achieves up to 23.80% efficiency and significantly improved bifacial energy gain.

Its dual-glass structure provides outstanding durability and minimizes risks associated with moisture, UV exposure, and mechanical stress. Thanks to enhanced low-light responsiveness and minimized PID degradation, this module outperforms standard P-type PERC modules in most real-world conditions.

Designed for residential rooftops, commercial installations, tracking systems, and utility solar farms, the UE475T-48HBD is engineered to deliver stable long-term performance with up to 30 years of guaranteed power output.

🔧 Technical Specifications

Electrical Parameters (STC)

ModelPmax (W)Voc (V)Isc (A)Vmp (V)Imp (A)Efficiency
455W45536.1815.7830.6914.8322.80%
460W46036.3215.8330.9514.8723.00%
465W46536.4615.8831.2114.9123.30%
470W47036.6015.9331.4714.9523.50%
475W47536.7415.9831.6814.9923.80%

Electrical Parameters (NMOT)

Pmax (W)Voc (V)Isc (A)Vmp (V)Imp (A)
347–36234.82–34.9612.72–12.8828.80–29.7312.05–12.18

Electrical Parameters (Bifacial 10% Gain)

Pmax (W)Voc (V)Isc (A)Vmp (V)Imp (A)
501–52336.55–37.1115.94–16.1431.00–32.0014.98–15.14

Mechanical Specifications

ItemDetails
Dimensions1762 × 1134 × 30 mm
Weight24 kg
Cell TypeN-type TOPCon 2.0
Cell Size182 × 210 mm half-cells
Cell Layout48 × 2 (96 cells)
Front/Back Glass2.0mm / 1.6mm dual glass
FrameAnodized aluminum alloy
Junction BoxIP68, 3 bypass diodes
ConnectorMC4 compatible
Cable Size4mm² (customizable length)
Operating Temperature-40°C to +85°C
NMOT45 ± 2°C
Max System Voltage1500V DC
Series Fuse Rating25A
Mechanical Load5400Pa snow / 2400Pa wind
Packaging36 pcs/pallet; 936 pcs/40HQ

FAQS

Q :

What is the main difference between this rectangular-cell module and standard 182mm modules?

A :

The 182×210mm rectangular cells increase the effective light receiving area, resulting in 10–20W higher output compared to traditional square-cell modules.

Q :

How much extra energy can the bifacial feature generate?

A :

Under suitable ground conditions (concrete, white paint, grass), the backside can increase output by 5%–25%.

Q :

Is the dual glass design worth it?

A :

Yes. Dual glass significantly improves resistance to: humidity & vapor UV degradation PID sand, desert climates ammonia & salt corrosion This ensures better long-term reliability and supports a 30-year power warranty.