HomeProductsSolar PanelsHJT Solar panels750W HJT Solar Panel Ultra High-Power Bifacial with Dual Glass & 24.10% Efficiency

750W HJT Solar Panel Ultra High-Power Bifacial with Dual Glass & 24.10% Efficiency

  •  - Engineered for utility-scale solar farms and ultra-powerful commercial projects, the UE750H-66HBD is a top-tier HJT bifacial solar module offering up to 750W output and 24.10% efficiency. Built with dual-glass encapsulation, 132 rectangle half-cells, and 90% bifaciality, it delivers extreme energy yield, long-term durability, and global bankability.

  • ⚡ Massive Power Output: Delivers up to 750W with exceptional 24.10% efficiency - 
  • 🔄 90% Bifaciality: Rear-side generation boosts yield in reflective or elevated environments - 
  • 🛡️ Double Glass Durability: 2.0mm front + 1.6mm back glass for extreme weather resistance - 
  • 🏗️ XL Format Module: 2384mm × 1303mm — maximizes wattage per string & reduces BOS cost - 
  • 📈 30-Year Power Warranty: Industry-best linear warranty ensures ≥88% power retention by year 30 - 
  • 🔌 Global Certifications: IEC, UL, ISO, and PID resistance ready for international deployment - 
Explore the UE750H-66HBD, a 750W bifacial HJT solar panel with dual-glass build, rectangle cells, and 24.10% efficiency.
Power generation efficiency of 750 watt solar panel
750 watt solar panel cell layout
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
Explore the UE750H-66HBD, a 750W bifacial HJT solar panel with dual-glass build, rectangle cells, and 24.10% efficiency.
Power generation efficiency of 750 watt solar panel
750 watt solar panel cell layout
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

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Product Description

The UE750H-66HBD is United Energy’s highest-output solar module to date, utilizing advanced heterojunction technology (HJT) and symmetrical bifacial construction to push system performance to new heights. With a frontside rated output of 730–750W and up to 30% bifacial gain, it offers unmatched energy generation potential per unit.

Built for long-term reliability, it uses high-purity N-type silicon, robust dual-glass design, and PIB sealing to resist moisture, salt mist, ammonia, and UV degradation. Weighing 37.9kg, it's suitable for professional installations using trackers or reinforced racking systems.

Perfect for solar developers, EPCs, and utility providers seeking high-efficiency power density on large land areas.

Technical Specifications

SpecificationUE750H-66HBD
Power Output (Pmax)730W ~ 750W
Max Efficiency24.10%
Cell TechnologyN-Type HJT Half-Cut (Rectangle)
Number of Cells132 (6×22)
Module Dimensions2384 × 1303 × 33 mm
Weight37.9 kg
BifacialityUp to 90%
Front / Rear Load5400Pa / 2400Pa
GlassDual Glass (2.0mm / 1.6mm)
FrameBlack Anodized Aluminum
Junction BoxIP68, 3 Bypass Diodes
ConnectorMC4 Original / Compatible
Cable4mm², 300mm (customizable)
Max System Voltage1500V DC
Power Tolerance0 ~ +5W
Operating Temp. Range-40°C ~ +85°C
Temp. Coeff (Pmax)Approx. -0.26%/°C
CertificationsIEC61215 / IEC61730 / UL61730 / ISO9001 / ISO14001 / ISO45001 / IEC62941
Warranty15-Year Workmanship / 30-Year Linear Power Warranty

FAQS

Q :

What installation types is this large-format module best for?

A :

This module is perfect for utility-scale farms, solar trackers, or large industrial rooftops using reinforced racking systems due to its size and weight.

Q :

How does the bifacial rear-side boost energy yield?

A :

When installed above reflective surfaces (e.g., sand, snow, white membranes), rear-side gain can contribute up to 25–30% extra power, depending on site conditions.

Q :

Is HJT better than TOPCon or PERC?

A :

Yes. HJT offers the lowest temperature coefficient, lowest LID, and highest efficiency, especially ideal for hot climates or long-lifespan projects.