The LONGi Solar 465W Hi-MO X6 MAX HPBC Mono Solar Panel – Full Black is designed for installers looking for high-efficiency solar panels that also aesthetically match modern residential and commercial roofs. With its advanced HPBC (Hybrid Passivated Back Contact) cell architecture and all-black finish, this panel offers top performance, long-term reliability and sleek visual integration – ideal for the European market.
With a rated output of up to 465W and an impressive modulation efficiency of 22.8%, the LONGi Solar 465W Hi-MO X6 MAX HPBC Mono – Full Black is ideal for maximizing efficiency on roofs with limited space. The compact size and 108-cell design allows for flexibility in system design, while the rugged construction ensures reliable performance in a variety of weather conditions.
With low degradation values and excellent temperature coefficients, this panel guarantees long-lasting yields and reliable operation – even in high temperatures or varying light conditions such as those common in Europe.
Key features:
High Power & Efficiency
Up to 465W of power with 22.8% efficiency-helps installers deliver more energy per square meter.
Advanced HPBC cell technology
Back-contact design increases light absorption and reduces electrical losses, providing higher yield in field conditions.
Low Degradation, Long Life
Less than 1% degradation in the first year and only 0.40% per year from year 2 to 25-covered by a 25-year linear performance guarantee.
Stylish Full-Black Design
All-black finish for a sleek, modern look-perfect for high-end residential installations and exposed commercial roofs.
Suitable for Heavy Duty Conditions
Front load up to 5400Pa and rear load up to 2400Pa; tested for hail impact, extreme temperatures and corrosion resistance.
Compact & Installation Friendly
Dimensions: 1800 × 1134 × 30 mm | Weight: 21.6 kg-Easy to handle and compatible with European mounting systems.
Comprehensive Certifications
Complies with IEC 61215, IEC 61730, ISO 9001/14001/45001-for quality, safety and environmental assurance.
