Energian Semi-Flexible SunPower ETFE Coated Solar Panel 160W with 0.9m cable

Premium 160W Semi-Flexible Solar Panel with SunPower Maxeon Gen 6 Cells – Ultra-Light, High Efficiency, Built for Off-Grid Adventures 

Designed for mobile, marine, and off-grid use, this advanced 160W semi-flexible solar panel combines ultra-lightweight construction with top-tier solar technology. Built using SunPower Maxeon Gen 6 back-contact cells—among the most efficient on the market—it delivers outstanding energy output even in low-light or shaded conditions.

Whether you’re powering your campervan, boat, or remote setup, this panel offers the flexibility, durability, and performance you need, all in a sleek and discreet package.

Key Features

• Product Features:

  • 🔋 SunPower Maxeon Gen 6 solar cells – Premium back-contact monocrystalline cells with >24.5% efficiency, significantly outperforming standard mono panels

  • ⚡ Advanced back-contact technology – Increases energy harvest by 20–30% compared to conventional mono cells by eliminating front-side shading and maximizing surface area

  • 🌥️ Exceptional low-light performance – Maintains high output even in cloudy weather, shaded conditions, or low sun angles

  • 🔧 Ultra-thin and ultra-light – Weighs just 2.4kg and only 3mm thick, making it ideal for vehicles, curved roofs, and limited-weight applications

  • 🖤 All-black aesthetic – Stylish, modern look for seamless integration on darker surfaces, roofs, or marine decks

  • 🌊 Fully weatherproof (IP67) – Designed for permanent outdoor use with resistance to water, dust, and harsh environmental conditions

  • 🌞 ETFE-coated surface – Durable, UV-resistant, anti-corrosive and flexible with a lightly textured finish for better solar gain and longer lifespan

Electrical Specifications

Temperature Coefficients

Mechanical Specifications

Panel Composition

ETFE top layer, EVA encapsulation, SunPower Maxeon Gen 6 solar cells, TPT backsheet, and an integrated junction box. Built to perform in demanding environments while maintaining structural flexibility and efficiency.