Aiko Solar Panels
A collection page of Powerland.co.uk
About
AIKO Solar Panels – Advanced High-Efficiency N-Type PV Modules for Professional Installers AIKO Solar Panels are at the forefront of solar innovation, delivering industry-leading efficiency, durability, and cutting-edge N-Type TOPCon technology . Trusted by professional installers across the UK, AIKO provides high-performance solar modules that maximise energy output, simplify installation, and ensure long-term value for residential and commercial projects. AIKO’s patented All Back Contact (ABC) cell architecture combined with TOPCon technology offers superior temperature performance, lower degradation rates, and sleek all-black aesthetics ideal for modern installations. With power classes starting above 450W and now featuring the latest Gen 3 models ranging from 470W to 485W , AIKO panels are engineered to excel even in low-light conditions, making them a top choice for UK rooftops and large-scale solar arrays. Introducing AIKO Gen 3 Solar Panels (470W – 485W) The AIKO Gen 3 series represents the pinnacle of photovoltaic technology with improvements in efficiency, durability, and design tailored for professional installers: Power Output: 470W, 475W, and 485W models Efficiency: Up to 24.3% panel efficiency for maximum energy harvest Innovative Design: Precision overlap soldering and hidden busbars provide a sleek, all-black, bezel-less look Enhanced Durability: Dual-glass construction for superior resistance to environmental stress Warranty: 25-year product warranty with 30-year linear performance guarantee Performance: Excellent temperature coefficient of -0.26%/°C ensures strong output in warmer conditions Certifications & Awards: Recipient of the 2023 Intersolar Innovation Award and Red Dot Design Award Why Choose AIKO Solar Panels? High Efficiency: Industry-leading N-Type TOPCon & ABC technology delivers superior energy yields Low Degradation: Advanced cell technology ensures minimal performance loss over decades Sleek Aesthetics: All-black panels with c