Meyer Burger – White – Solar PV Panels

Thanks to Meyer Burger’s patented and enhanced Heterojunction/SmartWire® technology, their solar cells achieve a significantly higher energy yield than modules with common PERC technologies. This makes their modules the most powerful on the market and producing approximately 20 percent higher energy yield on the same surface area than current standard modules.

Modules are high quality and perfectly processed. The SWCT™ technology used improves cell stability and makes modules less susceptible to so-called micro-cracks, one of the most common reasons for energy losses in solar modules. An ultra-stable special backsheet further protects the cells from moisture and other environmental influences.

They meet the highest aesthetic standards and are manufactured under consistent sustainability standards.

Maximum performance:
Up to 20 percent more energy yield – even in low-light conditions, such as in the morning and evening hours or with cloudy skies

Maximum quality:
Production of solar cells and modules according to the highest standards and exclusively in Germany

Maximum durability:
Guaranteed yields for decades

Maximum stability:
Patented SmartWire technology makes the modules extremely rugged and efficient

Maximum elegance:
Understated and superb design – invented in Switzerland

Premium quality Made in Europe:
Meyer Burger develop solar cells and modules in Switzerland and produce them exclusively in Germany. In addition to short delivery routes and fast delivery times, this also means more local added value and lower carbon footprint.

Clean energy for today, tomorrow and beyond:
Meyer Burger modules are especially climate-friendly because they produce more emission-free energy and for a longer period of time. They are manufactured in accordance with the strictest environmental standards without using lead, using fewer solvents and made in production facilities powered with energy from renewable resources. They will also recycle end-of-life modules as completely as possible.