Solar panels have become a tangible symbol of the transition to a more sustainable future. They represent an increasingly popular choice among those who wish to reduce their ecological footprint while containing energy costs. However, not all buildings can benefit from this green revolution. The reason? Roofs. Not all roofs have the capacity to support the weight of traditional solar panels.
Installed even on roofs with low carrying capacity
Thanks to their low weight and ease of installation, meeco oursun® ultralight solar panels are suitable on a wide variety of roofs, including those with lower carrying capacity. Their use represents a significant breakthrough, allowing solar energy to be harnessed even where it was not previously considered possible.
Ultralight solar panels: Suitable for unconventional surfaces
Ultralight oursun® modules have several key features that make them an exceptional solution in the renewable energy landscape. These ultralight solar panels extend the installation of solar systems to buildings with structural limitations, removing one of the main barriers to solar energy. In addition, the flexibility of these modules opens up new application possibilities, also adapting to unconventional surfaces and thus offering greater versatility even in geographic settings with particular climatic conditions. This aspect opens up a vast and diverse international market, promoting solar energy as a major renewable energy source globally.

oursun® for meeco sun2roof® PV solutions
oursun® ultralight solar panels are available in different sizes and power types – 330 W / 375 W and 420 W – giving the same efficiency as a standard module.
meeco successfully installed sun2roof® solar systems with ultralight solar panels facing the most difficult structural problems and meeting even the requirements of the most demanding customers, driving their steps towards a sustainable future.
For additional information on oursun® Ultralight modules and meeco green energy solutions, visit www.meeco.net or email to info@meeco.net