Over Easy Solar is proud to announce it's first biosolar roof installation in Denmark. This pioneering project, located at the...

We're proud to announce the successful completion of our largest solar installation to date - a state-of-the-art 102 kWp solar array on a...

Explore the climate impact of our vertical solar panels with a Life Cycle Assessment, highlighting its sustainability and carbon footprint.

Oslo, 5 October 2023 Over Easy Solar has been selected to receive investment from Katapult. Of 2500 candidates who were assessed for the...

Over Easy Solar Launches Research Website to Accelerate the Energy Transition Oslo, 24 August 2023 – Over Easy Solar, a pioneering...

Discover the benefits of green roofs, including energy savings, enhanced biodiversity, temperature reduction, and air pollution control.

For immediate release Oslo, June 26, 2023 – Over Easy Solar, a Norwegian solar startup, proudly announces the official opening of its...

Announcing the wind certification and approval of revolutionary ballast-free vertical bifacial PV system for flat rooftops.

With more and more cities around the world changing the building code and regulation to better adapt to the climate conditions,...

This article takes a deep dive into the factors that determine the energy yield of vertical bifacial solar systems, from orientation, albedo and module technology to geometry, shading, climate and temperature. It also examines how vertical PV is simulated and compares those estimates with results reported in peer-reviewed field studies. Last major update: 31.07.2026. The vertical PV production pattern: more off-peak energy Vertical bifacial solar panels have a distinctly diff