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Success Stories

Hej Sverige! Our First Biosolar Roof in Sweden

Hej Sverige! Our First Biosolar Roof in Sweden

Lidingö, Sweden

A solar-powered green villa in the Netherlands

A solar-powered green villa in the Netherlands

Spijk, Netherlands

Going solar without giving up green in New York

Going solar without giving up green in New York

New Paltz, New York

Solar power by the lake in Switzerland

Solar power by the lake in Switzerland

Aargau, Switzerland

First Commercial Over Easy Solar Project Delivered in France

First Commercial Over Easy Solar Project Delivered in France

Côte d'Azur, France

Science World Vancouver Sets New Standard with Vertical Solar Innovation

Science World Vancouver Sets New Standard with Vertical Solar Innovation

Vancouver, British Columbia

A Future-Proof Green Roof in the Netherlands

A Future-Proof Green Roof in the Netherlands

Oldenzaal, Netherlands

First biosolar project in Ireland: A business park in Dublin

First biosolar project in Ireland: A business park in Dublin

Dublin, Ireland

Vertical solar on the roof of a shopping mall in Hinwil, Zürich

Vertical solar on the roof of a shopping mall in Hinwil, Zürich

Hinwil, Zürich

Hej Sverige! Our First Biosolar Roof in Sweden

Lidingö, Sweden

11.78 kWp

46 units

XM-3 QUATTRO-256S with BIO120 feet

Biosolar synergy in Sweden


A new 11.78 kWp vertical solar installation is now generating clean energy from a sedum green roof in Sweden.


The project features 46 VPV units, demonstrating how solar generation can be seamlessly integrated with a green roof while maintaining the benefits and appearance of the vegetation.


Solar and nature on the same roof


Green roofs provide a range of benefits, from supporting biodiversity and managing rainwater to contributing to the environmental performance of buildings. Integrating solar into these rooftops therefore requires a solution that works in harmony with the vegetation.


Vertical PV makes this combination possible. By positioning the panels vertically, the system leaves space for the sedum vegetation while adding renewable energy generation to the same rooftop.


The result is a biosolar rooftop where solar production and green infrastructure work together, making better use of the available roof space. With its vertical orientation and bifacial design, the system also offers a production profile that can complement electricity demand and price patterns throughout the day.


This project is another example of how solar and green roofs can work together to unlock more value from existing rooftops.

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