The goal of the project is to develop different coloured BIPV solutions (Building Integrated Photovoltaics) that can be easily integrated into buildings (roofs and facades) as well as infrastructure. At the same time, the optimal interaction of building elements with PV-active components as well as their long-term reliability and durability with maximum possible power output are to be ensured.
To this end, several adaptable, highly reliable coloured BIPV systems are being developed based on sound material and degradation tests. These systems are designed to be not only visually appealing but also to meet the diverse needs of the market, ranging from integrated PV modules for roofs to facades. In addition, they are also intended to serve as showcase models that significantly drive the market penetration of BIPV solutions.
The project focuses on proven products such as the solar roof from Ennogie and the SONNENWAND (façade BIPV) and SONNENDACH (roof BIPV) systems from the manufacturer Sonnenkraft. While these products are already available on the market, they are currently limited to uncoloured PV modules, as integrating colour components poses significant technological risks, especially concerning long-term reliability.
Another exciting aspect of the project is the development of a new junction box design. As junction boxes are one of the potential weak points in glass-glass PV modules, this project will also develop a new junction box for their integration at the module edges during the lamination process.
In addition, a comprehensive compatibility matrix will be created, which will make it much easier to adapt the developed systems to different colours and individual customer requirements by providing optimal material combinations. This concept leads to significantly shorter development and delivery times for customized solutions.
ColourBIPV not only brings colour to the world of photovoltaics, but also adds innovation, efficiency and a clear vision for the future.
Project Lead
Ennogie ApS / Denmark
