WHEN SPLENDID DESIGN MEETS FUNCTIONALITY:
a2-solar’s shingle facade as active, energy-generating building shell
Our solution for your active, energy-generating building shell: an easy-to-mount, back-ventilated cold building facade in shingle optics made of glass-glass modules with high-efficiency solar cells whereby all components may be perfectly customered-tailored according to your needs. The new Energy-efficiency Regulations for Buildings (EnEV) poses new challenges for investors and architects to succeed in building zero-energy or even plus-energy houses.
Our innovation may help to bring you one step closer: Our solution for your active, energy-generating building shell is an easy-to-mount, back-ventilated cold building facade made of glass-glass modules with high-efficiency solar cells whereby all components may be perfectly adapted and customered-tailored according to your needs and architectural requirements. The module measurements can be freely chosen as well as the glass thicknesses to meet with static requirements or regulations. Our solution package even includes all mounting elements. Our DiBT certification is currently in process. The overlapping module design creates a shingle effect which may enhance the building's architectonical appeal. Whatever the design of solar cell or glass desired, you are free to select any type, shape or colour - even for adapting the back glasses in perfect colour shades - all without loosing the focus on functionality.
In case of any façade project issues or request or technical encounters, we will be happy to assist you in planning your contribution for sustainability and alternative energy usage. Based on your information and details, our offer will include your energetic benefits as well as static advice.
We are your contacts for any question about Building-integrated PV.
Reinhard Wecker
Building-integration Germany and international.
Further References
Our solution for your active, energy-generating building shell: an easy-to-mount, back-ventilated cold building facade in shingle optics made of glass-glass modules with high-efficiency solar cells whereby all components may.