Photovoltaics as a building material.
CdTe thin-film technology in the SolarInn literature combines the functions of building materials with electricity generation across roofs, glass and façades.
TECHNOLOGY
A new relationship between light and architecture.
BUILDING INTEGRATED PHOTOVOLTAICS
Designed as architecture. Working as energy.
Building-integrated photovoltaics (BIPV) bring electricity generation into roofs, façades and glass. UNICE supports technical coordination between international technologies and design and deployment requirements in Japan.
Explore SolarInn products
Start with the light available.
Consider direct, diffuse and reflected light. Orientation, neighbouring buildings, seasons and shading inform each installation plan.
Design and function, together.
Transparency, colour, finish and detailing help integrate photovoltaics with the architecture of the building.
Comfort is part of the design.
Insulation, solar control and acoustic performance depend on the glazing configuration. We consider these alongside daylight and power generation.
Plan for long-term use.
Product construction, installation, durability and maintenance conditions require careful review, supported by relevant test documentation.
Consider the whole energy picture.
Building surfaces can support renewable electricity generation. Environmental contributions depend on installation conditions, energy yield and use.
CONTACT
Start with a conversation.
Product selection, technical questions and deployment in Japan and Asia.