Architectural surfaces, powered by solar intelligence.

Facades, spandrels, roofs and sound walls generate on-site power without compromising their intended architectural finishes.

ArchiSolar’s proprietary image-optimisation software, powered by our Nano-Layered, Micro Printed (NLMP) technology, processes digital imagery for precision integration onto architectural glass. This enables the replication of natural materials such as granite, marble, brick or wood, while maintaining reliable energy yields and compliance with global building standards.

Manufacturers license this process to deliver high-resolution architectural design materials that carry the intended finish while quietly powering the building.

BIPV becomes a fully fledged design material that carries the architecture while quietly powering the building.

How architecture becomes solar power generation

ArchiSolar’s image-optimisation software processes intricate patterns like marble veins, brick bonds or wood grain, to ensure they integrate seamlessly without compromising solar performance.

The optimised image is applied as a precise, micro-patterned layer onto architectural glass, creating a durable, high-definition surface ready to laminate.

Printed glass is combined with high-efficiency photovoltaic cells to form BIPV laminates that deliver predictable energy yields per square metre.

Manufacturers transform these laminates into facades, spandrels, roofs and sound walls using standard mounting and electrical systems, ensuring straightforward integration with conventional solar installation systems.

Ready to integrate high-resolution solar generation into your building fabric?

Surfaces ArchiSolar's technology supports

CdTe thin-film glass turns facades, spandrels and sound walls into continuous solar surfaces, performing well in high temperatures and low light while maintaining a cohesive, tinted-glass appearance.

High-efficiency monocrystalline BIPV laminates act as opaque, coloured cladding, combining strong output with patterns that closely replicate granite, marble, brick or other solid materials.

CdTe-based glass with tunable transparency powers spandrel windows and curtain walls, delivering daylight and views while generating energy consistent with a standard solar array.

Integration, standards, and performance

ArchiSolar’s technology supports the use of laminated tempered glass, proven photovoltaic stacks and tested load and temperature ranges. Standard junction boxes, connectors, and compatible inverters make electrical integration straightforward for existing solar and facade teams.

Manufacturers can offer warranties of up to 10 years on materials and 25 years on power output, in line with mainstream solar industry expectations. ArchiSolar supports partners in aligning the technology with relevant glass, electrical and building standards inside their own certification pathways.

For manufacturers and partners

For glass and solar manufacturers, ArchiSolar licenses its image optimisation and print process so you can integrate it into current lines and create BIPV versions of products you already sell. Partners receive clear guidance on print settings, lamination stacks and electrical details so new BIPV ranges are straightforward to industrialise.

Incorporate ArchiSolar’s patented NLMP technology into your existing production lines?

Limitless Options

For architects and engineers, the system is specified like facade, spandrel, roof or sound wall cladding, with an added electrical schedule to support carbon reduction and performance modelling.

See our Applications section for use cases, or contact us to discuss a live project or manufacturer introduction.

High efficiency BIPV modules powered by ArchiSolar's technology

Discover our range of solar innovation products where meticulous craftsmanship transforms your space into a sustainable powerhouse and blends seamlessly with your architectural vision.

Each product is a testament to our unwavering commitment to excellence, a fusion of sleek design and reliable functionality.

Accreditations

ArchiSolar’s technology powered BIPV modules have obtained TUV certification as well as Australia Energy Council (CEC) approval to be installed in Australia and be entitled for green energy credit.