Unlike conventional rooftop solar, this project treats the building envelope itself as an energy-producing surface. Electricity is generated directly from façade and shading components, allowing sustainability, architecture, and commercial function to operate as one system rather than as separate layers.

A commercial building designed for growth

The KRIENKO building is conceived as a strategic asset for the brand’s next expansion phase. With a total built area of 7,500 m² and 80 indoor parking spaces, the project is designed to host international partners and support the expansion of KRIENKO’s outlet network. Its location in Sauk, one of the capital’s fastest-developing areas, positions it as both a commercial destination and a visible statement of forward-looking development.

The investment is led by Krel’s Luck Sh.p.k, with architectural design by Renato Barbellushi and Marieta Stillo. Aluminum installation is handled by Altin Mico, while BIPV sales and project coordination are overseen by Chris Kokas.

PhotonWall: when façade becomes power plant

At the heart of the project is PhotonWall, a ventilated façade solution developed by ML System that combines architectural cladding with photovoltaic generation. The system uses glass-glass PV modules integrated into façade panels, available in multiple formats, colors, and surface finishes. This allows designers to maintain architectural coherence while embedding renewable energy production directly into the building skin.

For Albania, where façade design has traditionally focused on appearance and thermal performance alone, PhotonWall introduces a new dimension: façades that actively contribute to operational energy balance.

APAZONE: the integration role that makes the difference

A defining factor in this project is the involvement of APAZONE as Architectural Project Adviser. In a façade-BIPV project, this role is critical.

APAZONE’s task is not limited to coordination, it sits at the intersection of architecture, façade engineering, and energy systems. The advisory role ensures that the BIPV façade aligns with the architectural vision, works structurally with the aluminum substructure, complies with performance requirements, and integrates seamlessly with the building’s commercial function.

In a market where BIPV has not previously been implemented at this scale, this expertise significantly reduces technical risk and sets a precedent for future developments.

A milestone for the Albanian market

Positioned as Albania’s first building to generate green energy directly from façade and shading elements, the KRIENKO project represents more than a single investment. It signals a shift in how commercial buildings can be conceived, where sustainability is embedded into architecture rather than added afterward.

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