Baku Flame Towers 2012, Azerbaijan, Baku

Lanterns at Night

Known as the “City of Eternal Fires”, Baku’s history inspired the flame shape building form and lighting animation of Baku Flame Towers. This iconic building’s lighting transforms the city’s skyline, promoting its historic identity.

The internal illumination system seamlessly integrated into the curved building form expresses the transparency of the architecture and creates lanterns at night. The versatile, programmable LED system provides opportunity to create a wide range of abstracted patterns and illustrated images that warp and twist with the building skin, creating a unique perception of movement and light. The Baku Flame Towers stands distinctly, 190m tall, among the horizon of mid-rise historic buildings. Translating Baku’s history of abundant natural gas and its vibrant future, is the Flame Tower’s dynamic façade lighting system, installed behind the building’s windows to give the illusion of ribbons of light. Custom LED lighting systems were designed to project dynamic color and imagery, lower power consumption and sustain a lifetime of 15-20 years for reduced maintenance. Fixture housings, designed for easy installation into the curtain wall system, are accessible from the building interior. From the standpoint of engineering, seamless architecturally integrated solutions and maximized lighting effects, the project represents technical expertise both in terms of the architectural and lighting system. Transforming the building from day to a nighttime beacon, the lighting façade system has the ability to animate the city’s skyline, representing something truly dynamic about Baku and Azerbaijan’s re-emergence onto the world stage.


Building or project owner : Azinko Development MMC

Architecture : HOK Architects

Project artist/ concept/ design/ planning : HOK Architects

Facade design : HOK Architects

Light design : Francis Krahe & Associates, Inc. - Los Angeles, CA

Light hardware (LED hardware) : Ecue

Lighting control software : Ecue

Project co-ordination : DIA Holding

Interaction design/ programming : Traxon Technologies


Facade type and geometry (structure) : The lighting system consists of LED bands, mounted between exterior glass wall mullion.

Kind of light creation : Reflectorized housings, designed and placed to project lighting effects outward are not visible from within. LED band lengths consistently maintain a maximum gap between fixture and window frame of less than 15mm. The building’s unique curvilinear form and multiple window dimensions, required precise calculations and a flexible mounting solution, resulting in a variety of 16 different lengths.

Resolution and transmitting behaviour : The 10,000 LED units across three towers are controlled by a central computer, project animated graphics across the building skin from mpg or avi file format. More than 25km of data cabling connect individual LED units in a networked array, addressing each 300mm pixel and mapping those points to a central processor, controlling the lighting effects of each tower independently or in unison.

Pixel distance : 300mm

Luminace : LED boards, custom populated with red, green, blue and red, green, amber diodes, provide a full spectrum of color even when viewed through the highly reflective, color-tinted glazing. The resulting system allows for a smooth, fluid animation, enabling the use of any media to be transferred into the projection system.

Urban situation : Pre-programmed effects are deployed at specific time intervals to respond to time-of-day as well as to mark culturally significant holidays and celebrations.

Description of showreel : Typically displaying burning flames, the intelligent control system allows for simple lighting show changes for subtle, dynamic artistic expressions and as well as broadcasting of significant local events and messages.

Participatory architecture & urban interaction