Prize(s) Honorable Mentions
Lighting Design/Product Company CKDL
Lead Designers Chloe Kazamia, Katerina Chanioti
Architecture Company Aeter, Neiheiser Argyros
Client Astir
Photo Credits Gavriil Papadiotis
Completion Date 18.05.2024
Project Location Athens, Greece
Entry DescriptionAstir Marina, completed in 2024 on the Athenian Riviera, is a luxurious destination for mega and super yachts. Spanning 4,800m², it integrates tourism, recreation, and administrative spaces, with a focus on lighting design that enhances its architecture and ambiance.
The lighting design was based on a concept of connecting various marina functions (from pedestrian, vehicle and boat berthing areas, to high-end restaurant and commercial areas) while maintaining a lavish and inviting atmosphere. The lighting emphasizes the connecting elements of the structures, ensuring architectural coherence while preserving the hierarchy of their volumes. A bespoke lighting solution was designed for the main buildings, emphasizing architectural elements while maintaining sophistication. Secondary buildings were lit in a simpler, yet harmonious way, ensuring a unified architectural language across the marina.
Safety is prioritized with discreet lighting for pathways and yacht docks, while energy-efficient LED technology reduces maintenance. The lighting system is integrated into the Building Management System, offering customizable presets for different times or events. This innovative design merges luxury, practicality, and sustainability, making Astir Marina a contemporary example of marina design excellence.
Sustainability ApproachThe lighting design of Astir Marina aligns with sustainability principles, focusing on energy efficiency and reducing carbon footprints. By using energy-efficient LED technology and integrating the lighting system with the marina’s Building Management System (BMS), the design optimizes energy use while minimizing maintenance needs. Sustainable materials, including sea-salt resistant components, were chosen for their durability and long-lasting performance, reducing the need for frequent refitting. Glare-reducing fixtures ensure comfort while maintaining efficiency. Additionally, the design contributes to the recycling process by minimizing waste and maximizing resource use, aiming for a high refitting percentage and waving the marina’s carbon footprint.
