STREET & AREA, INGROUNDS
Enhancing transit experience at Byron Bay Bus Interchange
- Completed 2021
- ClientByron Shire Council
- Sales PartnerRaylinc Lighting
- ArchitectsSMEC, Plummer and Smith, Planit Consultants
- Lighting DesignerSMEC, Raylinc
- BuilderNSW Department of Transport
- PhotographyJackie Chan for WE-EF
The Byron Bay Bus Interchange and Railway Precinct Redevelopment, delivered over several stages from 2018 to 2021, represents a comprehensive effort by the Byron Shire Council to modernise and enhance a key transport hub in the vibrant coastal town of Byron Bay, NSW. This multifaceted project involved upgrading infrastructure, enhancing aesthetic appeal, and integrating ecological sensitivity across various public spaces, including the bus interchange, Railway Corridor Park, and associated car parks and pathways, with several heritage listed features including the water tower and old train turntable.
The railway hotel sits within the masterplan zone of the interchange infrastructure upgrade. This project also sits on State Rail-owned land and the heritage listed precinct. The upgrade of lighting for this part of the precinct was to align with the adjacent bus interchange and provide new lighting for adjoining roads, car parks, and paths to create safer egress and movement throughout the precinct. The same luminaire range and types were rolled out into this area to match and have continuity of aesthetics and function.
Key Considerations:
The project aimed to create a safer, more efficient, and visually appealing public transport facility while maintaining environmental sustainability and heritage aesthetics. Key objectives included providing well-lit areas for pedestrian safety, improving the user experience, and ensuring the continuity of design across different zones within the precinct. This comprehensive strategy required many considerations:
• Safety and Functionality: Ensuring well-lit areas for pedestrian safety and effective bus operations was crucial. High-quality illumination improves visibility, reduces accidents, and enhances the overall user experience.
• Aesthetic Integration: The lighting design needed to complement the new landscape and public art features. A cohesive visual theme was important for preserving the historical and cultural character of the precinct.
• Ecological Impact: Minimising the environmental footprint was essential. This involved selecting energy-efficient lighting solutions that reduced light pollution and were wildlife-sensitive, particularly given the area’s natural heritage and ecological sensitivity.
• Community Engagement: Creating a welcoming and accessible environment for all community members was a priority. Public spaces needed to be inclusive and cater to a diverse range of users, from commuters to local residents and tourists.
• Durability: Choosing robust lighting solutions that could withstand the coastal climate.
Challenges:
• Glare Control and Light Pollution: Managing glare and spill light was of utmost importance challenge. Excessive glare can cause discomfort and reduce visibility, while light pollution has adverse effects on local wildlife and disrupts the natural nightscape.
• Heritage Sensitivity: The project needed to respect and enhance the heritage-listed rail group surroundings. This required careful selection and placement of lighting products to ensure they were sympathetic to the historical context while providing modern functionality.
• Integration with Existing Infrastructure: The lighting solutions had to seamlessly integrate with existing infrastructure and new developments, maintaining a consistent aesthetic and performance across the entire precinct.
• Durability and Maintenance: Ensuring the durability and ease of maintenance of the lighting products was essential. The products selected had to withstand the local climate and usage conditions, providing long-term reliability with minimal upkeep.
• Visual Harmony: Integrating lighting that enhanced the visual appeal without overwhelming the aesthetic elements.
• Community Engagement: Ensuring the design met the needs and preferences of the local community.
• Balancing Brightness and Energy Use: Finding the right balance between sufficient lighting for safety and minimising energy consumption.
Solution:
A comprehensive planning approach was adopted to ensure the seamless integration of lighting with other infrastructure elements. This involved close collaboration between architects, lighting designers, engineers and Raylinc to achieve a cohesive outcome. A variety of WE-EF luminaires were chosen for their precision optical and glare control and the ability to sharply cut off light to minimise light spill. WE-EF’s optical systems ensure precise light distribution, enhancing visibility while reducing unwanted light trespass.
Additionally, the use of high-quality WE-EF products ensured durability and ease of maintenance. These luminaires, with 5CE+Primer corrosion protection system, are designed to withstand harsh environmental conditions and offer long-term reliability with minimal maintenance needs.
The lighting design was carefully crafted to blend with the heritage context. This included selecting products with appropriate finishes and styles that complemented the historical features while delivering modern lighting performance.
• 15 x RFL540 108W/S60 on 8 m poles for street lighting.
• 17 x RMT320 52W/R65 on 4 m poles for plaza and pathways.
• 6 x ETC340-GB 24W/VN for uplighting heritage features.
• 10 x RMT320 in single and double versions on 6 m poles for pathways.
• 16 x RFL540 108W/S60 on 8 m poles for road and car parks.
• 18 x RMT320 52W/R65 on 4 m poles for pathways.
Results:
“The new facility incorporates safe drop zones, taxi ranks, a bus stop, covered shade and weather zones, a kiosk, amenities and a bus interchange. The interchange has been designed and developed on a heritage listed site which includes some of the original heritage features such as the water tower and old train turntable” explains Gary Watson of Raylinc.
The Byron Bay Bus Interchange and Railway Precinct Redevelopment successfully created a vibrant, functional, and sustainable public space. The project enhanced safety and efficiency, providing a welcoming environment for the community, and protected local wildlife, showcasing the integration of advanced technology with community-centric design and environmental stewardship.
“WE-EF LIGHTING is proud to have contributed to this exemplary development project, demonstrating how cohesive planning, community-centric design, environmental consideration and best in class technology and product quality can transform public spaces into vibrant, functional, and sustainable environments”, explained Elise Blight of WE-EF LIGHTING.