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IRON FAIRIES, BALI

Prize(s) Winners in Bar and Restaurant Lighting Design
Lighting Design/Product Company Studio Nimmersatt
Lead Designers Rina Pradnya Pusthika
Other Designer's names Aflin Tris Hibatullah, William Heerey
Architecture Company Ashley Sutton Design
Interior Design Company Ashley Sutton Design
Client Iron Fairies
Photo Credits Indra Wiras
Other Credits Lighting supplier : Creative Lighting Asia, Phos Lighting, RHDK Lighting, Lighting Control : Helvar
Completion Date December 2023
Project Location Seminyak, Bali, Indonesia
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Entry Description

Fantasy-driven design concept, inspired by the tale that takes place in the iron ore mines of Western Australia, and takes cues from Iron Fairies trilogy book about miners trapped underground, tasked with forging iron fairies from the ore.

The lighting design aims to transport visitors into the mystical world of the iron ore mines, where the tale of trapped miners and the creation of iron fairies unfolds. The design seamlessly blends elements of darkness, mystery, and enchantment to create a truly magical and immersive experience.

Entrance Tunnel:
As visitors enter the underground space, a soft, low-level ambient glow guides them into the darkness, symbolising the entrance to the mystical realm.

Casting Rooms:
Incorporate indirect lighting inside the room, creating an intimate lighting ambiance, highlighted the brick wall along the casting room

First Floor & Mezzanine:
In the heart of the experience, the First floor becomes a focal point. Dynamic lighting simulates the intense heat and gives a warm impression. Combination between 2700K, 2200K for accent lighting with indirect lighting set-up with warm amber colour, transform the visitor being inside a miner’s forge.

Accent lighting to accentuate the fairies figures along the venue, gives the fairies comes to live. Meanwhile, indirect lighting element concealed in a bespoke tube, played with light and shadow
Sustainability Approach

By integrating circular lighting products and advanced lighting control systems, this project aims to establish a sustainable lighting solution that prioritizes resource efficiency, energy savings, and environmental responsibility.

Circular Lighting Products Integration:

Utilize lighting products designed with circular economy principles, focusing on materials that are recyclable and easily disassembled.
Collaborate with manufacturers committed to product take-back programs, ensuring end-of-life products are properly recycled or repurposed.
Prioritize LED lighting solutions known for their longevity and energy efficiency

Energy-Efficient Lighting Control:

Implement an advanced lighting control system incorporating and utilize dimming and zoning capabilities to dynamically adjust lighting levels based on natural day light available and the need of the users.