Pine To Sea Cynllun Meistr Eco-Westy by Yanci Chen

Pine To Sea Cynllun Meistr Eco-Westy by Yanci Chen is a highly esteemed winner of the very prestigious 2025 Gwobr Efydd A' Design Award in Cynllunio Trefol Competition Category.

EfyddCynllunio Trefol· 2025

Pine To Sea Cynllun Meistr Eco-Westy

by Yanci Chen

Gwobr Efydd A' Design Award Winner in Cynllunio Trefol Category

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Verified Award Winner

Verify Award Status for #170451

View at A' Design Award Press Release Award Badge

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The Design

About Pine To Sea Cynllun Meistr Eco-Westy

Mae Pine to Sea yn eco-westy a chynllun meistr tirwedd wedi'i leoli ym Mhinwydd Lignano yn yr Eidal. Mae'r prosiect yn cyfuno lletygarwch ag adfer amgylchedd arfordirol bregus. Mae caban uchel wedi'u codi ar sylfeini dur effaith isel, ac mae llwybrau cerdded uchel yn arwain ymwelwyr ar draws gwlyptiroedd wedi'u hailgoedwigo a llwyfannau gwylio. Mae pren ysgafn, cynhyrchu modiwlaidd rhagosod, inswleiddio bio-seiliedig ac wynebau athraidd yn cyfyngu ar amharu ar y safle. Mae casglu dŵr glaw, awyriad goddefol ac ynni solar yn lleihau'r defnydd o ynni. Mae'r cynllun meistr yn ymestyn dros 12,000 metr sgwâr.

The Recognition

About the Gwobr Efydd A' Design Award

Mae Pine To Sea Cynllun Meistr Eco-Westy yn enillydd Gwobr Efydd A' Design Award, cydnabyddiaeth hynod fawreddog a roddir i ddyluniadau rhagorol sydd yn nodedig am greadigrwydd, dyfeisgarwch a chraffter. Mae enillwyr Efydd yn arteffactau medrus iawn a thrawiadol o greadigol sydd yn dilysu profiad helaeth, dychymyg a dyfeisgarwch eu dylunwyr. Disgwylir i Pine To Sea Cynllun Meistr Eco-Westy fod yn wrthrych uchel ei fri, a edmygir ac a anwylir, sydd yn nodedig o broffesiynol ac arloesol. Mae'r dyluniad buddugol hwn o Wobr Efydd A' Design Award yn ymgorffori arferion gorau mewn celf, gwyddoniaeth, dylunio a thechnoleg, ac yn rhagorol am ei sylw i fanylion. Mae Pine To Sea Cynllun Meistr Eco-Westy yn bodloni anghenion yn odidog, yn cyffwrdd â dyheadau, yn swyno teimladau ac yn apelio at chwilfrydedd.

Behind the Design

Press Kit

Credits, team members and technical details provided by the designer.

Unique Properties: Pine to Sea is an eco-hotel and landscape masterplan that seamlessly integrates hospitality with environmental restoration in Lignano Pinewood. The design preserves and enhances the natural ecosystem through elevated architecture, reforested wetlands, and adaptive reuse of existing infrastructure. Elevated walkways and floating cabins minimize site disturbance while maximizing guest immersion in nature. By blending sustainability, biodiversity, and experiential design, it redefines eco-tourism.
Dimensions & Packaging: Pine to Sea features a modular eco-hotel complex with elevated cabins measuring 4,000mm (W) x 8,000mm (D) x 3,500mm (H), supported by minimal-impact steel foundations. The masterplan spans 12,000m², incorporating elevated walkways (1,500mm wide), reforested wetlands, and adaptive public spaces. The site integrates rainwater harvesting, passive ventilation, and solar energy systems, ensuring a low-carbon footprint and ecological resilience.
Tags: eco-hotel, sustainable tourism, modular architecture, elevated cabins, coastal reforestation, wetland restoration, passive design, biodiversity conservation, low-impact development, adaptive reuse
Production Technology: Pine to Sea employs lightweight timber construction, elevated steel foundations, and modular prefabrication to minimize site impact and protect the fragile pine ecosystem. The project integrates bio-based insulation, permeable surfaces, and passive cooling strategies for sustainability. Digital terrain analysis and parametric modeling optimized building placement, ensuring minimal disruption while enhancing biodiversity through reforestation, wetland restoration, and water-sensitive design.
Design Challenge: The biggest challenge in Pine to Sea was balancing eco-tourism development with environmental preservation. The fragile pine forest and wetlands required low-impact design strategies, overcoming challenges in elevated construction, water management, and habitat protection. Zoning restrictions and ecological guidelines shaped design decisions, while limited data on reforestation impacts necessitated interdisciplinary research. The project redefines hospitality by merging conservation with immersive tourism.
Research: Pine to Sea is based on environmental and architectural research exploring sustainable eco-tourism in fragile coastal landscapes. The objective was to design low-impact hospitality solutions that restore biodiversity. Using GIS mapping, ecological surveys, and case studies, data was collected on forest regeneration, water flow, and visitor behavior. Results confirmed the viability of elevated structures and reforestation, influencing sustainable tourism policies and nature-based design.
Inspiration: Pine to Sea is inspired by the fragile balance between tourism and ecological preservation in Lignano Pinewood. The project seeks to restore degraded landscapes while offering an immersive eco-tourism experience. Drawing from research on coastal reforestation, habitat regeneration, and low-impact architecture, the design integrates elevated structures, natural water filtration systems, and adaptive reuse strategies to harmonize human presence with the evolving coastal ecosystem.
Project Duration: 2024 Lignano, Italy
Operation Flow: Pine to Sea offers an immersive eco-tourism experience by seamlessly integrating architecture with nature. Elevated cabins provide a minimal-impact retreat, allowing guests to stay within the pine forest while protecting the landscape. Visitors explore the site through floating walkways, reforested trails, and wetland observation decks, fostering a deep connection with the environment. The design enhances biodiversity while ensuring comfort, sustainability, and ecological awareness.
Patents: Copyrights belong to Yanci Chen,Jing Chen,Zhuoran Liu,Xian Chi,Jingzi Cui,Jiming Bai
Team Members: Yanci Chen,
Jing Chen,
Zhuoran Liu,
Xian Chi,
Jingzi Cui,
Jiming Bai
Image Credits: Yanci Chen,Jing Chen,Zhuoran Liu,Xian Chi,Jingzi Cui,Jiming Bai