Lilac Reborn የሚዲያ ማዕከል የውስጥ ንድፍ በ Cheng Sun, Dagang Qu and Xi Huang

Lilac Reborn የሚዲያ ማዕከል የውስጥ ንድፍ በ Cheng Sun, Dagang Qu and Xi Huang የተሠራ ሲሆን በ የውስጥ ማስዋብ ዲዛይን የውድድር ምድብ ውስጥ እጅግ ከፍ ያለ ክብር ያለው የ 2026 A' Design Award የብረት ሽልማት አሸናፊ ነው።

ብረትውስጥ ማስዋብ· 2026

Lilac Reborn የሚዲያ ማዕከል የውስጥ ንድፍ

በ Cheng Sun, Dagang Qu and Xi Huang

ደንበኛ: Harbin Institute of Technology Sun Cheng Young Scientist Studio

በ ውስጥ ማስዋብ ምድብ ውስጥ የ A' Design Award የብረት ሽልማት አሸናፊ

4,135

የተረጋገጠ የሽልማት አሸናፊ

ለ #179079 የሽልማት ሁኔታ ያረጋግጡ

በ A' Design Award ይመልከቱ ጋዜጣዊ መግለጫ የሽልማት ባጅ

ቀለሞች

ንድፉ

ስለ Lilac Reborn የሚዲያ ማዕከል የውስጥ ንድፍ

ሊላክ ሪቦርን በሃርቢን፣ ቻይና ውስጥ የተተወ ሆቴልን በማደስ የተፈጠረ የሚዲያ ማዕከል ነው። ንድፉ ከአካባቢው የሊላክ አበባ መነሳሻ አግኝቷል። ሁለት የጋራ ቦታዎች ዋና ማዕከሉን ይመሰርታሉ፡ የተፈጥሮ ብርሃንና የውሃ ገጽታ ያለው የሊላክ አዳራሽ፣ እንዲሁም እንደገና ጥቅም ላይ በዋለ የግንባታ ቆሻሻ የተገነባው የዳግም ልደት አዳራሽ ናቸው። ሁለት አትሪየሞች የቀን ብርሃንን ወደ ዘጠና ሁለት በመቶ የተግባር ቦታዎች ያደርሳሉ። እንደገና ጥቅም ላይ የዋለ ኮንክሪት፣ ከፍተኛ አፈጻጸም ያላቸው የሙቀት መከላከያ ፓነሎች እና ለአካባቢ ተስማሚ የሆኑ ሽፋኖች ጥቅም ላይ ውለዋል። ተንቀሳቃሽ ክፍልፋዮች ክፍሎቹ የንግግር አዳራሾች ወይም የሥራ ቦታዎች እንዲሆኑ ያስችላሉ።

እውቅናው

ስለ A' Design Award የብረት ሽልማት

Lilac Reborn የሚዲያ ማዕከል የውስጥ ንድፍ የA' Design Award የብረት ሽልማት አሸናፊ ነው፤ ይህም በጥሩ ሁኔታ ከተነደፉ ፈጠራዎች የሚጠበቁትን ሙያዊና ኢንዱስትሪያዊ መስፈርቶች ለሚያሟሉ ጥሩ ዲዛይኖች የሚሰጥ ከፍተኛ ክብር ያለው እውቅና ነው። የብረት አሸናፊዎች የፈጣሪዎቻቸውን ታላቅ ችሎታ፣ ከፍተኛ ልዩ ሙያ፣ የባለሙያ ግንዛቤ እና የፈጠራ አቅም ያሳያሉ። Lilac Reborn የሚዲያ ማዕከል የውስጥ ንድፍ ከፍ ያለ ግምት የሚሰጠው፣ የሚደነቅና የሚወደድ፣ ተግባራዊና ፈጠራ የተሞላበት ሥራ እንደሚሆን ይጠበቃል። ይህ የA' Design Award የብረት ሽልማትን ያሸነፈ ዲዛይን የኢንዱስትሪ ምርጥ ልምዶችን ያዋህዳል፤ ከእውቀትና ከተሰጥኦ ጋር የተሳሰሩ ብቁ ቴክኒካዊ ባህሪያትም አሉት። Lilac Reborn የሚዲያ ማዕከል የውስጥ ንድፍ በጥልቅነቱ የተከበረ ሲሆን ዓለምን የተሻለ ቦታ ለማድረግ የሚረዱ የሕይወት ጥራት ማሻሻያዎችን ለማቅረብ የተነደፈ ነው።

ከንድፉ በስተጀርባ

የፕሬስ ኪት

ክሬዲቶች፣ የቡድን አባላት እና ቴክኒካል ዝርዝሮች በዲዛይነሩ የተሰጡ።

ልዩ ባህሪያት: This project renovates an abandoned hotel into a media center within a tight budget, marking a first for ultra-low-energy renovation in a frigid region. Drawing on the metaphor of media flowers blooming in a palace, two core shared spaces were designed: the Lilac Hall, featuring natural light and a water feature, and the Regeneration Hall, built with recycled construction waste. Dual atriums ensure indoor warmth and brightness while meeting the three-star green building standard and LEED Platinum requirements.
ልኬቶች እና ማሸጊያ: Total area: 7,000 square meters
መለያዎች: Building renewal, Computational design, Media office building, Designer-AI collaborative design
የማምረቻ ቴክኖሎጂ: AI computational design was used to optimize spatial curvature, and same-source recycling technology achieved resource reuse. Fifteen ultra-low-energy technologies were integrated, such as enhanced thermal insulation and passive daylighting. Building performance simulation verified a 25 percent reduction in energy consumption and an improvement in the useful daylight illuminance index. Modular assembly was adopted using recycled concrete, high-performance insulation panels, and eco-friendly coatings.
የዲዛይን ተግዳሮት: The core challenge was realizing ultra-low-energy renovation of an old building in frigid Harbin, while balancing historical fabric preservation, media hub functional demands, and the implementation of AI-driven collaborative design. External Obstacles: Sparse technical data on the renewal of old buildings in cold regions, insufficient low-temperature resistance of recycled materials, and strict fire codes restricting structural modifications. Internal Conflicts: Bridging the gap between AI design and traditional construction practices, and reconciling public accessibility (for media lounges) with the need for closed office spaces. Solutions: Adopted multi-objective optimization + BIM technology, customized thermal insulation systems, recycled material modification, and the TOPSIS method to balance regulatory requirements, performance indicators, and functional needs.
ምርምር: This applied research explores AI-driven ultra-low-energy renovation for old buildings in frigid climates. Using deep learning and multi-objective optimization, the study balanced historical preservation with media function requirements. Tools including BIM and on-site sensors verified the results. The project achieved 25 percent lower energy consumption and natural light coverage for 92 percent of the building. This validates the application of computational design in urban renewal, supporting carbon goals and setting a benchmark for smart, green infrastructure in cold regions.
መነሳሻ: Inspired by the lilac of Harbin, this project focuses on the green renewal of abandoned buildings. It addresses the gap in ultra-low-energy renovation for regions with temperatures reaching minus 30 degrees Celsius. Driven by the demand for shared media spaces, it integrates local culture with eco-technologies. Through artificial intelligence computational design and same-source recycling of construction debris, the project reflects a vision of a green, tech-driven, and art-integrated media hub.
የፕሮጀክት ጊዜ: Duration: 2023~2025;
Location: Harbin, Heilongjiang, China
የሥራ ሂደት: The media hub is fully accessible to the public. Visitors enter the Lilac Hall for social gatherings, media displays, or community events. Natural light illuminates 92 percent of functional areas year-round, significantly reducing artificial lighting needs. The specialized insulation system maintains a comfortable indoor temperature of 20 to 24 degrees Celsius even when it is minus 30 degrees Celsius outside. Modular spaces can be rearranged into lecture halls or workstations using simple movable partitions.
የቡድን አባላት: Studio Director: Cheng Sun
Lead Architect: Dagang Qu
Architect: Xi Huang
Architect: Xiufeng Li
Architect: Yue Wang
Architect: Wanying Zheng
Architect: Xumiao Guo
Architect: Jian Zhang
Interior Designer: Guoliang Xu
የምስል ምስጋና: Image #1: Photographer Dagang Qu (CMG Project Team), Media Hub Renovation, 2025.
Image #2: Photographer Dagang Qu (CMG Project Team), Lilac Media Hub and Office Space, 2025.
Image #3: Photographer Dagang Qu (CMG Project Team), Lilac Media Hub Transportation Core, 2025.
Image #4: Photographer Dagang Qu (CMG Project Team), Lilac Waterscape Bar Transformed, 2025.
Image #5: Photographer Xi Huang (CMG Project Team), Regeneration Hall (recycled construction waste), 2025.