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The Sun House ዘላቂ ቤት by Po Wen Cheng
The Sun House ዘላቂ ቤት by Po Wen Cheng
The Sun House ዘላቂ ቤት by Po Wen Cheng
The Sun House ዘላቂ ቤት by Po Wen Cheng
The Sun House ዘላቂ ቤት by Po Wen Cheng

ወርቅ ዘላቂ ምርት · 2022

The Sun House ዘላቂ ቤት

by Po Wen Cheng

  • A' Design Award የወርቅ ሽልማት 2022 in ዘላቂ ምርት
  • CLIENT: SunEdge PV Technology Co., Ltd
  • Estimated Number of Design Views: 550,238
  • Verification code 73D8A0341A · Verify this award
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About The Sun House ዘላቂ ቤት

ሰን ሃውስ (The Sun House) በቦታው ላይ ኃይል ለማመንጨትና እንደገና ለመጠቀም የተነደፈ ዘላቂ ሕንፃ ነው። ጣሪያውና የውጭ ግድግዳዎቹ በአጠቃላይ 65.57 ኪሎዋት አቅም ካላቸው የፀሐይ ፓነሎች የተሠሩ ናቸው። የውስጡ ክፍል በአብዛኛው እንደገና ጥቅም ላይ ከዋለ የሳይፕረስ እንጨት የተገነባ ሲሆን፣ ወደ ጣሪያዎች፣ ወለሎች፣ የቤት ዕቃዎችና ክፍልፋዮች ተቀርጿል። የሙቀት ፓምፕ ሥርዓት ሙቀትን በማዘዋወር የሙቀት መጠኑን ይቆጣጠራል፣ የተሰበሰበው የዝናብ ውሃም ለአትክልት ስፍራ መስኖ በአሥር ቶን ማጠራቀሚያ ውስጥ ይከማቻል። ሕንፃው 440 ካሬ ሜትር የውስጥ ቦታ የሚያቀርብ ሲሆን ራሱን የቻለ ለመሆን ያለመ ነው።

About the A' Design Award የወርቅ ሽልማት

The Sun House ዘላቂ ቤት የA' Design Award የወርቅ ሽልማት አሸናፊ ነው፤ ይህም ለመጀመሪያ ደረጃ፣ ድንቅ እና የላቁ ዲዛይኖች የሚሰጥ እጅግ ከፍተኛ ክብር ያለው እውቅና ነው። የወርቅ አሸናፊዎች የዲዛይነሮቻቸውን ብልሃት፣ ጥበብ እና ችሎታ የሚያንጸባርቁ እጅግ ፈጠራ የተሞላባቸው፣ ራዕይ ያላቸው እና በውበታቸው የሚያስደምሙ ሥራዎች ናቸው። The Sun House ዘላቂ ቤት ወደር የማይገኝለት ዋጋ የሚሰጥ እጅግ የተመሰገነ፣ አዝማሚያ ፈጣሪና ታላቅ ፈጠራ እንደሚሆን ይጠበቃል። ይህ የA' Design Award የወርቅ ሽልማትን ያሸነፈ ዲዛይን የኪነ ጥበብ፣ የሳይንስ፣ የዲዛይን እና የቴክኖሎጂ ድንበሮችን በእጅጉ የሚጠቅምና የሚያስፋፋ አስደናቂና የተከበረ ፕሮጀክት ነው። The Sun House ዘላቂ ቤት ጠንካራ የፍላጎት ስሜት ይፈጥራል፣ ፍቅርን ይቀሰቅሳል፣ ፈጠራን ያበረታታል እንዲሁም ይማርከናል።

Press Kit

Unique Properties
An organic architecture that combines technology, design and human-centered. With roof and exterior walls made of solar panels, the interior are mostly recycled cypress timbers. Mixing various of energy circulation systems with cutting edge equipment, the design put energy storage and circulation into practice, leveraging this sustainable house to be self sufficient.
Dimensions & Packaging
The total area of this project including the outdoor garden is 4,496 square meters, and the building has 440 square meters of indoor space. The rooftop solar panels are 60 cell modules, with a total capacity of 65.57kW.
Tags
Sustainable, Solar technology, Rain collection system, Recycled building materials, technology house
Production Technology
In keeping with the concept of recycling, up to 90% recycled materials are used in the interior. Equipped with a Heat Pump system to circulate heat to regulate the temperature. The outdoor water collection area is designed to collect rainwater resources and store the rainwater in a 10 ton water storage tank, which can water up to 250 square meters of the garden turf.
Design Challenge
In keeping with the concept of recycling, up to 90% of the interior materials were made from recycled cypress timber, which the owner spent four years collecting. The design team recreated different sizes of discarded timber into ceilings, flooring, furniture, partitions and wall decorations, giving each recycled piece a new value in this space.
Research
Considering that the case is located in the northern hemisphere, the design team wrapped the south side and roof with 25% light transmitting photovoltaic panels to provide sufficient indoor lighting, and the roof directly above with only 9% light-transmitting photovoltaic panels to shade and reflect sunlight. The overall configuration of the house can reduce the solar radiation heat by 40% and make the indoor temperature 3 degrees cooler than normal houses.
Inspiration
Nature is the fundamental and inspirational source of organic architecture. The concept of regeneration is used throughout the project, with self generated energy and various energy circulation systems to build a comfortable living space.
Project Duration
The project started in January 2015 in Chiayi County, Taiwan. Finished in February 2020 in Chiayi County, Taiwan.
Operation Flow
In order to create a sustainable building that is symbiotic with the environment, the design team has integrated technology into the design, together with an energy reuse system, using solar photovoltaics, systematic energy monitoring equipment, water recycling systems and heat collection design to maximize the efficiency of all energy sources, so that the building can regulate the environment, store electricity and recycle energy.
Image Credits
Image #1: Dirk Heindoerfer Photography, The Sun House, 2020.
Image #2: Dirk Heindoerfer Photography, The Sun House, 2020.
Image #3: Dirk Heindoerfer Photography, The Sun House, 2020.
Image #4: Dirk Heindoerfer Photography, The Sun House, 2020.
Image #5: Dirk Heindoerfer Photography, The Sun House, 2020.

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