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  • The glass encassed UTS Central Building has many unique design features. Designed by Australian architectural firm FJMT, it features a 10-level twisted tower sittin above a 5-level podium. UTS Central is particularly notable for its curved lines and unique twist on the upper levels. The double helix staircase in UTS Central is made from Australian steel and curved glass. This great building is sustainable with special sun shading systems which control the sun entering, regulating light and internal temperatures.
    UTS- Central-2019-43.jpg
  • The glass encassed UTS Central Building has many unique design features. Designed by Australian architectural firm FJMT, it features a 10-level twisted tower sittin above a 5-level podium. UTS Central is particularly notable for its curved lines and unique twist on the upper levels. The double helix staircase in UTS Central is made from Australian steel and curved glass. This great building is sustainable with special sun shading systems which control the sun entering, regulating light and internal temperatures.
    UTS- Central-2019-24.jpg
  • The glass encassed UTS Central Building has many unique design features. Designed by Australian architectural firm FJMT, it features a 10-level twisted tower sittin above a 5-level podium. UTS Central is particularly notable for its curved lines and unique twist on the upper levels. The double helix staircase in UTS Central is made from Australian steel and curved glass. This great building is sustainable with special sun shading systems which control the sun entering, regulating light and internal temperatures.
    UTS- Central-2019-12.jpg
  • The glass encassed UTS Central Building has many unique design features. Designed by Australian architectural firm FJMT, it features a 10-level twisted tower sittin above a 5-level podium. UTS Central is particularly notable for its curved lines and unique twist on the upper levels. The double helix staircase in UTS Central is made from Australian steel and curved glass. This great building is sustainable with special sun shading systems which control the sun entering, regulating light and internal temperatures.
    UTS- Central-2019-241.jpg
  • The glass encassed UTS Central Building has many unique design features. Designed by Australian architectural firm FJMT, it features a 10-level twisted tower sittin above a 5-level podium. UTS Central is particularly notable for its curved lines and unique twist on the upper levels. The double helix staircase in UTS Central is made from Australian steel and curved glass. This great building is sustainable with special sun shading systems which control the sun entering, regulating light and internal temperatures.
    UTS- Central-2019-237.jpg
  • The glass encassed UTS Central Building has many unique design features. Designed by Australian architectural firm FJMT, it features a 10-level twisted tower sittin above a 5-level podium. UTS Central is particularly notable for its curved lines and unique twist on the upper levels. The double helix staircase in UTS Central is made from Australian steel and curved glass. This great building is sustainable with special sun shading systems which control the sun entering, regulating light and internal temperatures.
    UTS- Central-2019-16.jpg
  • The glass encassed UTS Central Building has many unique design features. Designed by Australian architectural firm FJMT, it features a 10-level twisted tower sittin above a 5-level podium. UTS Central is particularly notable for its curved lines and unique twist on the upper levels. The double helix staircase in UTS Central is made from Australian steel and curved glass. This great building is sustainable with special sun shading systems which control the sun entering, regulating light and internal temperatures.
    UTS- Central-2019-81.jpg
  • The glass encassed UTS Central Building has many unique design features. Designed by Australian architectural firm FJMT, it features a 10-level twisted tower sittin above a 5-level podium. UTS Central is particularly notable for its curved lines and unique twist on the upper levels. The double helix staircase in UTS Central is made from Australian steel and curved glass. This great building is sustainable with special sun shading systems which control the sun entering, regulating light and internal temperatures.
    UTS- Central-2019-72.jpg
  • The glass encassed UTS Central Building has many unique design features. Designed by Australian architectural firm FJMT, it features a 10-level twisted tower sittin above a 5-level podium. UTS Central is particularly notable for its curved lines and unique twist on the upper levels. The double helix staircase in UTS Central is made from Australian steel and curved glass. This great building is sustainable with special sun shading systems which control the sun entering, regulating light and internal temperatures.
    UTS- Central-2019-68.jpg
  • The glass encassed UTS Central Building has many unique design features. Designed by Australian architectural firm FJMT, it features a 10-level twisted tower sittin above a 5-level podium. UTS Central is particularly notable for its curved lines and unique twist on the upper levels. The double helix staircase in UTS Central is made from Australian steel and curved glass. This great building is sustainable with special sun shading systems which control the sun entering, regulating light and internal temperatures.
    UTS- Central-2019-31.jpg
  • The glass encassed UTS Central Building has many unique design features. Designed by Australian architectural firm FJMT, it features a 10-level twisted tower sittin above a 5-level podium. UTS Central is particularly notable for its curved lines and unique twist on the upper levels. The double helix staircase in UTS Central is made from Australian steel and curved glass. This great building is sustainable with special sun shading systems which control the sun entering, regulating light and internal temperatures.
    UTS- Central-2019-274.jpg
  • The glass encassed UTS Central Building has many unique design features. Designed by Australian architectural firm FJMT, it features a 10-level twisted tower sittin above a 5-level podium. UTS Central is particularly notable for its curved lines and unique twist on the upper levels. The double helix staircase in UTS Central is made from Australian steel and curved glass. This great building is sustainable with special sun shading systems which control the sun entering, regulating light and internal temperatures.
    UTS- Central-2019-111.jpg
  • The glass encassed UTS Central Building has many unique design features. Designed by Australian architectural firm FJMT, it features a 10-level twisted tower sittin above a 5-level podium. UTS Central is particularly notable for its curved lines and unique twist on the upper levels. The double helix staircase in UTS Central is made from Australian steel and curved glass. This great building is sustainable with special sun shading systems which control the sun entering, regulating light and internal temperatures.
    UTS- Central-2019-101.jpg
  • The glass encassed UTS Central Building has many unique design features. Designed by Australian architectural firm FJMT, it features a 10-level twisted tower sittin above a 5-level podium. UTS Central is particularly notable for its curved lines and unique twist on the upper levels. The double helix staircase in UTS Central is made from Australian steel and curved glass. This great building is sustainable with special sun shading systems which control the sun entering, regulating light and internal temperatures.
    UTS Central2019-29.jpg
  • The glass encassed UTS Central Building has many unique design features. Designed by Australian architectural firm FJMT, it features a 10-level twisted tower sittin above a 5-level podium. UTS Central is particularly notable for its curved lines and unique twist on the upper levels. The double helix staircase in UTS Central is made from Australian steel and curved glass. This great building is sustainable with special sun shading systems which control the sun entering, regulating light and internal temperatures.
    UTS- Central-2019-39.jpg
  • The glass encassed UTS Central Building has many unique design features. Designed by Australian architectural firm FJMT, it features a 10-level twisted tower sittin above a 5-level podium. UTS Central is particularly notable for its curved lines and unique twist on the upper levels. The double helix staircase in UTS Central is made from Australian steel and curved glass. This great building is sustainable with special sun shading systems which control the sun entering, regulating light and internal temperatures.
    UTS- Central-2019-19.jpg
  • The glass encassed UTS Central Building has many unique design features. Designed by Australian architectural firm FJMT, it features a 10-level twisted tower sittin above a 5-level podium. UTS Central is particularly notable for its curved lines and unique twist on the upper levels. The double helix staircase in UTS Central is made from Australian steel and curved glass. This great building is sustainable with special sun shading systems which control the sun entering, regulating light and internal temperatures.
    UTS Central2019-28.jpg
  • The glass encassed UTS Central Building has many unique design features. Designed by Australian architectural firm FJMT, it features a 10-level twisted tower sittin above a 5-level podium. UTS Central is particularly notable for its curved lines and unique twist on the upper levels. The double helix staircase in UTS Central is made from Australian steel and curved glass. This great building is sustainable with special sun shading systems which control the sun entering, regulating light and internal temperatures.
    UTS Central2019-27.jpg
  • General Views showing  Chippendale Green, Sydney, which is built around One Central Park. The building itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc, Chippendale, Sydney, Australia. The residential building has been named best tall building in the world in June 2014. A massive silver heliostat hangs from One Central Park to redirect light to the ground below. The unique steel heliostat is specifically designed to reflect sunlight to another area. The heliostat seen in action reflecting sunlight.
    Chippendale-Green-2bw.jpg
  • The first building in Australia designed by one of the worlds most influential architects Frank Gehry. Its named after Dr Chau Chak Wing and described as the " squashed paper bag". Its a business school at the university of technology, Sydney.
    Frank-Gehry-Building-Sydney-52.jpg
  • The first building in Australia designed by one of the worlds most influential architects Frank Gehry. Its named after Dr Chau Chak Wing and described as the " squashed paper bag". Its a business school at the university of technology, Sydney.
    Frank-Gehry-Building-Sydney-51.jpg
  • The first building in Australia designed by one of the worlds most influential architects Frank Gehry. Its named after Dr Chau Chak Wing and described as the " squashed paper bag". Its a business school at the university of technology, Sydney.
    Frank-Gehry-Building-Sydney-50.jpg
  • The first building in Australia designed by one of the worlds most influential architects Frank Gehry. Its named after Dr Chau Chak Wing and described as the " squashed paper bag". Its a business school at the university of technology, Sydney.
    Frank-Gehry-Building-Sydney-49.jpg
  • The first building in Australia designed by one of the worlds most influential architects Frank Gehry. Its named after Dr Chau Chak Wing and described as the " squashed paper bag". Its a business school at the university of technology, Sydney.
    Frank-Gehry-Building-Sydney-48.jpg
  • This building 180 Thomas Street, Haymarket, Sydney was designed by architects Bates Smart. Its quite unique because of its sustainable features such as high efficency lighting, chilled beam cooling and high performance glazing.
    Architecture-Sydney-20170514--111.jpg
  • General Views showing One Central Park which is built around Chippendale Green, Sydney. The building itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc, Chippendale, Sydney, Australia. The residential building has been named best tall building in the world in June 2014. A massive silver heliostat hangs from One Central Park to redirect light to the ground below. The unique steel heliostat is specifically designed to reflect sunlight to another area. Research shows green infrastructure such as garden walls can play a big role in cooling the city.
    Vertical-Garden-Wall-9.jpg
  • General Views showing One Central Park which is built around Chippendale Green, Sydney. The building itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc, Chippendale, Sydney, Australia. The residential building has been named best tall building in the world in June 2014. A massive silver heliostat hangs from One Central Park to redirect light to the ground below. The unique steel heliostat is specifically designed to reflect sunlight to another area. Research shows green infrastructure such as garden walls can play a big role in cooling the city.
    Vertical-Garden-Wall-7.jpg
  • General Views showing One Central Park which is built around Chippendale Green, Sydney. The building itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc, Chippendale, Sydney, Australia. The residential building has been named best tall building in the world in June 2014. A massive silver heliostat hangs from One Central Park to redirect light to the ground below. The unique steel heliostat is specifically designed to reflect sunlight to another area. Research shows green infrastructure such as garden walls can play a big role in cooling the city.
    Vertical-Garden-Wall-6.jpg
  • General Views showing One Central Park which is built around Chippendale Green, Sydney. The building itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc, Chippendale, Sydney, Australia. The residential building has been named best tall building in the world in June 2014. A massive silver heliostat hangs from One Central Park to redirect light to the ground below. The unique steel heliostat is specifically designed to reflect sunlight to another area. Research shows green infrastructure such as garden walls can play a big role in cooling the city.
    Vertical-Garden-Wall-54.jpg
  • General Views showing One Central Park which is built around Chippendale Green, Sydney. The building itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc, Chippendale, Sydney, Australia. The residential building has been named best tall building in the world in June 2014. A massive silver heliostat hangs from One Central Park to redirect light to the ground below. The unique steel heliostat is specifically designed to reflect sunlight to another area. Research shows green infrastructure such as garden walls can play a big role in cooling the city.
    Vertical-Garden-Wall-53.jpg
  • General Views showing One Central Park which is built around Chippendale Green, Sydney. The building itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc, Chippendale, Sydney, Australia. The residential building has been named best tall building in the world in June 2014. A massive silver heliostat hangs from One Central Park to redirect light to the ground below. The unique steel heliostat is specifically designed to reflect sunlight to another area. Research shows green infrastructure such as garden walls can play a big role in cooling the city.
    Vertical-Garden-Wall-52.jpg
  • General Views showing One Central Park which is built around Chippendale Green, Sydney. The building itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc, Chippendale, Sydney, Australia. The residential building has been named best tall building in the world in June 2014. A massive silver heliostat hangs from One Central Park to redirect light to the ground below. The unique steel heliostat is specifically designed to reflect sunlight to another area. Research shows green infrastructure such as garden walls can play a big role in cooling the city.
    Vertical-Garden-Wall-5.jpg
  • General Views showing One Central Park which is built around Chippendale Green, Sydney. The building itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc, Chippendale, Sydney, Australia. The residential building has been named best tall building in the world in June 2014. A massive silver heliostat hangs from One Central Park to redirect light to the ground below. The unique steel heliostat is specifically designed to reflect sunlight to another area. Research shows green infrastructure such as garden walls can play a big role in cooling the city.Two landscape gardeners seen maintaining this unique vertical garden wall.
    Vertical-Garden-Wall-48.jpg
  • General Views showing One Central Park which is built around Chippendale Green, Sydney. The building itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc, Chippendale, Sydney, Australia. The residential building has been named best tall building in the world in June 2014. A massive silver heliostat hangs from One Central Park to redirect light to the ground below. The unique steel heliostat is specifically designed to reflect sunlight to another area. Research shows green infrastructure such as garden walls can play a big role in cooling the city.Two landscape gardeners seen maintaining this unique vertical garden wall.
    Vertical-Garden-Wall-47.jpg
  • General Views showing One Central Park which is built around Chippendale Green, Sydney. The building itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc, Chippendale, Sydney, Australia. The residential building has been named best tall building in the world in June 2014. A massive silver heliostat hangs from One Central Park to redirect light to the ground below. The unique steel heliostat is specifically designed to reflect sunlight to another area. Research shows green infrastructure such as garden walls can play a big role in cooling the city.Two landscape gardeners seen maintaining this unique vertical garden wall.
    Vertical-Garden-Wall-46.jpg
  • General Views showing One Central Park which is built around Chippendale Green, Sydney. The building itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc, Chippendale, Sydney, Australia. The residential building has been named best tall building in the world in June 2014. A massive silver heliostat hangs from One Central Park to redirect light to the ground below. The unique steel heliostat is specifically designed to reflect sunlight to another area. Research shows green infrastructure such as garden walls can play a big role in cooling the city.Two landscape gardeners seen maintaining this unique vertical garden wall.
    Vertical-Garden-Wall-44.jpg
  • General Views showing One Central Park which is built around Chippendale Green, Sydney. The building itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc, Chippendale, Sydney, Australia. The residential building has been named best tall building in the world in June 2014. A massive silver heliostat hangs from One Central Park to redirect light to the ground below. The unique steel heliostat is specifically designed to reflect sunlight to another area. Research shows green infrastructure such as garden walls can play a big role in cooling the city.Two landscape gardeners seen maintaining this unique vertical garden wall.
    Vertical-Garden-Wall-43.jpg
  • General Views showing One Central Park which is built around Chippendale Green, Sydney. The building itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc, Chippendale, Sydney, Australia. The residential building has been named best tall building in the world in June 2014. A massive silver heliostat hangs from One Central Park to redirect light to the ground below. The unique steel heliostat is specifically designed to reflect sunlight to another area. Research shows green infrastructure such as garden walls can play a big role in cooling the city.Two landscape gardeners seen maintaining this unique vertical garden wall.
    Vertical-Garden-Wall-42.jpg
  • General Views showing One Central Park which is built around Chippendale Green, Sydney. The building itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc, Chippendale, Sydney, Australia. The residential building has been named best tall building in the world in June 2014. A massive silver heliostat hangs from One Central Park to redirect light to the ground below. The unique steel heliostat is specifically designed to reflect sunlight to another area. Research shows green infrastructure such as garden walls can play a big role in cooling the city.
    Vertical-Garden-Wall-41.jpg
  • General Views showing One Central Park which is built around Chippendale Green, Sydney. The building itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc, Chippendale, Sydney, Australia. The residential building has been named best tall building in the world in June 2014. A massive silver heliostat hangs from One Central Park to redirect light to the ground below. The unique steel heliostat is specifically designed to reflect sunlight to another area. Research shows green infrastructure such as garden walls can play a big role in cooling the city.
    Vertical-Garden-Wall-40.jpg
  • General Views showing One Central Park which is built around Chippendale Green, Sydney. The building itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc, Chippendale, Sydney, Australia. The residential building has been named best tall building in the world in June 2014. A massive silver heliostat hangs from One Central Park to redirect light to the ground below. The unique steel heliostat is specifically designed to reflect sunlight to another area. Research shows green infrastructure such as garden walls can play a big role in cooling the city.
    Vertical-Garden-Wall-39.jpg
  • General Views showing One Central Park which is built around Chippendale Green, Sydney. The building itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc, Chippendale, Sydney, Australia. The residential building has been named best tall building in the world in June 2014. A massive silver heliostat hangs from One Central Park to redirect light to the ground below. The unique steel heliostat is specifically designed to reflect sunlight to another area. Research shows green infrastructure such as garden walls can play a big role in cooling the city.
    Vertical-Garden-Wall-38.jpg
  • General Views showing One Central Park which is built around Chippendale Green, Sydney. The building itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc, Chippendale, Sydney, Australia. The residential building has been named best tall building in the world in June 2014. A massive silver heliostat hangs from One Central Park to redirect light to the ground below. The unique steel heliostat is specifically designed to reflect sunlight to another area. Research shows green infrastructure such as garden walls can play a big role in cooling the city.
    Vertical-Garden-Wall-37.jpg
  • General Views showing One Central Park which is built around Chippendale Green, Sydney. The building itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc, Chippendale, Sydney, Australia. The residential building has been named best tall building in the world in June 2014. A massive silver heliostat hangs from One Central Park to redirect light to the ground below. The unique steel heliostat is specifically designed to reflect sunlight to another area. Research shows green infrastructure such as garden walls can play a big role in cooling the city.
    Vertical-Garden-Wall-36.jpg
  • General Views showing One Central Park which is built around Chippendale Green, Sydney. The building itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc, Chippendale, Sydney, Australia. The residential building has been named best tall building in the world in June 2014. A massive silver heliostat hangs from One Central Park to redirect light to the ground below. The unique steel heliostat is specifically designed to reflect sunlight to another area. Research shows green infrastructure such as garden walls can play a big role in cooling the city.
    Vertical-Garden-Wall-35.jpg
  • General Views showing One Central Park which is built around Chippendale Green, Sydney. The building itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc, Chippendale, Sydney, Australia. The residential building has been named best tall building in the world in June 2014. A massive silver heliostat hangs from One Central Park to redirect light to the ground below. The unique steel heliostat is specifically designed to reflect sunlight to another area. Research shows green infrastructure such as garden walls can play a big role in cooling the city.
    Vertical-Garden-Wall-34.jpg
  • General Views showing One Central Park which is built around Chippendale Green, Sydney. The building itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc, Chippendale, Sydney, Australia. The residential building has been named best tall building in the world in June 2014. A massive silver heliostat hangs from One Central Park to redirect light to the ground below. The unique steel heliostat is specifically designed to reflect sunlight to another area. Research shows green infrastructure such as garden walls can play a big role in cooling the city.
    Vertical-Garden-Wall-32.jpg
  • General Views showing One Central Park which is built around Chippendale Green, Sydney. The building itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc, Chippendale, Sydney, Australia. The residential building has been named best tall building in the world in June 2014. A massive silver heliostat hangs from One Central Park to redirect light to the ground below. The unique steel heliostat is specifically designed to reflect sunlight to another area. Research shows green infrastructure such as garden walls can play a big role in cooling the city.
    Vertical-Garden-Wall-31.jpg
  • General Views showing One Central Park which is built around Chippendale Green, Sydney. The building itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc, Chippendale, Sydney, Australia. The residential building has been named best tall building in the world in June 2014. A massive silver heliostat hangs from One Central Park to redirect light to the ground below. The unique steel heliostat is specifically designed to reflect sunlight to another area. Research shows green infrastructure such as garden walls can play a big role in cooling the city.
    Vertical-Garden-Wall-30.jpg
  • General Views showing One Central Park which is built around Chippendale Green, Sydney. The building itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc, Chippendale, Sydney, Australia. The residential building has been named best tall building in the world in June 2014. A massive silver heliostat hangs from One Central Park to redirect light to the ground below. The unique steel heliostat is specifically designed to reflect sunlight to another area. Research shows green infrastructure such as garden walls can play a big role in cooling the city.
    Vertical-Garden-Wall-3.jpg
  • General Views showing One Central Park which is built around Chippendale Green, Sydney. The building itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc, Chippendale, Sydney, Australia. The residential building has been named best tall building in the world in June 2014. A massive silver heliostat hangs from One Central Park to redirect light to the ground below. The unique steel heliostat is specifically designed to reflect sunlight to another area. Research shows green infrastructure such as garden walls can play a big role in cooling the city.
    Vertical-Garden-Wall-27.jpg
  • General Views showing One Central Park which is built around Chippendale Green, Sydney. The building itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc, Chippendale, Sydney, Australia. The residential building has been named best tall building in the world in June 2014. A massive silver heliostat hangs from One Central Park to redirect light to the ground below. The unique steel heliostat is specifically designed to reflect sunlight to another area. Research shows green infrastructure such as garden walls can play a big role in cooling the city.
    Vertical-Garden-Wall-26.jpg
  • General Views showing One Central Park which is built around Chippendale Green, Sydney. The building itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc, Chippendale, Sydney, Australia. The residential building has been named best tall building in the world in June 2014. A massive silver heliostat hangs from One Central Park to redirect light to the ground below. The unique steel heliostat is specifically designed to reflect sunlight to another area. Research shows green infrastructure such as garden walls can play a big role in cooling the city.
    Vertical-Garden-Wall-25.jpg
  • General Views showing One Central Park which is built around Chippendale Green, Sydney. The building itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc, Chippendale, Sydney, Australia. The residential building has been named best tall building in the world in June 2014. A massive silver heliostat hangs from One Central Park to redirect light to the ground below. The unique steel heliostat is specifically designed to reflect sunlight to another area. Research shows green infrastructure such as garden walls can play a big role in cooling the city.
    Vertical-Garden-Wall-24.jpg
  • General Views showing One Central Park which is built around Chippendale Green, Sydney. The building itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc, Chippendale, Sydney, Australia. The residential building has been named best tall building in the world in June 2014. A massive silver heliostat hangs from One Central Park to redirect light to the ground below. The unique steel heliostat is specifically designed to reflect sunlight to another area. Research shows green infrastructure such as garden walls can play a big role in cooling the city.
    Vertical-Garden-Wall-22.jpg
  • General Views showing One Central Park which is built around Chippendale Green, Sydney. The building itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc, Chippendale, Sydney, Australia. The residential building has been named best tall building in the world in June 2014. A massive silver heliostat hangs from One Central Park to redirect light to the ground below. The unique steel heliostat is specifically designed to reflect sunlight to another area. Research shows green infrastructure such as garden walls can play a big role in cooling the city.
    Vertical-Garden-Wall-21.jpg
  • General Views showing One Central Park which is built around Chippendale Green, Sydney. The building itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc, Chippendale, Sydney, Australia. The residential building has been named best tall building in the world in June 2014. A massive silver heliostat hangs from One Central Park to redirect light to the ground below. The unique steel heliostat is specifically designed to reflect sunlight to another area. Research shows green infrastructure such as garden walls can play a big role in cooling the city.
    Vertical-Garden-Wall-20.jpg
  • General Views showing One Central Park which is built around Chippendale Green, Sydney. The building itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc, Chippendale, Sydney, Australia. The residential building has been named best tall building in the world in June 2014. A massive silver heliostat hangs from One Central Park to redirect light to the ground below. The unique steel heliostat is specifically designed to reflect sunlight to another area. Research shows green infrastructure such as garden walls can play a big role in cooling the city.
    Vertical-Garden-Wall-2.jpg
  • General Views showing One Central Park which is built around Chippendale Green, Sydney. The building itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc, Chippendale, Sydney, Australia. The residential building has been named best tall building in the world in June 2014. A massive silver heliostat hangs from One Central Park to redirect light to the ground below. The unique steel heliostat is specifically designed to reflect sunlight to another area. Research shows green infrastructure such as garden walls can play a big role in cooling the city.
    Vertical-Garden-Wall-19.jpg
  • General Views showing One Central Park which is built around Chippendale Green, Sydney. The building itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc, Chippendale, Sydney, Australia. The residential building has been named best tall building in the world in June 2014. A massive silver heliostat hangs from One Central Park to redirect light to the ground below. The unique steel heliostat is specifically designed to reflect sunlight to another area. Research shows green infrastructure such as garden walls can play a big role in cooling the city.
    Vertical-Garden-Wall-18.jpg
  • General Views showing One Central Park which is built around Chippendale Green, Sydney. The building itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc, Chippendale, Sydney, Australia. The residential building has been named best tall building in the world in June 2014. A massive silver heliostat hangs from One Central Park to redirect light to the ground below. The unique steel heliostat is specifically designed to reflect sunlight to another area. Research shows green infrastructure such as garden walls can play a big role in cooling the city.
    Vertical-Garden-Wall-17.jpg
  • General Views showing One Central Park which is built around Chippendale Green, Sydney. The building itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc, Chippendale, Sydney, Australia. The residential building has been named best tall building in the world in June 2014. A massive silver heliostat hangs from One Central Park to redirect light to the ground below. The unique steel heliostat is specifically designed to reflect sunlight to another area. Research shows green infrastructure such as garden walls can play a big role in cooling the city.
    Vertical-Garden-Wall-16.jpg
  • General Views showing One Central Park which is built around Chippendale Green, Sydney. The building itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc, Chippendale, Sydney, Australia. The residential building has been named best tall building in the world in June 2014. A massive silver heliostat hangs from One Central Park to redirect light to the ground below. The unique steel heliostat is specifically designed to reflect sunlight to another area. Research shows green infrastructure such as garden walls can play a big role in cooling the city.
    Vertical-Garden-Wall-15.jpg
  • General Views showing One Central Park which is built around Chippendale Green, Sydney. The building itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc, Chippendale, Sydney, Australia. The residential building has been named best tall building in the world in June 2014. A massive silver heliostat hangs from One Central Park to redirect light to the ground below. The unique steel heliostat is specifically designed to reflect sunlight to another area. Research shows green infrastructure such as garden walls can play a big role in cooling the city.
    Vertical-Garden-Wall-14.jpg
  • General Views showing One Central Park which is built around Chippendale Green, Sydney. The building itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc, Chippendale, Sydney, Australia. The residential building has been named best tall building in the world in June 2014. A massive silver heliostat hangs from One Central Park to redirect light to the ground below. The unique steel heliostat is specifically designed to reflect sunlight to another area. Research shows green infrastructure such as garden walls can play a big role in cooling the city.
    Vertical-Garden-Wall-13.jpg
  • General Views showing One Central Park which is built around Chippendale Green, Sydney. The building itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc, Chippendale, Sydney, Australia. The residential building has been named best tall building in the world in June 2014. A massive silver heliostat hangs from One Central Park to redirect light to the ground below. The unique steel heliostat is specifically designed to reflect sunlight to another area. Research shows green infrastructure such as garden walls can play a big role in cooling the city.
    Vertical-Garden-Wall-12.jpg
  • General Views showing  Chippendale Green, Sydney, which is built around One Central Park. The building itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc, Chippendale, Sydney, Australia. The residential building has been named best tall building in the world in June 2014. A massive silver heliostat hangs from One Central Park to redirect light to the ground below. The unique steel heliostat is specifically designed to reflect sunlight to another area. The heliostat seen in action reflecting sunlight.
    Chippendale-Green-3.jpg
  • General Views showing  Chippendale Green, Sydney, which is built around One Central Park. The building itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc, Chippendale, Sydney, Australia. The residential building has been named best tall building in the world in June 2014. A massive silver heliostat hangs from One Central Park to redirect light to the ground below. The unique steel heliostat is specifically designed to reflect sunlight to another area. The heliostat seen in action reflecting sunlight.
    Chippendale-Green-2.jpg
  • General Views showing  Chippendale Green, Sydney, which is built around One Central Park. The building itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc, Chippendale, Sydney, Australia. The residential building has been named best tall building in the world in June 2014. A massive silver heliostat hangs from One Central Park to redirect light to the ground below. The unique steel heliostat is specifically designed to reflect sunlight to another area. The heliostat seen in action reflecting sunlight.
    Chippendale-Green-1.jpg
  • General Views showing interior of Central Park Mall, One Central Park,which is built around Chippendale Green, Sydney. The building itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc, Chippendale, Sydney, Australia. The residential building has been named best tall building in the world in June 2014. A massive silver heliostat hangs from One Central Park to redirect light to the ground below. The unique steel heliostat is specifically designed to reflect sunlight to another area. Research shows green infrastructure such as garden walls can play a big role in cooling the city.
    Central-Park-Mall-3.jpg
  • General Views showing interior of Central Park Mall, One Central Park,which is built around Chippendale Green, Sydney. The building itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc, Chippendale, Sydney, Australia. The residential building has been named best tall building in the world in June 2014. A massive silver heliostat hangs from One Central Park to redirect light to the ground below. The unique steel heliostat is specifically designed to reflect sunlight to another area. Research shows green infrastructure such as garden walls can play a big role in cooling the city.
    Central-Park-Mall-2.jpg
  • General Views showing interior of Central Park Mall, One Central Park,which is built around Chippendale Green, Sydney. The building itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc, Chippendale, Sydney, Australia. The residential building has been named best tall building in the world in June 2014. A massive silver heliostat hangs from One Central Park to redirect light to the ground below. The unique steel heliostat is specifically designed to reflect sunlight to another area. Research shows green infrastructure such as garden walls can play a big role in cooling the city.
    Central-Park-Mall-1.jpg
  • This building 180 Thomas Street, Haymarket, Sydney was designed by architects Bates Smart. Its quite unique because of its sustainable features such as high efficency lighting, chilled beam cooling and high performance glazing.
    Architecture-Sydney-20170514--81.jpg
  • This building 180 Thomas Street, Haymarket, Sydney was designed by architects Bates Smart. Its quite unique because of its sustainable features such as high efficency lighting, chilled beam cooling and high performance glazing.
    Architecture-Sydney-20170514--71.jpg
  • This building 180 Thomas Street, Haymarket, Sydney was designed by architects Bates Smart. Its quite unique because of its sustainable features such as high efficency lighting, chilled beam cooling and high performance glazing.
    Architecture-Sydney-20170514--63.jpg
  • This building 180 Thomas Street, Haymarket, Sydney was designed by architects Bates Smart. Its quite unique because of its sustainable features such as high efficency lighting, chilled beam cooling and high performance glazing.
    Architecture-Sydney-20170514--58.jpg
  • This building 180 Thomas Street, Haymarket, Sydney was designed by architects Bates Smart. Its quite unique because of its sustainable features such as high efficency lighting, chilled beam cooling and high performance glazing.
    Architecture-Sydney-20170514--51.jpg
  • This building 180 Thomas Street, Haymarket, Sydney was designed by architects Bates Smart. Its quite unique because of its sustainable features such as high efficency lighting, chilled beam cooling and high performance glazing.
    Architecture-Sydney-20170514--49.jpg
  • This building 180 Thomas Street, Haymarket, Sydney was designed by architects Bates Smart. Its quite unique because of its sustainable features such as high efficency lighting, chilled beam cooling and high performance glazing.
    Architecture-Sydney-20170514--47.jpg
  • This building 180 Thomas Street, Haymarket, Sydney was designed by architects Bates Smart. Its quite unique because of its sustainable features such as high efficency lighting, chilled beam cooling and high performance glazing.
    Architecture-Sydney-20170514--42.jpg
  • This building 180 Thomas Street, Haymarket, Sydney was designed by architects Bates Smart. Its quite unique because of its sustainable features such as high efficency lighting, chilled beam cooling and high performance glazing.
    Architecture-Sydney-20170514--160.jpg
  • This building 180 Thomas Street, Haymarket, Sydney was designed by architects Bates Smart. Its quite unique because of its sustainable features such as high efficency lighting, chilled beam cooling and high performance glazing.
    Architecture-Sydney-20170514--155.jpg
  • This building 180 Thomas Street, Haymarket, Sydney was designed by architects Bates Smart. Its quite unique because of its sustainable features such as high efficency lighting, chilled beam cooling and high performance glazing.
    Architecture-Sydney-20170514--127.jpg
  • This building 180 Thomas Street, Haymarket, Sydney was designed by architects Bates Smart. Its quite unique because of its sustainable features such as high efficency lighting, chilled beam cooling and high performance glazing.
    Architecture-Sydney-20170514--125.jpg
  • This building 180 Thomas Street, Haymarket, Sydney was designed by architects Bates Smart. Its quite unique because of its sustainable features such as high efficency lighting, chilled beam cooling and high performance glazing.
    Architecture-Sydney-20170514--108.jpg
  • General Views showing One Central Park which is built around Chippendale Green. The bulding itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc,Chippendale, Sydney, Australia.
    One-Central-Park-218.jpg
  • General Views showing One Central Park which is built around Chippendale Green. The bulding itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc.Heliostat reflecting light onto the vertical garden wall, Chippendale, Sydney, Australia.
    One-Central-Park-203.jpg
  • General Views showing One Central Park which is built around Chippendale Green. The bulding itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc,Chippendale, Sydney, Australia.
    One-Central-Park-198.jpg
  • General Views showing One Central Park which is built around Chippendale Green. The bulding itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc,Chippendale, Sydney, Australia.
    One-Central-Park-197.jpg
  • General Views showing One Central Park which is built around Chippendale Green. The bulding itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc,Chippendale, Sydney, Australia.
    One-Central-Park-192.jpg
  • General Views showing One Central Park which is built around Chippendale Green. The bulding itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc. Close up shot of a Heliostat reflecting light onto the vertical garden wall, Chippendale, Sydney, Australia.
    One-Central-Park-188.jpg
  • General Views showing One Central Park which is built around Chippendale Green. The bulding itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc,Chippendale, Sydney, Australia.
    One-Central-Park-186.jpg
  • General Views showing One Central Park which is built around Chippendale Green. The bulding itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc. Close up shot of a Heliostat reflecting light onto the vertical garden wall, Chippendale, Sydney, Australia.
    One-Central-Park-185.jpg
  • General Views showing One Central Park which is built around Chippendale Green. The bulding itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc,Chippendale, Sydney, Australia.
    One-Central-Park-178.jpg
  • General Views showing One Central Park which is built around Chippendale Green. The bulding itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc,Chippendale, Sydney, Australia.
    One-Central-Park-166.jpg
  • General Views showing One Central Park which is built around Chippendale Green. The bulding itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc. Close up shot of a Heliostat reflecting light onto the vertical garden wall, Chippendale, Sydney, Australia.
    One-Central-Park-164.jpg
  • General Views showing One Central Park which is built around Chippendale Green. The bulding itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc,Chippendale, Sydney, Australia.
    One-Central-Park-155.jpg
  • General Views showing One Central Park which is built around Chippendale Green. The bulding itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc,Chippendale, Sydney, Australia.
    One-Central-Park-151.jpg
  • General Views showing One Central Park which is built around Chippendale Green, Sydney. The building itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc, Chippendale, Sydney, Australia. The residential building has been named best tall building in the world in June 2014. A massive silver heliostat hangs from One Central Park to redirect light to the ground below. The unique steel heliostat is specifically designed to reflect sunlight to another area. Research shows green infrastructure such as garden walls can play a big role in cooling the city.
    Vertical-Garden-Wall-8.jpg
  • General Views showing One Central Park which is built around Chippendale Green, Sydney. The building itself was designed by award-winning Parisian architect Jean Nouvel and the vertical gardens designed by the artist and botanist Patrick Blanc, Chippendale, Sydney, Australia. The residential building has been named best tall building in the world in June 2014. A massive silver heliostat hangs from One Central Park to redirect light to the ground below. The unique steel heliostat is specifically designed to reflect sunlight to another area. Research shows green infrastructure such as garden walls can play a big role in cooling the city.Two landscape gardeners seen maintaining this unique vertical garden wall.
    Vertical-Garden-Wall-51.jpg
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