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The largest open space on the site is to the southwest. Here, adjacent to the original building, is a natural garden measuring some 3,400 square meters. This manmade meadow is home to many rare species found nowhere else nearby, including twelve species of plants and animals on IUCN Red List of Threatened Species.
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The photovoltaic plant on the roof generates roughly 150kW – enough power to cover about half of the building's requirements. At the beginning of the project, the system was calculated to produce 120kW, however, by the time the panels were installed, the technology had improved, and efficiency had increased by 25%.
The IUCN Conservation Centre in Gland, Switzerland is a showpiece of modern architecture incorporating green construction practices and advanced technologies. An aesthetic and comfortable work environment was created that also accommodates requirements for adaptability and durability, responsible resource use, energy efficiency, rigorous control of emissions, and moderate construction, operating, and maintenance costs.
Last updated: January 16, 2015 Gland, Switzerland
The IUCN Conservation Centre in Gland, Switzerland is a showpiece of modern architecture incorporating green construction practices and advanced technologies. An aesthetic and comfortable work environment was created that also accommodates requirements for adaptability and durability, responsible resource use, energy efficiency, rigorous control of emissions, and moderate construction, operating, and maintenance costs.
The building, designed to LEED Platinum standards, features rainwater harvesting, photovoltaic power generation, a gray water system, local construction materials, waterless urinals, and many other green systems. The structure is a veritable showcase of modern and emerging concrete technology, featuring CO2-reduced concrete, recycled concrete, and insulating concrete.
Lean design and an innovative climate control system deliver high thermal performance. The ingeniously flexible and adaptable mechanical concept is fully integrated into the architecture, employing geothermal energy, thermal mass, decentralized blower units, waste heat recovery, and flexible multi-mode operation for maximum efficiency and indoor comfort during all seasons.