with highly effifficient heat recovery and CO2 sensors for optimum air quality and energy effifficiency
THIS BUILDING
IS ALWAYS THINKING AHEAD
can function with low system temperatures
Responsible water use
for both effective solar shading and high daylight transmission
(Fc value of 20%) automatically adjusts to the solar conditions to prevent overheating and maximize energy efficiency
with daylight control, smart multi-sensors for artifificial light and daylight control, to reduce energy consumption
with the best U- and G-values to minimize heat loss and maximize energy efficiency
15 wind turbines on the roof generate electricity
increases the flexibility and scalability of the systems
detailed monitoring of energy consumption in line with sustainability and ESG criteria
to improve comfort and user experience
on the roof and façade contribute to power generation and promote energy self-sufficiency
optimized using both demand-based and user controls
on a central server in the smart building to optimize building performance
A new
milestone
in building sustainable
New standards that go far beyond conventional methods and focus on environmental responsibility:
- Proportion of recycled materials greater than 30%
- Circular economy-optimized use of all materials
- Sustainable water use thanks to zero water strategy
- Approx. 70 % green space
- Use of level 4 concrete to reduce the CO2 footprint
- Sustainable selection of materials that minimize primary raw materials
- Future-proof planning with the greatest possible flexibility for future adjustments in accordance with taxonomy criteria
- Material inventory and documentation including a Bill of Quantities (BOQ)