The flower of Ho Chi Minh City
Ho Chi Minh City, Vietnam
Ecologically living at Dreisbach-Park
Netphen Dreis-Tiefenbach, Germany
Project
Commission to create a master plan
Feasibility study, 2010
ethical
- Creation of publicly accessible green areas
- Accessibility according to DIN 18040 II
- Multi-generational living
- District development
- Plaza design to support informal communication
- Very good connection to public transport
ecological
- Use of geothermal and photovoltaic power
- Car-free district
- Rain and gray water management
- Renaturation of the Dreisbe (uncovering of the river)
efficient
- Efficient use of the area
- Low primary energy demand (64% under EnEV 2009)
- Excellent „Carbon Footprint“ of 14 kg CO2/m²a
- High housing mix through flexible floor layouts
GFA
approx. 12.400 m²
Design team
Marc Böhnke, Mario Reale, Janine Müller, Anna Weistropp, Can Altinsoy
Planer
Schüßler-Plan (traffic), e2 Energieberatung (energy concept)
Info
The residential project ”Ecological living at Dreisbach-Park“ is located near the city of Siegen, in a district of Netphen, in the center of Dreis-Tiefenbach. The aim is to develop a flexible, future-oriented residential living area that focuses on assisted living. The main users are active seniors who would like to live in a communicative environment and achieve an improvement of living quality due to the offered services. The project will also provide great living qualities to families or students, developing a vivid mixture of different generations. The heart of the design is the Dreisbach-Park, a public green space that invites to go for a walk and rest. Along the main routes are accessory service institutions, which contribute to the revival of the park, such as a park café, a library and areas for other outdoor activities. Because of its open structure the planning concept integrates itself into the structure of the urban context. Perspectives into the well-known neighborhood and within the neighborhood are possible due to the locations of the buildings. The new district is developed as a zero-energy-project. The entire required energy per year is exclusively produced by renewable energies like photovoltaics and geothermal energy.
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