Energiewende Platz 1

Evening aerial view of the Windkraft Simonsfeld building with illuminated courtyard and extensive rooftop photovoltaic system.

Structural engineering

Resource-saving concept with a high degree of prefabrication.
Timber fram construction with columns, beams and crosslaminated timber ceilings (span of the panel beams: approx. 8m).
Highly insulated timber frame construction as filling and stiffening elements.
Maintenance-free plinth connections on strip foundations with STB plinths.
The simplicity of the construction allows for unmixed dismantling – a contribution to the circular economy.

Building physics

Inspection of all exterior construction in accordance with the requirements of the Lower Austrian building regulations, OIB guidelines and ÖNORM standards.
Outstanding thermal and sound insulation that meets the highest standards.
Building envelope with energy efficiency class A++, supported by CO2 balancing and primary energy demand optimization.

Building technology

Efficient cooling and heating: building component activation, floor convectors and reversible heat pumps.
Direct cooling via probes and additional passive cooling through controlled night ventilation.
PV system on the roof supplies the dry cooler with sustainable electricity.
Clay mass storage in the core: supports cooling and heating for a comfortable indoor climate.

Fire protection:

Implementation
Protection of life and health (personal protection)
Limiting the spread of fire effective firefighting
Minimizing the impact on property and surrounding buildings.

🚀 Energiewende Platz 1 stands for innovation, efficiency and sustainable construction – a showcase project that sets standards in every respect. 💡

Sustainable office building of Windkraft Simonsfeld featuring modern timber architecture and expansive glass facades.
Detailed view of Windkraft Simonsfeld’s sustainable office building with a modern timber façade and green elements.
Modern office building of Windkraft Simonsfeld with sustainable timber construction and large glass surfaces for maximum energy efficiency.
Courtyard of the Windkraft Simonsfeld office building with sustainable greenery and large glass surfaces for natural lighting.
Sustainably designed courtyard of the Windkraft Simonsfeld office with lush greenery and a footbridge over a planted water feature.
Detail view of a sustainable clay and timber wall structure in the entrance area of Windkraft Simonsfeld.
Bright and welcoming entrance area of the Windkraft Simonsfeld building featuring sustainable clay and timber construction, large glass areas, and modern seating.
Detail of sustainable timber construction in the Windkraft Simonsfeld building with visible wood joints and large glass surfaces.
Bright event space in the Windkraft Simonsfeld building with sustainable timber construction and clay walls.
Modern conference room with sustainable timber construction, clay walls, and large windows for ample daylight.
Sustainable stair architecture made of timber with clay walls and a skylight for natural lighting.
Detail of a steel-to-timber connection in the sustainable timber structure of the Windkraft Simonsfeld building.
A bright corridor in the Windkraft Simonsfeld building with modern timber and glass elements emphasizing sustainable architecture.
A modern meeting room in the Windkraft Simonsfeld building with sustainable timber architecture, large windows, and stylish ring-shaped ceiling lights.
Modern event space with sustainable timber architecture, large window front, and flexible layout at the Windkraft Simonsfeld building.
Aerial view of the Windkraft Simonsfeld building with a green courtyard and extensive photovoltaic systems on the roof.
Evening aerial view of the Windkraft Simonsfeld building with illuminated courtyard and extensive rooftop photovoltaic system.