

ISOLA 所在城市: Pankrác, Prague, Czech Republic
A carbon-neutral office oasis in Prague’s Pankrác District
关键信息
- Includes:
- The redevelopment will create a modern Class A office space across five floors
- Area:
- 8,000 m²
- Status:
- Concept design
- Sustainability:
- Targetting BREEAM Outstanding, EU Taxonomy, WELL Health & Safety.
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Regeneration, adaptive reuse, and retrofit
Embodying Chapman Taylor’s commitment to regeneration, adaptive reuse, and retrofit, the ISOLA project is helping to transform Prague's Pankrác district into a modern, vibrant workplace destination. This sustainable office building breathes new life into a former industrial factory hall, once home to ČKD Semiconductors. The redevelopment will create 8,000 m² of modern Class A office space across five floors, proving that the most sustainable architecture often lies in reimagining what already exists. The project is slated for completion in spring 2027.
Sustainability-led design approach
Appointed for our design expertise, this redevelopment employs a sustainability-led design approach, and it aims for the highest standard of sustainability. The building is engineered to be fully carbon-neutral in operation, a first for the Czech Republic. It is targeting the highest possible BREEAM certification level, "Outstanding," and will fully comply with European Union environmental standards (the EU taxonomy). Its distinctive bronze façade is designed with superior thermal and acoustic properties, integrating energy-efficient triple glazing and external blinds to regulate internal temperatures and reduce urban noise.
Advanced building technologies
From an engineering perspective, the project leverages the original structure’s prefabricated construction and distinctive TT-shaped pre-stressed concrete ceiling panels, preserving these elements to create a bright, airy interior with high load capacity and exceptional headroom. The building's operational sustainability is supported by advanced technologies, including a rooftop photovoltaic system, highly efficient heat pumps, and a greywater and rainwater management system. The project also provides infrastructure for ecological mobility, such as charging stations for electric vehicles and secure bicycle storage.