🇸🇪 Stockholm Archipelago
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385 m² grand contemporary Scandinavian residence engineered for Swedish Boverket BBR standards, extreme snow loads (3.2 kN/m²), and ultra-low U-value (0.10 W/m²K).
Harsh Nordic sub-zero winters, heavy snow loads, and island logistics in the rocky Stockholm archipelago.
SerVilla supplied double-stud steel frames with integrated thermal breaks and triple-layer dense rockwool insulation, reducing heating energy consumption by 80%.
From initial 3D BIM engineering in Istanbul to jobsite handover in Stockholm Archipelago.
Structural engineering calculation book formatted to SS-EN 1993 and Boverket Byggregler (BBR) requirements.
22.4 tons of precision galvanized steel profiles manufactured with thermal bridge decoupling breaks.
Mega-trailer road freight via Poland to Baltic ferry port, docking directly in Stockholm in 5 days.
Superstructure assembled and weather-tight shell completed in 13 working days with SerVilla supervision.
Transparent delineation between factory-engineered elements and local on-site trade coordination.
In Sweden, energy efficiency in winter is vital. SerVilla engineered a steel home that stays at a comfortable 22°C even during -20°C Nordic blizzards.
Frequently asked engineering, customs, and assembly questions regarding the Stockholm Archipelago delivery.
Cold-formed steel does not absorb moisture, rot, warp, or crack in sub-zero temperatures. Continuous exterior insulation ensures the steel remains inside the heated thermal envelope, preventing thermal bridging.
All structural calculation dossiers are verified to SS-EN 1993 with Swedish National Annexes and BBR standards for 3.2 kN/m² snow load, enabling immediate Bygglov permit approval.
By employing a double-stud staggered steel framing system with 200 mm mineral wool cavity insulation, 100 mm external continuous wood-fiber board, and an airtight smart vapor barrier.
Discover other high-performance steel frame homes engineered and delivered across Europe.
314 m² custom light gauge steel hillside residence with swimming pool, engineered for Italian NTC 2018 seismic statics, Alpine slope topography, and zero-tariff A.TR delivery.
322 m² luxury alpine residence engineered for extreme snow loads (3.5 kN/m²), prüffähige Eurocode Statik (DIN EN 1993), and GEG Passivhaus energy envelope.
229 m² contemporary seaside villa engineered for high Mediterranean seismic activity (Eurocode 8 / EAK 2000, ag = 0.36g), coastal marine air protection, and rapid 3-day island delivery.
Upload your architectural drawings (PDF/DWG/IFC) or select a SerVilla design to receive an itemized budgetary quotation, Eurocode statics review, and direct shipping estimate.
