Country
Switzerland
Energy Framework
MuKEn Cantonal Model Energy Provisions
Verification Status
Verified Framework
Delivery Route
Supply + Supervision
Local Approvals
Local Registered Architect
Verified Framework

Steel Frame Homes in Switzerland: Standards & Guide | Passive Steel Homes

Cantonal requirements govern local energy compliance. GEAK/CECB and Minergie serve different assessment purposes.

Project Checklist for Switzerland

Identify the canton and chosen Minergie variant, then assign local energy planning and documentation.

Applicable Energy Standards & Certifications for Switzerland

Statutory building codes, government subsidy benchmarks, and voluntary green building certifications applicable in Switzerland:

4 Standards Mapped
High-Performance & Subsidy Standard

Minergie, Minergie-P, Minergie-A and ECO

Minergie, Minergie-P and Minergie-A Certification

Minergie offers distinct building quality and performance routes. P, A and ECO must be described with their own criteria.

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Official Energy Certificate

GEAK / CECB and Minergie

Cantonal Energy Certificate (GEAK Class A)

GEAK/CECB is the cantonal energy label, addressing the envelope, building technology and direct CO₂ emissions. Minergie is a separate route.

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International Gold Standard (PHI)

Passive House / Passivhaus

International Passive House & Airtight Envelope

A voluntary whole-building performance and certification route. Product certification and building certification have different scopes.

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Holistic Sustainability (DGNB)

DGNB — Small Residential Buildings

SGNI / DGNB Swiss Sustainability System

DGNB has a sustainability certification scheme for small residential buildings. Energy performance is part of a broader assessment.

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Division of Responsibilities on Site

SerVilla Scope

Structural CFS framing production, building envelope insulation and weather barrier layers, assembly engineering, site supervision and logistics coordination.

Local Professional Scope

Building permit application, local planning approval, geotechnical survey and foundation slab execution, plus final local energy certification.

Central European & Alpine (KfW 40 / Minergie Balanced Zone)

Climate Zone & Envelope Engineering for Switzerland

Engineered for full GEG, DIN 4108 and SIA 380 compliance: balanced winter heat retention and summer comfort with thermal-bridge free junctions and certified airtightness.

Snow Load (sk)
sk = 1.20 – 3.00 kN/m² (Alps > 4.0 kN/m²)
Wind Velocity (vb)
vb = 22 – 26 m/s (Moderate Wind Zone)
Seismic PGA (ag)
ag = 0.04g – 0.12g (Regional Seismic Action)
Target Wall U
U <= 0.11 – 0.13 W/m²K (140mm Frame + 120mm Exterior EWI)
Target Roof U
U <= 0.09 – 0.11 W/m²K (320mm Cross-Laid Rockwool)
Glazing Specification
Triple Glazed Ug = 0.50 W/m²K (Uw <= 0.78 Warm Edge)
Foundation Perimeter
100mm High-Load XPS Slab Perimeter Skirt
Airtightness & MVHR
n50 <= 0.60 h⁻¹ • 85%+ Heat Recovery MVHR

U-Value & Performance Benchmarks for Switzerland

MuKEn Cantonal Model Energy Provisions

Target thermal transmittance values for cold-formed steel envelopes adapted to statutory benchmarks in Switzerland:

Building Element Statutory Baseline SerVilla Target
Exterior Wall U ≤ 0.18 – 0.24 W/m²K U ≤ 0.11 – 0.14 W/m²K
Roof / Attic U ≤ 0.14 – 0.20 W/m²K U ≤ 0.08 – 0.12 W/m²K
Windows & Doors Uw ≤ 1.00 – 1.30 W/m²K Uw ≤ 0.75 – 0.85 W/m²K (Triple Glazed)
Airtightness n50 ≤ 1.5 – 3.0 h⁻¹ n50 ≤ 0.60 h⁻¹
Ventilation Natural or Mechanical Exhaust ≥ 85% Heat Recovery MVHR

Logistics, Customs & Site Timeline for Switzerland

Factory-to-Site Dispatch
Transit Duration
3 – 4 Working Days
13.60m Mega Truck (Curtain-side) or 40ft Flat-Rack
Customs & Documentation
EFTA / Non-EU Regime: Customs clearance via EUR.1 Certificate of Origin & Export Declarations. Coordinated directly with your local clearance agent.
Site Offloading
3-5 Ton Telehandler or Mobile Boom Crane
Superstructure Assembly
5-12 Working Days (under SerVilla Site Supervision)

Eurocode Structural Engineering, Snow, Wind & Seismic Safety in Switzerland

EN 1993 • EN 1998 • EN 1991

SerVilla cold-formed steel frames are engineered specifically for Switzerland in full accordance with Eurocode 3 (EN 1993-1-3), Eurocode 1 (site-specific snow & wind action maps), and Eurocode 8 (earthquake resilience). Fully verified calculation dossiers and 3D IFC models are supplied for local building control approval.

EN 1993-1-3
Cold-formed high-tensile S350GD galvanized steel structural sections.
EN 1991 (Kar & Rüzgar)
Site-specific snow drift and wind zone dimensioning of roof trusses.
EN 1998-1 (Sismik Dayanım)
6 to 8 times lighter than concrete, minimizing seismic inertia forces.
3D BIM & IFC Teslimi
100% interoperable IFC BIM models for local architects and energy consultants.

Plan Your Steel Frame Project in Switzerland

Discuss statutory requirements, insulation thicknesses and freight estimates with our international engineering desk.

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Energy Efficiency Grants & Subsidies in Switzerland

High-performance steel envelopes qualify for low-carbon grants and subsidized green mortgage schemes:

Zero-Emission Building (ZEB) Ready

Wall U-values down to 0.11 W/m²K cut primary energy demand by 50-70% below statutory baseline caps.

Green Mortgage Preferential Rates

Access preferential interest rates from European mortgage lenders for A+ EPC certified envelopes.

100% Recyclable Steel Framing

Fully aligned with EU Taxonomy circular economy directives with zero on-site construction waste.

Wide Eaves & Heavy Snow Resistance

Featured Architectural Models for Switzerland

Alpine & Mountain Climate Zone

Three architectural concepts specifically engineered for Switzerland climate zone, statutory snow/wind actions (EN 1991) and envelope performance:

Model 25-2002 • Alpine Mountain Chalet
25-2002 254 m² • 2 Fl

Model 25-2002 • Alpine Mountain Chalet

Reinforced roof trusses engineered for extreme alpine snow drift and protected verandas.

CFS S350GD U ≤ 0.12 n50 ≤ 0.60
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Model 22-1016 • Stone & Steel Residence
22-1016 221 m² • 1 Fl

Model 22-1016 • Stone & Steel Residence

Engineered hillside anchorages and storm-resilient bolted CFS framing.

CFS S350GD U ≤ 0.12 n50 ≤ 0.60
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Model 25-2008 • Modern Mountain Villa
25-2008 195 m² • 2 Fl

Model 25-2008 • Modern Mountain Villa

Minergie-P compliant 300mm envelope with triple-pane alpine vista glazing.

CFS S350GD U ≤ 0.12 n50 ≤ 0.60
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Official Code Sources

  • https://www.geak.ch/produkte/geak/
  • https://www.minergie.ch/de/standards/

Explore Other Model Concepts

Compare alternative footprints, storey options and spatial arrangements.

Important Note: Veranda, garage, terrace, pool, BASEMENT FLOOR, etc. are NOT included in areas & PRICES. Semi-detached / twin models: 1 unit basis.
Model 25-1003 — 99 m², 1 storey
Model 25-1003 Farmhouse & Ranch

Model 25-1003 • 99 m²

Model 25-1003 — 99 m², 1 storey

1 Storey
2 Bedrooms
1 Garage
Model 25-1004 — 114 m², 1 storey
Model 25-1004 American Style

Model 25-1004 • 114 m²

Model 25-1004 — 114 m², 1 storey

1 Storey
3 Bedrooms
1 Garage
Model 25-1005 — 135 m², 1 storey

Model 25-1005 • 135 m²

Model 25-1005 — 135 m², 1 storey

1 Storey
3 Bedrooms
0 Garage

Frequently Asked Questions

Essential answers regarding steel construction, energy targets and project delivery.

Each country has specific energy performance regulations (e.g. GEG in Germany, RE2020 in France, Part L in Ireland). We design our steel envelope to comply with your local code requirements.

Statutory permits, local planning submissions, and national structural certification must be signed by a registered local architect or engineer in your jurisdiction.

Steel frame kits and building materials are packed into shipping containers or trucks. Transport and customs clearance terms (Incoterms like DAP or CIF) are detailed in each quote.

Yes. We offer experienced erection supervisors who oversee local assembly teams to ensure structural alignment and airtight envelope execution.

Yes. For Scandinavian and Alpine regions, wall insulation thicknesses can be increased up to 300-400mm with U-values down to 0.10 W/m²K.

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