building-envelope

You calculate building envelope thermal performance by assessing U-values, heat transfer, and thermal bridging for walls, roofs, and glazing assemblies. This identifies heat loss paths to improve energy efficiency and durability.

Designing waterproofing and airtightness for Taiwan climate zones involves applying structured guidance to exterior enclosure systems. This prevents leaks and drafts while managing moisture to improve indoor comfort and durability.

Aligning building envelope thermal performance with CNS 3815 and Green Mark standards requires referencing green-building concepts during heat transfer calculations. This ensures regulatory compliance and validates energy efficiency targets for assemblies.

Yes, you can evaluate wall assemblies for a mid-rise project to meet target U-values. The process ensures waterproofing and airtightness requirements are satisfied while optimizing overall thermal performance for the specific climate.

You need thermal bridge assessment for wall and roof details when analyzing envelope assemblies to identify heat loss paths. This assessment is required to draft effective remediation plans and ensure energy efficiency.