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Thermal bridging analysis with infrared imaging
ENERGY EFFICIENCY EXPERTS

Thermal Bridging Analysis

Professional identification of thermal bridges that can lead to condensation issues, energy loss, and occupant comfort problems. Our advanced thermal imaging and analysis techniques help optimize building envelope performance and reduce energy costs.

Comprehensive Thermal Bridge Analysis

Thermal Imaging Analysis

Advanced infrared thermography to visualize heat transfer patterns and identify thermal bridge locations.

Condensation Risk Assessment

Evaluation of condensation potential and moisture-related problems caused by thermal bridging.

Energy Loss Quantification

Calculation of energy losses and cost impacts associated with thermal bridge performance.

Understanding Thermal Bridges

What Are Thermal Bridges?

Thermal bridges are areas in the building envelope where heat transfer is significantly higher than in adjacent areas. These occur when conductive materials create a path for heat flow through the insulation system.

Why They Matter

  • Increased energy consumption and costs
  • Condensation and potential mold growth
  • Reduced occupant comfort
  • Reduced building performance ratings

Analysis Methods

  • Infrared thermography
  • Surface temperature measurement
  • Heat flux analysis
  • Condensation risk calculation
  • Energy modeling

Common Thermal Bridge Locations

Structural steel connections
Concrete balcony slabs
Window and door frames
Masonry shelf angles
Mechanical penetrations
Structural columns and beams
Parapet wall connections
Foundation wall transitions

Our Analysis Process

1

Initial Assessment

Review of building plans, construction details, and identification of potential thermal bridge locations.

2

Thermal Imaging Survey

Comprehensive infrared thermography survey under appropriate weather conditions for optimal results.

3

Data Analysis

Detailed analysis of thermal images and temperature data to quantify thermal bridge effects.

4

Recommendations

Comprehensive report with mitigation strategies and cost-benefit analysis for improvements.

Benefits of Analysis

  • Reduced energy costs
  • Improved occupant comfort
  • Condensation prevention
  • Enhanced building performance

When You Need Analysis

  • • High energy bills
  • • Condensation problems
  • • Cold spots or drafts
  • • Building performance optimization
  • • Green building certification
  • • Retrofit planning

Optimize Your Building's Thermal Performance

Identify and address thermal bridges to reduce energy costs, prevent condensation, and improve occupant comfort.