Uploaded February 2026 | Updated September 2026, 2 days ago
Achieving Passive House certification requires rigorous testing, precise thermal modelling, and strict performance validation.
The G30 anchor represents a major breakthrough in balcony connection design — engineered to minimise thermal bridging while reducing installation time through its ultra-rigid connection system.
Tested and certified by the Passive House Institute (PHI), the process included:
• 3D thermal modelling
• 2D verification modelling
• Detailed thermal metric calculations
• Condensation and hygiene performance assessment
By optimising thermal performance at the balcony interface, the G30 anchor meets the demanding criteria required for Passive House certification.
Watch to learn how intelligent engineering, structural efficiency, and thermal performance come together to achieve certified results.
Achieving Passive House certification requires rigorous testing, precise thermal modelling, and strict performance validation.
The G30 anchor represents a major breakthrough in balcony connection design — engineered to minimise thermal bridging while reducing installation time through its ultra-rigid connection system.
Tested and certified by the Passive House Institute (PHI), the process included:
• 3D thermal modelling
• 2D verification modelling
• Detailed thermal metric calculations
• Condensation and hygiene performance assessment
By optimising thermal performance at the balcony interface, the G30 anchor meets the demanding criteria required for Passive House certification.
Watch to learn how intelligent engineering, structural efficiency, and thermal performance come together to achieve certified results.










