Western Australian leaders in Blower Door Testing and Passivhaus Design
Air Tightness Design
Blower Door Testing
Passivhaus Design
Building Energy Assessments
Heat Recovery Ventilation | HRV
Our services
Air Tightness Design and Blower Door Testing
Air Tightness Design and Blower Door Testing
Air Tightness Design and Blower Door Testing
Air tightness is the most basic measure of building envelope performance. A tightly sealed building envelope not only enhances energy efficiency by minimizing heat loss and air leakage but also ensures optimal indoor air quality, comfort, and durability.
Passivhaus Design
Air Tightness Design and Blower Door Testing
Air Tightness Design and Blower Door Testing
Passivhaus design is an approach to building construction that prioritizes energy efficiency, comfort, and sustainability. By employing rigorous insulation, airtightness, and passive heating and cooling strategies, Passivhaus buildings significantly reduce energy consumption while maintaining high levels of indoor comfort.
Building Envelope Energy Efficiency Assessment
Building Envelope Energy Efficiency Assessment
Building Envelope Energy Efficiency Assessment
Our energy efficiency assessments analyze and optimize the energy performance of your building's envelope, focusing on factors like insulation, air tightness, and thermal bridging to enhance efficiency and lower heating/cooling costs. Whether you're a homeowner, design professional, or builder, our insights enable informed decisions to create healthier, more comfortable, and energy-efficient spaces, fostering a collaborative journey towards maximising your building's energy performance.
HRV Sales, Installation and Maintenance
Building Envelope Energy Efficiency Assessment
Building Envelope Energy Efficiency Assessment
Heat Recovery Ventilation (HRV), where innovation meets efficiency in indoor air quality management. HRV units are advanced ventilation systems designed to simultaneously extract stale indoor air and introduce fresh outdoor air while recovering and transferring heat between the two streams. This introduction not only ensures superior air quality and comfort but also maximises energy efficiency by retaining the warmth of expelled air during the ventilation process.
