Certified Passivhaus

Enjoy the ultimate in health, comfort and energy efficiency

Say Goodbye to Extreme Temperatures and Uncomfortable Living

For many Blue Mountains residents, seasonal changes bring familiar challenges: layering up in winter, cranking up the heating, and facing skyrocketing power bills. The colder months also bring the constant battle against mildew and mould.

Summer, unfortunately, is no respite. Air conditioners run endlessly, sleep is disrupted by stifling heat, and bushfire smoke seeps into homes, leaving behind irritated eyes, sore throats, and unhealthy air.

But What If Your Home Could Be Different?

For an increasing number of Blue Mountains homeowners, seasonal extremes are no longer a concern. In their homes, indoor temperatures remain stable—between 18–25°C—all year round, with minimal reliance on heating or cooling. They enjoy cleaner, healthier air, sleep more soundly, and never have to worry about mould or pollutants creeping in.

How? The Answer is Passivhaus.

Say Goodbye to Extreme Temperatures and Uncomfortable Living

For many Blue Mountains residents, seasonal changes bring familiar challenges: layering up in winter, cranking up the heating, and facing skyrocketing power bills. The colder months also bring the constant battle against mildew and mould.

Summer, unfortunately, is no respite. Air conditioners run endlessly, sleep is disrupted by stifling heat, and bushfire smoke seeps into homes, leaving behind irritated eyes, sore throats, and unhealthy air.

But What If Your Home Could Be Different?

For an increasing number of Blue Mountains homeowners, seasonal extremes are no longer a concern. In their homes, indoor temperatures remain stable—between 18–25°C—all year round, with minimal reliance on heating or cooling. They enjoy cleaner, healthier air, sleep more soundly, and never have to worry about mould or pollutants creeping in.

How? The Answer is Passivhaus.

What Is a Certified Passivhaus—And How Can You Be Sure You’re Getting the Real Deal?

A Certified Passivhaus isn’t just a trendy concept—it’s a home built to globally recognised standards of comfort, energy efficiency, and sustainability. These homes are designed according to the 5 Pillars of Passivhaus Building, which focus on airtight construction, superior insulation, thermal bridge-free design, high-performance windows, and heat recovery ventilation systems. Every Certified Passivhaus undergoes rigorous, independent testing to ensure it meets these exacting standards.

Passivhaus foundational principles

1

Extreme
Air Tightness

  • Airtight construction ensures that only fresh filtered air enters the home.
  • A Certified Passivhaus requires air leakage to be tested near completion and must be below 0.6 air changes per hour.
  • Airtightness is as beneficial in keeping heat out as keeping it in, ensuring the great internal climate you experience in a Passivhaus.

Continuous
Appropriate
Insulation

  • The unique nature of a Passivhaus means they’re perfectly calculated for the individual climate. This means the amount of insulation needed is dependent on these calculations also.
  • In many cases a Passivhaus might not need much more insulation than code compliant buildings.

Mechanical Heat
Recovery Ventilation
(MHRV)

  • An MHRV system continually draws filtered outdoor air into living spaces and bedrooms and exhausts stale air from bathrooms and kitchens. This delivers fresh, tempered air to the home.
  • These systems use very little energy as they move relatively small volumes of air.
  • This concept of heat recovery, is proven to be an efficient and healthy choice for your home, as well as having low energy use, no drafts or no noise.

High Performance
Windows and Doors

  • Windows are the biggest source of heat loss and gain in all buildings. This is no different in a Passivhaus, although the loss and gain are much more balanced.
  • Dependent on climate, windows and doors utilize either double or triple glazing to maintain indoor climate and minimal energy use.
  • A critical element for Passivhaus success, is high quality insulated frames that seal tight.
  • Compared to the average house window, the windows of a Passivhaus will transmit just one-sixth of the heat compared to a typical Australian window.

No Thermal
Bridges

  • A thermal bridge is a physical pathway from inside to outside the building through which heat can move easily. This often results in mould, condensation, drafts and other discomforts.
  • Poor quality windows, uninsulated concrete slab edges and steel framed buildings are all examples of common thermal bridges.
  • Passivhaus aims to eliminate thermal bridges within the home, therefore improving health and comfort.

Extreme
Air Tightness

  • Airtight construction ensures that only fresh filtered air enters the home.
  • A Certified Passivhaus requires air leakage to be tested near completion and must be below 0.6 air changes per hour.
  • Airtightness is as beneficial in keeping heat out as keeping it in, ensuring the great internal climate you experience in a Passivhaus.

Continuous
Appropriate
Insulation

  • The unique nature of a Passivhaus means they’re perfectly calculated for the individual climate. This means the amount of insulation needed is dependent on these calculations also.
  • In many cases a Passivhaus might not need much more insulation than code compliant buildings.

Mechanical Heat
Recovery Ventilation
(MHRV)

  • An MHRV system continually draws filtered outdoor air into living spaces and bedrooms and exhausts stale air from bathrooms and kitchens. This delivers fresh, tempered air to the home.
  • These systems use very little energy as they move relatively small volumes of air.
  • This concept of heat recovery, is proven to be an efficient and healthy choice for your home, as well as having low energy use, no drafts or no noise.

High Performance
Windows and Doors

  • Windows are the biggest source of heat loss and gain in all buildings. This is no different in a Passivhaus, although the loss and gain are much more balanced.
  • Dependent on climate, windows and doors utilize either double or triple glazing to maintain indoor climate and minimal energy use.
  • A critical element for Passivhaus success, is high quality insulated frames that seal tight.
  • Compared to the average house window, the windows of a Passivhaus will transmit just one-sixth of the heat compared to a typical Australian window.

No Thermal
Bridges

  • A thermal bridge is a physical pathway from inside to outside the building through which heat can move easily. This often results in mould, condensation, drafts and other discomforts.
  • Poor quality windows, uninsulated concrete slab edges and steel framed buildings are all examples of common thermal bridges.
  • Passivhaus aims to eliminate thermal bridges within the home, therefore improving health and comfort.
<h3>Year-Round Comfort</h3>
Enjoy consistent indoor temperatures of 18–25 degrees, no matter the season. Our designs minimise the need for heating and cooling, keeping your home naturally comfortable and energy-efficient.

Why Certification Matters

As the Passivhaus standard gains traction in Australia, some builders are using the term loosely in their marketing to attract customers. However, not all “Passivhaus” is created equal. Without certification from the International Passivhaus Association—and a builder who is a Certified Passivhaus Tradesperson—you may not receive the health, comfort, and energy efficiency benefits promised by this internationally recognised standard.

A genuine Certified Passivhaus delivers measurable results: lower energy bills, stable indoor temperatures, and cleaner air quality. It’s more than just ticking boxes—it’s a commitment to performance, verified through air pressure tests and thermal & energy modelling.

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How to Ensure You’re Getting a True Passivhaus

To guarantee your home meets the Passivhaus standard, always work with certified experts. At Blue Eco Homes, we’re proud to be Certified Passivhaus Builders with a proven track record of delivering homes that perform beyond expectations. We’ve built many Passivhaus standard homes, including the first Passivhaus in Australia to meet Bushfire Attack Level Flame Zone (BAL-FZ) requirements, demonstrating our expertise in this field.

When it comes to your home, don’t settle for imitations. Choose a certified builder who can deliver the real deal—a home that’s healthier, more comfortable, and truly energy-efficient for years to come.

How Good Are Blue Eco Passivhaus?
Hear To What Real Customers Say:

Why Choose Blue Eco Homes For Your Passivhaus?

Advice Tailored to Your Project

While our website offers a wealth of useful information, the fastest way to get advice that’s specific to your home and your vision is through a Complimentary Consultation. This one-on-one session is designed to provide you with everything you need to feel confident and informed about your project.

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