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What is whole house Mechanical Ventilation with heat recovery?
Whole house Mechanical Ventilation with Heat Recovery (MVHR) is a comprehensive, energy-efficient ventilation solution designed to keep every room in your home supplied with fresh, clean air—all while preserving heat. At its core, it’s an advanced form of heat recovery ventilation, engineered to ...Read more -
Can HRV be used in existing homes?
Yes, HRV (Heat Recovery Ventilation) systems can absolutely be used in existing homes, making heat recovery ventilation a viable upgrade for older properties looking to improve air quality and energy efficiency. Contrary to common misconceptions, heat recovery ventilation isn’t limited to new bui...Read more -
Can you open windows with MVHR?
Yes, you can open windows with an MVHR (Mechanical Ventilation with Heat Recovery) system, but understanding when and why to do so is key to maximizing the benefits of your heat recovery ventilation setup. MVHR is a sophisticated form of heat recovery ventilation designed to maintain fresh air ci...Read more -
Do New Builds Need MVHR?
In the quest for energy-efficient homes, the question of whether new builds need Mechanical Ventilation with Heat Recovery (MVHR) systems is increasingly relevant. MVHR, also known as heat recovery ventilation, has emerged as a cornerstone of sustainable construction, offering a smart solution to...Read more -
What is the Method of Heat Recovery?
Energy efficiency in buildings hinges on innovative solutions like heat recovery, and heat recovery ventilation (HRV) systems are at the forefront of this movement. By integrating recuperators, these systems capture and reuse thermal energy that would otherwise be wasted, offering a win-win for s...Read more -
What is the life expectancy of a MVHR system?
The life expectancy of a Mechanical Ventilation with Heat Recovery (MVHR) system—a core type of heat recovery ventilation—typically falls between 15 to 20 years. But this timeline isn’t set in stone; it depends on key factors that directly impact how well your heat recovery ventilation system per...Read more -
How does an air ventilation system work?
An air ventilation system keeps indoor air fresh by replacing stale, polluted air with clean outdoor air—critical for comfort and health. But not all systems work the same, and heat recovery ventilation stands out as a smart, efficient option. Let’s break down the basics, with a focus on how heat...Read more -
Can you install HRV in an attic?
installing an HRV (heat recovery ventilation) system in an attic is not only possible but also a smart choice for many homes. Attics, often underutilized spaces, can serve as ideal locations for heat recovery ventilation units, offering practical benefits for overall home comfort and air quality....Read more -
Is a single room heat recovery unit better than an extractor fan?
When choosing between single room heat recovery units and extractor fans, the answer hinges on heat recovery ventilation—a technology that redefines efficiency. Extractor fans expel stale air but lose heated air, hiking energy costs. Heat recovery ventilation solves this: single room units transf...Read more -
What Is the Most Efficient Heat Recovery Ventilation System?
When it comes to optimizing indoor air quality and energy efficiency, heat recovery ventilation (HRV) systems stand out as a top solution. But what makes one heat recovery ventilation system more efficient than another? The answer often lies in the design and performance of its core component: th...Read more -
Does a House Need to Be Airtight for MVHR to Work Effectively?
When discussing heat recovery ventilation (HRV) systems, also known as MVHR (Mechanical Ventilation with Heat Recovery), one common question arises: Does a house need to be airtight for MVHR to function properly? The short answer is yes—airtightness is critical for maximizing the efficiency of bo...Read more -
When to Use a Heat Recovery Ventilator? Optimizing Indoor Air Quality Year-Round
Deciding when to install a heat recovery ventilator (HRV) hinges on understanding your home’s ventilation needs and climate challenges. These systems, powered by a recuperator—a core component that transfers heat between air streams—are designed to enhance energy efficiency while maintaining fres...Read more
