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Installation Quality: The Most Decisive Factor in a Heat Pump’s Real Performance
Installation quality is a critical factor in heat pump performance. Proper sizing and professional installation ensure efficiency, reliability, and long-term comfort.
4 days ago3 min read


18,000 BTU: Why Two Heat Pumps Can Deliver Completely Different Performance
This visual shows that two heat pumps rated at the same 18,000 BTU capacity can perform very differently, especially under real cold-climate operating conditions.
Feb 252 min read


Winter Ventilation: The Essential Role of HRV/ERV for Comfort and Efficiency
This image highlights the essential role of an HRV/ERV system in maintaining indoor comfort, air balance, and energy efficiency during winter.
Feb 172 min read


5 Bad Habits That Reduce Heat Pump Performance in Winter
This visual highlights five common habits that can reduce a heat pump’s heating capacity and drive up energy costs during winter, especially in cold climates like Quebec.
Feb 112 min read


Intelligent Defrosting: How a Heat Pump Really Works in Winter
This diagram explains how an intelligent heat pump defrost cycle works in cold climates, from frost detection and cycle reversal to fan control and a smooth return to heating.
Feb 43 min read


Designing for Québec: Frost Management, Proper Sizing, and Real Comfort
Designed for the Quebec climate, Willis heat pumps deliver consistent thermal comfort through inverter technology and intelligent defrosting, even in extreme winter conditions.
Jan 291 min read


Why Willis Reliability Is Built on Technical Support and Logistics
Willis logistics is a core pillar of system reliability, ensuring equipment availability, efficient inventory management, and continuous technical support for HVAC professionals.
Jan 211 min read


Understanding Cold-Climate Performance: Compressor, Defrost, and Stability
Engineered for cold climates, Willis heat pumps deliver stable, reliable performance even in extreme winter conditions.
Jan 61 min read


The Willis Story and Vision: 15 Years of Engineering for the North American Climate
Introduction Heat pump systems designed for the North American climate must withstand extreme conditions: prolonged cold, rapid temperature fluctuations, high humidity levels, and significant thermal loads. At Willis, more than fifteen years of field experience have shaped a unique engineering approach focused on real-world performance rather than theoretical output. This fundamental difference guides every phase of development: mechanical design, control algorithms, frost m
Jan 51 min read


Single-Zone vs Multi-Zone Heat Pumps: What Is the Difference?
If you're exploring ductless heat pump systems , one important decision is whether to choose a single-zone or a multi-zone system. But...
Jul 25, 20252 min read


Choosing the Right Wall-Mounted Heat Pump for Severe Canadian Winter
Canada’s winters are infamous for their frigid temperatures and relentless snowfall, making reliable home heating essential for comfort...
Dec 15, 20232 min read


Understanding Heat Pumps: A Beginner's Guide
Heat pumps have become a popular solution for energy-efficient heating and cooling in homes and businesses. Despite their growing...
May 24, 20223 min read
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