Residential HVAC Solutions
With over a century of expertise and innovation, Copeland stands as a global leader in the electrification of residential heating and cooling solutions for single-family homes and multi-dwelling buildings.
We help maintain optimal home comfort levels with innovative smart thermostats and compression technologies — including hydronic heat pump compression solutions, heating and cooling controls and energy management technologies. Our solutions not only deliver energy savings but also address decarbonization, support the energy transition and advance the use of low-GWP and natural refrigerants.
Segments we serve with residential HVAC solutions
Copeland serves residential applications with scalable and innovative solutions designed to enhance efficiency, comfort and sustainability.
Innovative solutions for residential HVAC applications
Designed to meet the evolving needs of modern households, our technologies ensure efficient heating, cooling, water heating and energy management.
We deliver sustainable, reliable and efficient solutions
We are a leader in pioneering technologies that support the electrification of heating, cooling and water heating systems. Through state-of-the-art engineering labs and rigorous testing, we develop efficient and reliable solutions that perform in even the most extreme environments. By taking an active role in shaping industry standards, we demonstrate our commitment to a future of sustainable and responsible progress.
Why choose Copeland?
Residential HVAC solutions in action
Across the world, households and communities have experienced the benefits of our heating, cooling and energy management solutions. From achieving energy savings to creating more sustainable and comfortable living spaces, these case studies showcase how Copeland creates solutions that improve lives and protect the planet, today and for future generations.
Smart energy solutions elevate comfort for retirement community
Challenge: Timber Ridge retirement community faced the challenge of balancing energy efficiency with comfort. Residents required stable indoor temperatures to ensure well-being, while the facility needed intuitive thermostats to simplify temperature control and optimize energy usage during unoccupied periods.
Solution: Our energy management system provided smart thermostats that reduced HVAC runtime while maintaining comfort. The system offered centralized control for staff and intuitive interfaces for seniors, achieving significant energy savings and enhanced resident satisfaction.
Smart thermostats reduce energy costs at university housing
Challenge: The Summit at University City in Philadelphia faced fluctuating occupancy patterns due to student schedules, leading to inefficient HVAC usage and high energy costs. They needed a solution to optimize energy consumption while maintaining comfort and operational efficiency.
Solution: Our smart thermostats reduced HVAC runtime by 18% on average, leveraging occupancy sensors and seamless integration. This resulted in significant energy savings, a 59% payback within 13 months and enhanced sustainability, improving the property’s operational efficiency.
Smart thermostats deliver reduced HVAC runtime and increase property value
Challenge: The Charleson, a 43-story mixed-use property in Vancouver, Canada, needed an energy management system for its 129 rental units that could optimize HVAC energy usage while maintaining resident comfort and meeting the high standards of its exclusive neighborhood.
Solution: Verdant’s smart thermostats reduced HVAC runtime by 34%, saving $13,105 in energy costs over 12 months. The system’s seamless integration with the 4-pipe fan coil units ensured comfort without disruption, achieving a payback in 2.2 years and increasing the property’s resale value by $218,460.
Heat pumps at student facility reduce carbon emissions and deliver energy savings
Challenge: A student accommodation facility in Pune, India, faced a challenge with its solar water heaters, which couldn't meet demand for hot water during peak times. Reliance on energy-intensive electric backup heaters, especially during rainy season, led to increased energy consumption and high electricity bills.
Solution: Copeland installed three 200 liters-per-hour heat pumps integrated with a 1,000-liter mixing tank. These pumps deliver 70% energy savings compared to electric geysers while cutting carbon emissions. The system is fully automatic and sustainable, ensuring cost-effectiveness and reliability.
1This page contains a series of company impact statements that use qualitative language and metrics to describe our industry presence and sustainability impact. Learn more about how we determine our impact statements.
