Midea’s David Rames leads students of Orange Technical College on a tour of the Midea showroom outside of Orlando, Florida
The construction industry continues to face a persistent workforce challenge. According to Associated Builders and Contractors (ABC), the construction industry must attract an estimated 349,000 net new workers in 2026 to meet demand for construction services. ABC also notes that much of this labor demand is being driven by workforce retirements rather than new construction activity alone, highlighting the growing challenge of replacing experienced tradespeople as they exit the industry. At the same time, project schedules remain compressed, labor costs continue to rise, and owners expect higher levels of building performance than ever before.
These pressures are reshaping how construction professionals evaluate building systems. In HVAC, conversations that once focused primarily on efficiency ratings or equipment costs now increasingly include a different question: How easy is the system to install and service?
As heat pumps become more common across residential, multifamily, hospitality, and light commercial applications, the industry’s ability to deploy these systems at scale will depend not only on performance, but also on practical considerations that help contractors work more efficiently in the field.
Labor Constraints Are Influencing HVAC Decisions
For years, HVAC manufacturers competed primarily on capacity, efficiency, and comfort. Those factors remain important, but workforce realities have elevated a new priority.
Construction teams are being asked to do more with fewer people. Contractors must complete projects on tighter schedules while managing labor shortages and rising costs. Developers and building owners want solutions that minimize disruption, particularly in occupied buildings where extensive renovations can create challenges for residents or guests.
As a result, products that reduce installation complexity are becoming increasingly valuable.
Systems that require major electrical upgrades, structural modifications, extensive ductwork changes, or specialized installation procedures may deliver strong performance, but they can also increase labor requirements and project timelines. In contrast, solutions designed around existing building conditions can help contractors complete projects more efficiently while reducing costs for owners.
This shift is especially important in retrofit applications, where workforce limitations often intersect with aging infrastructure.
Retrofit Projects Present Unique Workforce Challenges
Across North America, millions of homes, apartments, hotels, and other buildings were constructed decades before today’s high-efficiency heat pump technologies became available.
Many of these buildings were not designed for modern HVAC systems. Mechanical spaces are often limited. Existing controls may rely on legacy 24V infrastructure. Electrical capacity can be constrained. These conditions can create significant labor demands during system replacements.
The most successful retrofit projects often begin with a simple objective: minimize the amount of work required to modernize the building.
That philosophy is driving innovation across the HVAC industry. Manufacturers are increasingly developing products that fit within existing building constraints rather than forcing buildings to adapt to new equipment.
For example, ceiling-mounted air handling units designed for multifamily applications can help preserve valuable living space while reducing the need for structural modifications. By utilizing existing building layouts and compatible control systems, these solutions can simplify upgrades and reduce installation complexity.
Similarly, modern heat pump platforms are being designed to support a broader range of installation scenarios. Features such as dual-voltage compatibility, multiple installation configurations, and integration with existing control systems help contractors adapt equipment to the realities of individual projects.
The result is a more practical path to modernization that benefits contractors and building owners/occupants alike.
Product Design Can Help Address Workforce Pressures
One of the most effective ways manufacturers can support the industry is by designing equipment with workforce realities in mind.
Consider the challenge of replacing an aging furnace or air handler in an attic, crawlspace, or mechanical closet. Traditional equipment can be difficult to transport and install in confined spaces.
Newer modular designs address this challenge by allowing equipment to be transported and assembled in sections. Midea’s EVOX G3 air handling unit, for example, utilizes a modular “block-n-lock” design that separates into three components for easier handling and installation, and can be configured in six different positions, including an industry-first “low boy” orientation. The platform also supports dual-voltage configurations and multiple installation orientations, helping contractors adapt to existing building conditions without extensive modifications.
The same principle applies in multifamily housing. Midea’s “Pancake” Ceiling-Mounted Air Handler was developed specifically for buildings where space constraints and retrofit complexity can present challenges. Its ultra-low-profile design allows installation within ceiling cavities, helping preserve usable living space while maintaining compatibility with many existing system configurations.
In hospitality environments, workforce efficiency extends beyond installation. Maintenance accessibility also plays a critical role. Equipment that can be serviced quickly helps reduce labor requirements over the life of the building. Midea’s Packaged Terminal Heat Pump incorporates front-access serviceability and intelligent controls designed to simplify ongoing maintenance and building management.
While each application is different, the broader lesson is consistent: products that reduce installation and maintenance complexity help the industry address workforce constraints more effectively.
Supporting the Next Generation of Skilled Professionals
Simplified product design alone will not solve the labor challenge. The industry must continue investing in workforce development, technical education, and contractor training.
Heat pump adoption continues to accelerate across North America, creating growing demand for technicians who understand inverter-driven technologies, advanced controls, commissioning procedures, and cold-climate applications.
Manufacturers, trade associations, distributors, and contractors all have a role to play in supporting that transition.
For Midea, hands-on training centers, partnerships with technical schools, and field-focused educational programs help prepare the next generation of HVAC professionals while providing existing technicians with opportunities to expand their expertise.
The industry’s long-term success depends on creating systems that are both technologically advanced and practical to deploy. As the industry navigates workforce shortages and growing demand for high-performance HVAC systems, installability may prove to be one of the most important innovations of all.
For more information about Midea’s products and services, please visit mideacomfort.us.
