Compare the highest-rated hvac professionals in Holderness, New Hampshire. All contractors are licensed, insured, and verified through our rigorous screening process.
Family-owned HVAC specialist serving Holderness and the Lakes Region since 1985. Offers comprehensive heating and cooling services with expertise in high-efficiency systems suited for New Hampshire's harsh winters and humid summers. NATE-certified technicians with EPA certification for refrigerant handling.
Local HVAC contractor specializing in both residential and light commercial systems. Known for expertise in heat pump installations optimized for New England's variable climate and advanced indoor air quality solutions. Carrier Factory Authorized Dealer with extensive training in modern HVAC technologies.
Full-service HVAC company providing reliable heating and cooling solutions to the Holderness area. Specializes in furnace and boiler repair and replacement, with strong expertise in oil-to-gas conversion systems. Offers comprehensive maintenance plans to ensure system longevity in demanding New Hampshire conditions.
Holderness, NH experiences a humid continental climate with cold, snowy winters (average lows of 10°F) and warm, humid summers (average highs of 82°F). The HVAC market demands expertise in both robust heating systems (particularly furnaces and boilers) and efficient cooling solutions. The local market is competitive with approximately 25 providers serving the Lakes Region area. Homeowners prioritize energy efficiency due to high heating costs, and there's growing interest in heat pumps and dual-fuel systems that can handle both extreme cold and summer humidity. Emergency services are particularly valued during winter months when system failures can be dangerous.
4.7+ star average from verified customer reviews
All contractors are properly licensed and insured
10+ years average experience in the industry
Familiar with Holderness regulations and climate
Get answers to common questions about hvac services in Holderness, New Hampshire.
The ideal times are during the shoulder seasons of late spring (May-June) or early fall (September-October). This avoids the peak summer AC demand and the critical winter heating rush, ensuring better scheduling availability and potentially faster installation. Given Holderness's cold winters, waiting until late fall can risk delays if you have a system failure when local HVAC companies are overwhelmed with emergency heating repairs.
Yes, humidity control is a major consideration. Summers near Squam Lake can be humid, making proper dehumidification and correctly sized air conditioning important for comfort and preventing mold. For heating, systems must be robustly sized and maintained for the extended, often sub-zero winter temperatures, with a strong focus on heat pumps rated for cold climates (like cold-climate mini-splits) or high-efficiency furnaces and boilers.
Prioritize contractors who are licensed by the State of New Hampshire (a requirement), insured, and have extensive local experience. A provider familiar with Holderness understands our specific climate challenges, older home construction, and can navigate local permitting if needed. Check for strong references within the community and membership in local business associations, which indicates a commitment to reliable, long-term service.
For a standard efficiency replacement, costs in the Lakes Region typically range from $5,000 to $8,000, while high-efficiency models can range from $8,000 to $12,000 or more, depending on home size and system complexity. These prices reflect regional labor and material costs. It's crucial to get a detailed, in-home estimate, as older homes in the area may require updates to ductwork, chimneys, or gas lines that can affect the final price.
It's common for standard air-source heat pumps to lose efficiency and require supplemental heat (like electric resistance strips) during our sustained periods of extreme cold. A local specialist can assess if your system is a newer cold-climate model (which perform better down to -15°F) or if it's improperly sized. Solutions may include adding a dedicated cold-climate mini-split for key areas or integrating a hybrid system with a propane or oil furnace as a backup for the deepest winter cold.