Ductless Heating in Older Homes

When it comes to upgrading your home’s heating and cooling system to a more energy-efficient model, you have a number of options. Fortunately, your options aren’t restricted by the lack of existing ductwork in your home. Discover the convenience and comfort of all-electric ductless heating systems, also known as mini split heat pumps.

No ductwork? No problem!

With ductless heating systems, you can address hot or cold spots, remodel, add an extension, or upgrade your entire system without worrying about ductwork installation to improve overall energy efficiency.

Ductless heating systems consist of two major components: an outdoor condenser and an indoor unit that can be wall-mounted or ceiling-mounted. These devices constantly monitor ambient conditions and adjust accordingly to maintain your optimum temperature. They utilize inverter driven compressor technology, ensuring precise energy usage to meet current demands.

Benefits of ductless systems

If your home lacks existing ductwork, installing a ductless heating and cooling system minimizes disruption to your home’s existing design, particularly in older or historic properties. The installation process is typically less complicated and requires fewer materials compared to traditional ducted solutions.

Our ductless mini- and multi-split systems provide consistent, energy-efficient heating and cooling, even in high temperatures. Additionally, if you’re supplementing an existing heating system, you’ll also enjoy the added benefit of air conditioning. All ductless units include washable, accessible, and easy-to-clean filters, making maintenance a breeze.

The capability to zone could be the most significant advantage of a ductless system. You may create distinct comfort zones throughout your house by connecting up to five indoor units to an outside unit using multi zone solutions. When not in use, each indoor unit within a zone may be independently controlled or turned off completely without disrupting the settings or performance of the remaining portion of the system.