Comfort Without Compromise – From Your Local Experts at NW Solutions Heating & Air, LLC

When it comes to keeping your home comfortable year-round, ductless heating and cooling systems offer one of the most efficient, flexible, and cost-effective solutions available today. At NW Solutions Heating & Air, LLC, we specialize in providing top-quality ductless systems for homes and businesses throughout the Pacific Northwest.

As a locally owned and operated company, we understand the unique climate challenges of our region—from chilly, damp winters to warm, dry summers—and we take pride in helping our neighbors find the right solutions for their spaces, budgets, and comfort needs.

What is a Ductless System?

Also known as mini-split systems, ductless heating and air units consist of one outdoor compressor and one or more indoor air-handling units. These systems do not require ductwork, making them an excellent option for:

With sleek, compact wall-mounted units and advanced inverter technology, ductless systems deliver targeted, efficient heating and cooling with minimal energy loss—perfect for the PNW’s ever-changing weather.

Key Benefits of Going Ductless

• Zone-Controlled Comfort – Customize the temperature in individual rooms or zones. Whether it’s keeping your bedroom cool at night or warming up a home office during the day, ductless systems give you complete control.
• Energy Efficiency & Cost Savings – Ductless units use less power than traditional HVAC systems and avoid the energy loss associated with ductwork (which can be up to 30%). Many of our customers see a noticeable drop in their energy bills after making the switch.
• Quick, Non-Invasive Inst – Going ductless offers a faster, cleaner, and more convenient way to upgrade your home’s comfort. With minimal construction and no need for bulky ductwork, installation is quick and non-invasive—often completed in just a day. You’ll enjoy targeted heating and cooling, improved energy efficiency, and better indoor air quality, all without the mess or long wait times of traditional systems.