Winter in Minnesota is brutally dry — and your home’s indoor humidity plays a bigger role than most homeowners realize. Too dry? You may notice: Static electricity zaps Dry skin and irritated sinuses Cold air that feels even colder Too humid? hat can lead to: Condensation on windows Mold growth Increased allergens Ideal humidity levels in winter: 30–40% How to achieve it: Install a whole-home humidifier Use a hygrometer to track moisture Seal drafts to prevent outside air fluctuations ​ Balance

When your home is sealed up tight for winter, the quality of your air depends heavily on one thing: your furnace filter. But with so many options — MERV ratings, HEPA, disposable vs. washable — how do you choose? Here’s what matters most this winter: MERV rating: For Minnesota homes, a filter rated MERV 8–13 is ideal. It catches particles like dust, pet dander, and even some bacteria. Change it often: Every 1–3 months in winter. More often if you have pets or allergies. Fit matters: Make sure yo

It always seems to happen in the middle of a storm: the furnace quits. Here’s why that’s more than coincidence. Top reasons old furnaces fail during storms: Long run times under extreme temps expose worn-out parts. Fluctuating power from storms can fry older control boards. Clogged filters or blocked vents lead to overheating. Preventative tips: Get a tune-up before peak winter hits. Replace the filter monthly in heavy-use months. Know your furnace’s age — 15+ years is time to start planning. ​

Think heat pumps can’t handle Minnesota winters? Think again. Modern cold-climate air-source heat pumps are designed to operate efficiently even when temps drop below 0°F. What to know: They work by extracting heat from outdoor air — yes, even cold air. Efficiency drops slightly in sub-zero temps, but many models include backup electric or gas heat. Ductless mini-splits are great for zone control and additions. ​ With rebates and rising gas prices, heat pumps are becoming a smart investment — ev

Your thermostat has more power than you think — and setting it right can save you serious money. For Minnesota winters, the sweet spot is 68°F during the day (when you're home) and around 60–62°F at night or while you're away. Tips for optimal savings: Invest in a smart thermostat — programmable savings are real. Avoid drastic swings — it takes more energy to catch up. Layer up indoors instead of cranking the heat. ​ A few smart changes now can lower your bill and extend your furnace’s lifespan.

Minnesota power outages during winter can mean no heat — which can be dangerous. Should you consider a backup power system? You might need one if: You live in a rural area with frequent outages You rely on electric heat or heat pumps You have medical equipment or special heating needs Options include portable generators, battery backups, and whole-home systems. ​ Peace of mind can be priceless when the power goes out.

When temps dip below zero, frozen pipes aren’t just an inconvenience — they can cause serious damage. Prevention is key. Tips to avoid frozen pipes: Keep cabinet doors open to allow warm air to reach pipes Let faucets drip overnight during cold snaps Insulate pipes in basements, garages, and crawlspaces Don’t set your thermostat lower than 55°F ​ Stay warm — and keep your pipes flowing.

Short cycling is when your furnace keeps turning on and off too quickly. It can be caused by clogged filters, oversized systems, or faulty thermostats — all of which get worse in extreme cold. If your furnace seems restless, here’s what to do: Replace the filter if it’s dirty Make sure vents are open and unblocked Have a pro check your system’s sizing and controls ​ A furnace working smarter — not harder — means longer lifespan and fewer headaches.

It’s not just summer anymore — wildfire smoke can drift into Minnesota year-round. In winter, when homes are sealed tight, air quality suffers. What to watch for: Smoky smell indoors despite windows being closed Allergy symptoms or breathing discomfort Fixes: Use air purifiers with activated carbon Check and replace furnace filters regularly Add a fresh-air intake system ​ Breathe easier, even in winter.

​Minnesota storms can knock out power for hours — or days. So what happens to your heat? Common issues during outages: Furnace won’t run without power Risk of frozen pipes Thermostats lose programming or backup battery fails How to prepare: Invest in a backup generator (portable or whole-home) Use surge protectors on your HVAC system Ask your tech about manual thermostat options ​ Don't let the next storm catch you off guard.