According to Energy Star, approximately 45% of a typical home’s energy consumption is relegated to heating and cooling - roughly $2,100 to $2,500 per annum. Not exactly chump change. Suffice to say, some of that energy, in the form of hot or cold air, gets lost in the cracks, literally. That is, tempered air escapes through gaps around door jambs and window sills, via roofs and floors, heating or cooling unoccupied areas, etc. There’s no shortage of ways for air to escape, an

Preventative maintenance prevents unpleasant surprises, especially when those “surprises” pertain to your HVAC system and could end up costing hundreds of dollars in repairs, or even thousands if you need a total system replaced. Arguably the most important facet of HVAC maintenance is filter replacement, which should be done every 30 to 90 days, and can be accomplished by almost anyone with opposable digits. However, because the HVAC system utilizes electricity, and often ga

In the midst of a prolonged arctic blast, the problem of a furnace that will not turn off is certainly preferable to the specter of a furnace that will not turn on. However, a furnace that doesn’t stop-and-start, or cycle, is problematic. While it’s certainly plausible that your furnace is perpetually running because it’s simply not able to supply the heat demanded by the thermostat, continuous operation of a furnace over a protracted period causes undue strain on the machine

Let’s attempt to demystify the oft-misunderstood and underappreciated humble heat pump. Even the name itself, “heat pump” is a somewhat of a misnomer because it does so much more than merely pump heat. It also has the ability to pump cool air so it can serve in a dual-capacity as an air conditioner and heater. And that’s the gist of heat pumps: they move heat rather than make heat. Traditionally used in more temperate climates, new technology has paved the way for the utiliza