When you’re looking for better indoor air quality in Flushing, MI combined with savings with your heating and cooling, an option we recommend is to install either a heat recovery ventilator (HRV) or energy recovery ventilator (ERV). Our HVAC professionals can install one of these devices into your home’s ventilation system to give you the power to circulate fresh air through the house without putting extra pressure on either the heater or the air conditioning system. An HRV or an ERV is a year-round helper when it comes to having healthier air without sacrificing money to run the heater or AC more often.
But does it matter which one you get? What’s the difference between these two devices? These are good questions, and we’ll get to them below.
If you looked at your heating bills during the previous winter and wondered why they seemed higher than normal, this post can help. We know you probably spent more time in your home last winter than usual (pretty much everyone did), so that will account for some of the increase in how much you paid for heat. But if you factor out that, as well as any rise in energy costs, and the price still seems too steep, then there are several steps you can take.
A common question we hear from customers is when to replace their natural gas furnace. Homeowners want to get the most years possible out of their investment in a central heating system, but they also know that no furnace can last forever. At some point, a furnace will become less effective, less energy efficient, and even less safe. At what point is a furnace replacement ready?
When the winter arrives in Michigan, central heaters in homes across the state come on to keep people warm. You can’t afford to go without some kind of heating system for your home if you want to make it through the winter. Unfortunately, we can tell you plenty of stories about people who tried to patch together a “cheap” solution to home heating when their furnace or other central heater went out. 
Fall started officially on the 22nd of September, but most people think of the season starting after Labor Day, or when the calendar leaf flips over to September. Now it’s almost October and the reality of fall (and a certain even colder season that follows it) will strike homeowners. They’ll start making cold weather preparations. One of the most important preparations is arranging for professional HVAC technicians to do a maintenance inspection and tune-up on their heating system.
Go outside your house and look at the condenser cabinet for the central air conditioner. You’ll notice that it’s placed onto a concrete slab, rather than just set on the ground. This is because the condenser is a heavy object and it would start to sink right down into the ground if it wasn’t put on a solid foundation. Laying down a concrete pad is a critical part of putting in the first AC for a new house.
August brings two challenges for air conditioning systems:
Here’s a common misunderstanding people often have about air conditioning systems: it’s normal for ice to appear on them, because it means the AC is doing an extremely good job of cooling the air.
Geothermal heat pumps (a.k.a. a “ground-source” heat pumps) are becoming more common for residential homes. People who once thought that installing geothermal heating and cooling was out of their reach are finding that these installations are more flexible and affordable than ever before. If a home already has a standard AC or heat pump, most of the indoor work for installation is already done—a geothermal heat pump will use the same ductwork the current AC or heat pump uses. Putting in the ground loops isn’t as difficult as it may seem either.
As the hot months of summer in Brighton keep getting hotter, your air conditioner is most likely going to be working overtime to keep your home cool and comfortable. If you have had your air conditioner for a long time, you must have faced several issues over the years that require repairs. One fairly common issue that people face with their cooling systems is an inexplicable water leak from their ACs.