Should My Shop Have a Mini-Split or a Garage Heater?

A garage is not often thought of as cozy. However, many homeowners make the most of this space by using it as a workshop for DIY tasks or hobbies like carpentry. Have you thought of converting your garage into a home workshop? You can utilize the garage all year round if heating and cooling are added.

Due to the required ductwork, traditional systems like a furnace, heat pump, or air conditioner are frequently prohibitively expensive. Additionally, garages are frequently disconnected from homes.

Due to the lack of ductwork, the two choices that are most often installed are mini-split systems and garage heaters. Which one should you choose, though? In order to choose the most energy-efficient option for your needs, it is essential to understand the advantages of each. Sawdust needs special attention because these particles can clog filters and reduce the effectiveness of your system.

We break down the differences so you can choose the best option for your needs.

Mini-Splits: The best option for cooling and heating

Because they transfer heat rather than create it, ductless mini-splits are similar to heat pumps. They are particularly energy-efficient as a result. They are mounted on your wall, and a small hole in the wall allows them to communicate with an outer unit.

Due to their low energy consumption and practically silent operation, mini-split air conditioners are popular. This makes it suitable for artisans seeking a serene, comfortable workspace. Regardless of the season, mini-splits can be used because they offer both heating and cooling.

Full control over heating and cooling is quite advantageous since wood expands and contracts with changes in temperature. Many woodworkers and carpenters say that it's best to work in the same conditions as where the finished product will be used.

Consistent filter replacement is an essential component of maintenance. Sawdust is a common byproduct of using a saw. If you don't change the filter, your mini-split system might not work as well or last as long.

A mini-split also needs routine maintenance performed by a qualified HVAC contractor, such as one from HVAC Installation and Repair Guide Experts. If you keep its internal parts clean and lubricated, they will work better and might last longer.

Garage Heaters are Excellent in Cold Climates

The way garage heaters operate varies slightly. It is better to think of one as a small furnace since they produce warm air. They are normally placed in a corner or mounted on the ceiling. You should take into account the fact that these heaters will take up some of the overhead space if you rely on your garage for additional storage.

Since mini-splits run on electricity, their primary source of fuel is different from garage heaters. Although electric garage heaters are also available if you don't want to add fuel hookups, propane or natural gas garage heaters are the two most popular options.

Garage heaters have an advantage over mini-split systems that makes them marginally superior. They don't need filters, and some models feature closed combustion chambers that prevent sawdust from getting inside those internal components.

Key Difference Between Garage Heaters and Mini-Splits

There are a lot of factors to take into account, such as the temperatures in Virginia. These comprise:

• Whether you only need heating or both heating and cooling,
• monetary plan.

• How much space do you have for overhead in your woodshop?

• How much money and time do you want to put into maintenance?

Compared to garage heaters, ductless mini-split systems operate more quickly. This might not be the most economical choice if you won't use your woodshop much. However, improved control may be advantageous for woodshops in areas with large temperature variations.

Garage heaters are a less complicated and more affordable choice. Different versions generate heat exclusively using a variety of fuel sources, making them unsuitable for hotter climates. If fuel costs are minimal, gas or propane garage heaters are the best option. Because of their lower energy efficiency, regular use could result in higher electricity costs. However, northern latitudes enjoy better heat generation.