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You’ve long had an interest in a ductless mini split system, but you’ve never been sure where you’d put such a system. Perhaps your home is narrow or uniquely designed. You’d like a mini split in the basement, but you’re just not sure how feasible that is.

You can indeed put a ductless mini split in the basement, which we’re sure is music to your ears.

Allow us to be clear when we talk about what a ductless mini split system is.

A ductless mini split system is comprised of three parts. There’s the compressor, the indoor air-handling unit(s), and the refrigerant line that connects them. The refrigerant can change the air temperature that then comes out of the air-handling unit feeling temperate and comfortable.

The compressor, which is also known as the condenser

Although ductless mini splits are different from ducted HVAC systems in almost every way, they do share one thing in common. They can both develop mold.

When we say develop mold, by the way, we don’t mean a thin layer of fungi on the exterior of the outdoor compressor. Oh no. It’s more like chunks of mold, and huge chunks at that.

It’s nothing you want to see, let alone breathe in, and the last thing you want is this mold anywhere near your home.

How do you get rid of unwanted mold and keep it out so you don’t have to worry about the quality of the air your family breathes in each day?

It’s easier than you think! Here’s what we recommend.

Keep Your Mini Split Maintained

Living in a large house undoubtedly has its advantages, such as plenty of space and luxurious amenities. When it comes to heating and cooling your home though, you have some rather unique challenges.

You’ve decided you want to upgrade to a ductless mini split system, as you’ve heard they’re more cost-effective and energy-efficient. You have no idea whether a mini split can cool your home given its size.

To answer that question, we highly suggest you use our hvac load calculator tool! Our tool correlates the square footage of your home to the amount of cooling power needed from a mini split in British thermal units or BTUs.

The tool correlates to the size of the zones that a ductless mini split will provide cooling for. A zone is an area in which a technician will install an indoor air-handling unit.

The air-handling unit provides cool air. It can also release warm air too if you live in a chilly regio

Humidity is all around us.

Most people assume that humidity is the oppressive heat you feel in the summertime. It’s mostly the high temperatures that make it hard to breathe, but humidity does play its role.

Humidity is technically a measure of how much moisture is in the air. Most homes and offices contain about 30 to 50 percent relative humidity, which isn’t enough to feel any noticeable difference most of the time.

If your humidity levels are higher than average because you live in a wet, swampy climate, you might have become interested in ductless mini split systems because you heard they could double as a dehumidifier.

Is that the case?

It is, but with some limits.

The average amount of moisture that people produce on an average day is roughly 25 pints. Ductless mini split systems can remove four of those pints of humidity each hour so your home feels drier and more comfortable.

That’s no small feat at all. However, if you wante

First, one neighbor told you about their positive experience with a ductless mini split, then another. You’re curious and even a little intrigued, but you don’t know much of anything about ductless mini splits.

You’d like to change that. What should you know about this alternative heating and cooling method? Here are some facts to get you started.

Ductless Mini Splits Ditch the Ductwork

The name ductless is in there for a reason. Mini splits forego the ducts, which means saying goodbye to all the problems associated with ducts, especially air leaks.

According to Energy Star, upwards of 30 percent of the air that travels through a ducted system disappears through ducts that aren’t properly connected or have holes or gaps.

It’s no wonder a ducted system is so wildly inefficient!

Ductless Mini Splits Are Way Better for the Environment

Ductless mini splits can make a big difference in how comfortable your home feels (not to mention how much money you’ll spend on your utility bills), but they only work their best when they’re properly maintained.

If you’re a first-time mini split owner who’s still new to the system, this article will benefit you.

Here is all the maintenance a mini split requires.

Dust Off the Condenser

The compressor or condenser is the outdoor component of your ductless mini split system. Although it is protected from ground changes due to the concrete slab underneath, and it should be safeguarded overhead with an awning, the compressor can still get dirty.

Every month or so, go outside and remove sticks,

Your split system has been a godsend. You haven’t had to use a furnace and an air conditioner in so long because the split system provides both heating and cooling, As such, you’ve saved so much money on your utility bills in the past couple of months.

Unfortunately, though, your split system is barely producing hot air anymore. You’ve tinkered with the included thermostat and even still, the air that comes out is hardly warm. It’s certainly not hot.

You’re not sure what’s going on and whether you need a new split system. Why won’t your split system heat up?

First of all, you likely do not need a new split system, especially if you just got yours installed. A split system that won’t produce hot air is a relatively common problem with a simple fix.

The coils of your c

All ductless mini split systems have coils. You may have questions about what these coils are, what they do, and where they go. In this post, we’ll answer those questions so you can proceed with confidence and heat and cool your home with a ductless mini split system!

A ductless mini split system features an outdoor compressor or condenser as well as indoor air-handling units. The condenser is the component with the coils, which are located on the exterior of your ductless mini split system.   

The coils are bathed by refrigerant aka coolant. Refrigerant is a liquid that’s used in commercial and residential heat pumps and air conditioning systems. Your current HVAC systems are likely to rely on coolant or refrigerant in different ways.

When refrigerant passes along the outside coil of the mini split system, it

Refrigerants last forever, however when the stuff is fully expelled, you need to get your mini split recharged. This article will be your guide!

What Does It Mean to Recharge a Mini Split?

To recharge a mini split has less to do with your mini split system itself and more to do with replenishing the depleted levels of refrigerant or freon.

The reason the act is referred to as “charging” is because charging kits or bulk refrigerant containers are favored for the job of replacing refrigerant levels. These units will have enough fluid to charge the refrigerant once.

This means the ductless mini split system has a full charge of freon.

How Much Does It Cost to Recharge a Mini Split?

When the time comes to get your mini split recharged, the service costs $100 to $300. For the expense, you’ll get a pound and a half to two or more pounds of refrigerant added to the line of your ductless mini split system. This could

A ductless mini split system includes an outdoor compressor as well as indoor air-handling units, which are technically referred to as heads. The placement of these heads, as well as their number, can vary depending on the home or commercial building.

How many heads can go on a mini split? That all depends on the size and style of the residential and commercial properties.

Where to Put Mini Split Heads – The Factors That Play a Role

Now that you know how many heads can go on a mini split unit, the question becomes how many does your home or commercial building need? Here are the factors that you must consider as you make up your mind.

• Your region: If you’re in a cooler region throughout the country, then you’ll be more interested in heating than cooling. In a hotter region, it’s the opposite. Should you be in the more tempera