Benefits of Installing Mini Splits vs. Central HVAC Systems in Homes

Family enjoying comfort of ductless mini split HVAC system in cozy living room, showcasing energy-efficient cooling solution.

Ductless mini split systems have several advantages over traditional central HVAC systems. Both ductless mini split and central, ducted HVAC systems can use a heat pump. Most mini splits use a heat pump, while many central systems use a separate air conditioner and furnace. Either way, mini split equipment typically costs more than replacing conventional HVAC appliances. Keep reading to learn why you might prefer to spend the extra money on a mini split system.

Compact Size

Mini split systems have an elegant, simple design. There is one small outdoor unit and an air handler in each room you want to cool.

The individual air handlers of a mini split system are much smaller than an HVAC air handler that manages the airflow for an entire house. So, there’s no need for a separate utility closet. In addition, the outdoor unit of a mini split is often smaller than for a traditional central system. This gives you greater flexibility in placement.

Easy Installation

The most straightforward installation process requires a technician to install an air handler in each room you want to cool. Typically, the handler is placed high on an interior wall of a room, away from direct sunlight or other heat sources.

After that, the installer drills a hole in an external wall and connects the outdoor compressor/condenser unit to an air handler via electrical and refrigerant lines. If you’re only conditioning the air in one room, that’s all you need to do. Occupants receive a remote-control device to turn the system on and off and set the desired temperature.

A ductless mini split does not require ductwork but can take advantage of previously installed ducts. Your installer can configure the system to use ducts where they exist and individual air handlers in areas without ducts.

Flexible Zoning Options

Homeowners can purchase a system with one air handler, two air handlers, or one that accommodates up to eight air handlers. You can buy additional equipment to heat or cool a home with more than eight rooms. Each room has an air handler with a thermostat and remote control. If you enjoy a cold room at night while other residents like things a bit warmer, that’s not a problem with a mini split. Every room can have a different temperature setting if that’s what you want.

This zoning is also a great benefit if you have a room with a fireplace. When the fire’s warming one room, it won’t affect the temperature settings in the other rooms. Many central HVAC systems have only one thermostat; if that’s close to a heat source, the rest of the home remains cold.

Easy Maintenance

Because of its simplistic design, only a few moving parts need lubricating. Keep the leaves and twigs away from the outside unit, erect a shelter over the top, or place it in a protected area to keep the rare Birmingham snowfall off the top. If that’s not possible, come outside and brush it off during the snowstorm before there is too much accumulation. Replace or clean the air handler filters in each room every one to three months, as needed.

Lower Repair and Maintenance Costs

Even though the mini split is a relatively uncomplicated system, you should have it serviced at least once a year. You want to ensure all the connections are tight and the refrigerant line is intact. The technician will change the outside filter and clean and lubricate the internal components. One expense you don’t have to worry about is duct cleaning and repair.

Energy Efficiency

A mini-split system most often uses a heat pump. Heat pumps do not have separate elements to heat and cool the air. But they don’t actually create heat like a furnace or boiler. Instead, they draw existing heat from the air and transfer it. These closed-loop systems recirculate existing air in the home after conditioning.

In the summer, the cold refrigerant absorbs the heat in the room air, and the cooled air re-enters the room. Meanwhile, the refrigerant flows to the outside unit, transforms into a hot vapor, and releases the stored heat. After that, the refrigerant travels back to the air handler, and the cycle begins again. In the winter, the process reverses at the flip of a switch, and the system extracts radiant heat from the outside air and transfers it to a room’s cooler air.

Further, many mini split configurations allow you to choose the temperature of individual rooms or areas. Rooms you don’t use often can be set to less comfortable temperatures to save energy. As mentioned before, you don’t waste energy heating a room with a fireplace. You may also have areas of the home with more shade than others. You don’t have to use as much energy to heat these areas as you do for areas exposed to full sun.

Flexible Options

If you currently have ducts installed in your home, it’s not likely that you’ll choose to convert to a ductless system. However, as previously mentioned, heat pumps can use the existing ductwork for wires and tubes. Ductless systems have an advantage because no heat escapes while transported through the ductwork, improving the system’s efficiency.

So, what type of environment is best suited for a heat pump? A mini split is a great choice to regulate the temperature in a room added to a home. All you’ll need to do is to purchase a single-zone mini split with one air handler. Maybe you converted a patio into an indoor sunroom or an unheated garage into a bedroom or den. In situations like these, a ductless mini split is a reasonable choice.

Older homes may not have ducts. Perhaps the previous owners had window air conditioners and used electric floor-board heating when the days were cold enough to warrant it. Now, as a new owner, you want to upgrade your HVAC system without spending the time and money to install ductwork. A mini split system might be the perfect choice for you.

Of course, if you are building a new home, you can choose a mini split or a central HVAC system. Do you want the simplicity and multiple zoning opportunities that a mini spit provides, or do you want to install ductwork and a central HVAC system that provides the same cooling and heating throughout the home? There is no right or wrong answer. Choose what’s best for you and the other occupants of the house.

Your Premier Heating and Cooling Choice in Tacoma

At Hunt’s Services, we provide HVAC, plumbing, and electrical services in Tacoma, WA and surrounding areas. We sell a variety of HVAC and indoor air quality products, and we provide duct cleaning and sealing services. We also sell and install generators, dehumidifiers, and water heaters. Contact Hunt’s Services today for all your heating and cooling installation, repair, and maintenance needs in Tacoma and the surrounding areas!

Demystifying the Inner Workings of Ductless Mini-Split Systems

HVAC technician inspecting and servicing an air conditioning unit on an exterior wall, emphasizing maintenance for home comfort in Tacoma, WA.

Ductless mini-splits are marvels of modern technology that have revolutionized the way we cool and heat our living spaces. With their sleek design and incredible efficiency, these innovative systems offer homeowners a breath of fresh air. But how exactly do they work their magic? Keep reading as we delve into the fascinating inner workings of ductless mini-splits and discover the secret behind their exceptional performance.

How They Work

Ductless mini-split systems, also known as ductless air conditioners or heat pumps, are efficient cooling and heating systems that provide individualized temperature control for specific zones or rooms in a building. Unlike traditional central air conditioning systems, which use ductwork to distribute cooled or heated air throughout the entire building, ductless mini-split systems do not require ducts. The main components of a ductless mini-split system include an outdoor unit and one or more indoor units. The outdoor unit houses the compressor, condenser, and expansion valve, while the indoor unit contains the evaporator and blower fan. These components work together to cool or heat the targeted zone or room.

The indoor unit extracts warm air from the room through its grille or air intake to start the cooling process. The warm air passes over the evaporator coil, which contains a cold refrigerant. As the warm air comes into contact with the cold coil, heat energy is transferred from the air to the refrigerant, cooling the air in the process. The cooled air is then blown back into the room through the indoor unit’s outlet.

Meanwhile, the heated refrigerant, now in a gaseous state, is sent to the outdoor unit through copper tubing. The outdoor unit contains a compressor that pressurizes the refrigerant gas, raising its temperature. As the high-pressure, high-temperature gas flows through the condenser coil, it releases heat to the outside air. The refrigerant condenses back into a liquid state, and its temperature decreases.

The liquid refrigerant then travels back to the indoor unit through the copper tubing. At this point, an expansion valve in the indoor unit regulates the flow of refrigerant into the evaporator coil, creating a pressure drop. This pressure drop allows the refrigerant to evaporate and absorb heat from the indoor air, repeating the cooling cycle.

During the heating mode, the process is essentially reversed. The outdoor unit extracts heat from the outside air and transfers it indoors. The heated refrigerant flows through the indoor unit’s evaporator coil, where it releases heat energy to warm the air passing over it. The warmed air is then distributed into the room.

The Installation Process

The installation process of a ductless mini-split system involves several steps that ensure proper placement and functioning of the unit.

Site Survey

Before installing a ductless mini-split, a site survey is conducted to determine the most suitable location for the indoor and outdoor units. Factors such as room size, insulation, electrical requirements, and mounting options are considered during this process.

Indoor Unit Mounting

The indoor unit, also known as the evaporator or air handler, is mounted on an interior wall. A mounting bracket is typically used to secure the unit. The location should be selected carefully, ensuring it is near the center of the room and free from obstructions that could hinder airflow.

Hole Drilling

A small hole is drilled through the wall to connect the indoor and outdoor units. This hole allows the passage of refrigerant lines, electrical wiring, and the condensate drain line. The size of the hole depends on the diameter of these components.

Outdoor Unit Placement

The outdoor unit is positioned outside the building on a stable surface. It is usually placed on a concrete pad or mounted on brackets attached to an exterior wall. The location should have proper clearance for airflow and be protected from direct sunlight and excessive debris.

Refrigerant Line Connection

Refrigerant lines, including the liquid line and suction line, are routed through the drilled hole. The lines connect the indoor and outdoor units, enabling the flow of refrigerant. Proper insulation of these lines is crucial to prevent energy loss.

Electrical Wiring

Electrical wiring is installed to provide power to the indoor and outdoor units. This includes running cables from the electrical panel to the outdoor unit and from the outdoor unit to the indoor unit. Following local electrical codes and guidelines is essential to ensure safe and proper installation.

Condensate Drain Connection

A condensate drain line is connected to the indoor unit to remove the moisture generated during the cooling process. This line typically drains outside or into a designated drainpipe or drain pan. Proper slope and insulation of the drain line are essential to prevent leakage or condensate buildup.

Testing and Vacuuming

Once all the connections are made, the system is tested for proper functionality. To achieve optimal performance and efficiency, a vacuum pump is employed to eliminate air and moisture present in the refrigerant lines. This step is crucial to prevent damage to the system and maintain its longevity.

System Start-up and Configuration

After completing the installation and ensuring everything is functioning correctly, the system is powered on. The unit is configured according to the user’s preferences, including temperature settings, fan speeds, and other adjustable features.

Maintenance and Care

Professional maintenance of ductless mini-split systems is crucial to ensure their optimal performance and longevity. Engaging a qualified HVAC technician for these tasks is highly recommended because they possess the necessary expertise and tools. One important aspect of professional maintenance is regular filter cleaning or replacement. The filters in ductless mini-split units accumulate dust and debris over time, which can hinder airflow and reduce the system’s efficiency. A technician will inspect the filters and clean or replace them as needed, ensuring proper airflow and preventing strain on the system.

Additionally, a professional technician will thoroughly clean the indoor and outdoor units of the ductless mini-split system. Dust, dirt, and other particles can accumulate on the indoor unit’s evaporator coils and the outdoor unit’s condenser coils, impeding heat exchange and reducing efficiency. The technician will carefully clean these coils to maintain optimal performance. They will also check the condensate drain line for any blockages, as a clogged drain can lead to water leakage and potential damage.

Moreover, a professional maintenance service will include a comprehensive inspection of the electrical connections, refrigerant levels, and overall system performance. The technician will examine the electrical components, ensuring they are tight and secure, and inspect the refrigerant lines for any leaks or damage. If necessary, they will recharge the system with the appropriate refrigerant to ensure optimal cooling or heating capacity.

The technician will also assess the system’s overall performance by checking the thermostat settings, testing the heating and cooling modes, and verifying the functionality of any additional features or accessories. By addressing these aspects, a professional maintenance service helps to identify and resolve potential issues early on, preventing costly breakdowns and ensuring the system operates efficiently and reliably.

Get in Touch With Professionals Today!

Are you tired of dealing with heating issues, clogged drains, and faulty piping? Look no further than our professionals at Hunt’s Services! We are your go-to experts for all your heating, piping, and drain cleaning needs in Tacoma and the Puget Sound Area. With our skilled technicians and top-notch equipment, we guarantee efficient and reliable solutions to keep your home running smoothly. But that’s not all! We also offer a wide range of electrical services to meet your every need. Call us at Hunt’s Services today to schedule an appointment.

New Incentives Make Heat Pumps More Affordable For Washington Residents

Updated: August 10, 2023

When the Inflation Reduction Act (IRA) was signed into law on August 16, 2022, it included the most ambitious climate action policies in American history.

The IRA aims to cut domestic greenhouse gas emissions in half by 2030 compared to 2005 levels, but significant changes to the way we live will become necessary.

Americans can help the country reach its goals by switching to electric energy whenever possible. Fossil fuels are responsible for about 73% of greenhouse gas emissions in the country, so limiting their use will be critical.

Using a heat pump to heat and cool your home is one way to do your part. These HVAC units use electricity and refrigerant to remove heat from the air and pump it inside or outside, depending on the season, limiting your need for a natural gas furnace.

The time to invest in a heat pump is now better than ever to reduce your carbon footprint, while at the same time lowering your energy costs. As this article points out, there are some significant discounts and rebates that are available making these energy-saving units more affordable than ever.

Here’s a look at some of these subsidies and incentives available to Washington state residents.

The Inflation Reduction Act

Reading through the Inflation Reduction Act, you’ll see that $369 billion is reserved for climate and energy programs. These programs aim to incentivize consumers to purchase electric vehicles, solar panels, energy-efficient windows and doors, high-efficiency air conditioners, and other appliances that don’t use fossil fuels.

With Washington state becoming more prone to extreme heat, installing a heat pump to keep your home cool in the summer is becoming ever more important for the comfort and health of you and your family. You can also use your heat pump for heating in the fall, spring, and winter. So it makes sense to take a look at what the IRA offers home owners to purchase and install a heat pump for both heating and cooling of your home.

First, the IRA offers rebates of up to $8,000 for Washington state families making 80% or less of the state’s median income that purchase a heat pump. Households making 80-150% of the median state income are eligible for a $4,000 rebate. These rebates reduce the upfront cost of purchasing a heat pump and are issued at the state level using IRA funds.

The Inflation Reduction Act also offers a nonbusiness energy property credit, a tax credit for 30% of a new heat pump’s value up to a cap of $2,000. As a result, you can receive up to $2,000 in tax credits just for installing a heat pump in your home.

These incentives cover any heat pump installation you complete after January 1, 2023, and you’ll have until the end of 2033 to complete the job.

With these rebates and tax credits, installing a heat pump makes more sense than ever especially since you’ll save on your monthly energy bills.

Working with Hunt’s Services to purchase and install your heat pump is a no brainer because we specialize in HVAC so we can offer you years of experience and certified technicians to complete your job. In fact to serve you better, we offer a free consult with one of Comfort Specialists to discuss and analyze what options are best for you before you decide.

Energy Smart Eastside

The federal rebate and tax incentives aren’t the only ways you can save on a Washington heat pump installation, as a local program offers residents of select King County cities an additional discount.

The Energy Smart Eastside program allows homeowners in Bellevue, Issaquah, Kirkland, Mercer Island, and Redmond to purchase a new heat pump at a discounted price through their group buy program.

To be eligible for this discount, you’ll have to attend a free educational workshop explaining heat pump technology, the money it can save you long-term, and the incentives you can receive. This workshop is only an hour long and virtual, so you don’t have to leave your home.

From there, you’ll sign up for a free site assessment from a certified HVAC installer like Hunt’s Services, select the heat pump option that’s best for your home, and sign a contract. Hunt’s Services can then install your heat pump, and you’ll get $500 off its purchase price.

Puget Sound Energy Rebates

Finally, Puget Sound Energy has a program where customers using a less efficient electric heating source can receive an $800 rebate if they switch to a ductless heat pump system. So, if you use an electric furnace, wall, or baseboard heaters and live in a single-family home, an incentive is available to you.

This incentive is part of PSE’s Efficiency Boost program, which aims to reduce consumption in the Puget Sound area. Other incentives are available when switching to a tankless water heater, upgrading to an Energy Star furnace, or installing a smart thermostat in your home.

Heat Pump Rebates in Washington

The cost of installing an energy efficient heat pump as your heating and cooling system has never been so affordable than now. These rebates and discounts aim to reduce the financial burden on families, making upgrades possible for more households.

Hunt’s Services offers heat pump installations for all of Pierce, King and Thurston Counties. Booking an appointment with our licensed, certified team puts you on the track to energy savings. Call Hunt’s Services at 253-533-7500 to learn more about these rebates and discounts and your eligibility.

4 Reasons to Switch to a Heat Pump for Heating and Cooling

As you know, there are a few different options for heating and cooling your home in Seattle, Tacoma area.

Of course, a gas furnace is the most common heating method in the area, as these devices are widely available, and the majority of homes in the region already have natural gas lines running to them. There’s nothing wrong with using a gas furnace because they’re abundant and convenient, but they’re far from the only game in town.

Cooling your home is a bit different because you’ll likely need an air conditioning unit. You can often use your existing ductwork with these systems, ensuring your home is cooled evenly and thoroughly on even the hottest days of the year.

Heat pumps are another option worth considering because they provide both heating and cooling for your home. These units have other benefits, too, that it’s a good idea to learn about before making the leap.

Ductless heat pumps are a cost-effective option that allows you to cool and heat your entire home or just certain rooms or zones without the use of ducts.

Here’s a look at four of the main advantages associated with installing a heat pump in your home in Seattle, Tacoma, Bellevue, Gig Harbor or elsewhere in the Puget Sound area.

1) Environmental Benefits
About 75% of American homes currently use natural gas, propane, oil, or wood for heating and central or window air conditioners for cooling. However, those heating methods create a significant amount of carbon dioxide and methane, and air conditioning produces greenhouse gases, all of which are harmful to the environment.

Switching to heat pumps reduces the emissions your home is creating. In fact, heating your home with a heat pump lowers your carbon footprint by between 46 and 54 percent. If the entire country did this, it would cut our carbon emissions by 142 million metric tons every year. That’s staggering and shows just how clean heat pumps are compared to gas furnaces.

So, switching to a heat pump allows you to do your part for the environment because it’s a cleaner form of energy, and you’ll also use less energy because these devices are more efficient than their counterparts. This efficiency will save you money, which is another great benefit you’ll experience when going in this direction.

2) Lower Costs
It’s all fine and dandy to do your part to help the environment. After all, we’re all in this together, and by taking action to help reduce the effects of climate change, you can rest easy knowing you’re part of the solution rather than the problem.

However, you’re still a human being with bills to pay, so the next benefit heat pumps provide might make it easier to invest in one of these units. The gist is that you’ll save money, even when taking the cost of a heat pump into account. Tacoma Public Utilities reports that a heat pump can reduce your electricity use for heating by 25-50%.

On average, running a heat pump instead of other heating and cooling sources will save families $557 per year. That number equals thousands of dollars over the unit’s lifetime, paying for the difference in cost between a heat pump and a furnace and then some.

It’s also worth noting that the entire country switching over to heat pumps would create 6.6 million jobs, which is another win for people all over Western Washington because of how it would benefit the economy. While that probably isn’t realistic right now, it’s a figure that adds credibility to the idea.

In short, heat pumps are sure to save you money and put more money in the pockets of people in your area, both of which are beneficial now and in the future.

3) No Combustion
Gas furnaces rely on internal combustion to produce heat. The idea is that natural gas combines with a spark, which generates heat inside the furnace’s burner. The heat this reaction creates then passes through the heat exchanger, making it even hotter before the air passes over and is warmed.

While this reaction is generally pretty safe, there’s always risk anytime you’re dealing with combustion inside an appliance in your home. Therefore, heat pumps are safer than furnaces because they rely on electrical wiring instead of internal combustion.

The fact that there’s no combustion also means less maintenance, which is sure to save you money annually. A heat pump generally requires a quick once-over every year, and you should probably take the filter out and clean it every few months. Other than that, you don’t have to worry much about maintenance.

If you have a gas furnace and air conditioner in Seattle, you’ll need to have each appliance serviced once per year. It’s probably wise to have the furnace looked at in the fall and the air conditioner in the spring to ensure they’re both ready to go when needed.

The lack of maintenance heat pumps require is yet another reason they’re a solid investment for Western Washington households.

4) All-in-One Solution
Finally, a heat pump is an all-in-one solution for your home’s heating and cooling needs. Once you have one installed, it acts as a heater in the winter and an air conditioner in the summer, so you only have to worry about one appliance.

Rather than replacing your furnace and air conditioning unit every 15 to 20 years, you can invest in a heat pump that should last you at least 15 years if you maintain it. The life expectancy alone is enough to save you some cash, and when you factor in the energy savings, installing a heat pump in Seattle becomes an extremely attractive proposition.

Get the Expert Assistance You Need
Purchasing a heat pump for your Tacoma home is a significant decision, and you won’t want to make it without first speaking with an expert. Fortunately, Hunt’s Services is available to answer your heat pump questions, and we can also handle your heat pump installation when the time comes.

Give Hunt’s Services a call at 253-533-7500 to discuss your heat pump needs today.