Many homeowners across Maryland use heat pump systems for efficient cooling over the summer months. When winter comes, these versatile HVAC systems can also be used for home heating! Grove Heating & Cooling answers how does a heat pump work in winter so you can better understand the capabilities of this HVAC equipment option.
Let’s run through how a heat pump works in the summer, then it will be simple to understand how a heat pump works in winter! Warm air from the home circulates back to the indoor unit which contains a coil – as refrigerant cycles through the coil, it absorbs heat from the air to lower air temperature.
Cooled air then circulates back into the home via the blower while the refrigerant travels to the outdoor unit. The compressor pressurizes the refrigerant and increases its temperature before it moves to the outdoor coil. Within the condenser coil in the outdoor unit, the refrigerant releases heat into the air outdoors. This process repeats as needed to keep the home at a comfortable, cool temperature.
Before we explain how a heat pump works in the winter, let’s first discuss the basics of heat pump operation. A heat pump is an appliance that transfers heat from one source to another. Unlike fuel-burning furnaces and boilers, a heat pump doesn’t generate heat. Because it is merely transferring heat between two sources, this HVAC unit has the ability to both heat and cool a space.
Heat pump systems are split systems. For air-source heat pump systems that transfer heat between indoor air and outdoor air, the heat pump unit sits outdoors, which can be paired with an air handler or even a furnace indoors. The two units are connected by refrigerant lines that run through an exterior wall of the home. Geothermal systems exchange heat between the indoor air and the ground, using a ground loop buried in the ground and a heat pump that is typically installed indoors.
To act as heating systems during the winter months, a heat pump will work in reverse to provide a home with heat. A component called the reversing valve redirects the flow of refrigerant so that heat is absorbed from the outdoor air by the outdoor coil. Heated refrigerant cycles through the indoor coil, releasing heat energy into the air circulating through the unit to raise the air temperature. This process repeats as needed to provide enough warmth for comfortable indoor conditions.
If you’re just learning about how a heat pump works in winter, the process may seem hard to believe – is there really enough heat in the air to keep a whole house warm when it feels chilly outside? Believe it or not, yes! Though it may not feel warm to you, there is plenty of heat energy in the outdoor air for sufficient indoor warmth, depending on the outdoor temperature.
Conventional heat pumps offer very efficient heat up to a certain point, as far as outdoor temperatures go. Once outdoor temperatures fall around 40 degrees Fahrenheit, a heat pump will lose some energy efficiency. When temperatures hit about 25 degrees and below, a heat pump is no longer going to be the most efficient source of heat for a home. It may struggle to keep your home at your preferred temperature and it is best to use a backup heating system at this point, if you have one installed. There are newer cold weather heat pump units that are better equipped for operating in cold temperatures, which can be installed to avoid this winter problem.
A heat pump in the winter doesn’t differ much from summertime cooling operation – the HVAC system simply runs in reverse! Learn more about these versatile heating and air conditioning systems and receive an estimate for the installation of a new heat pump in your home – contact Grove Heating & Cooling today!
A home’s tap water can exhibit various odors and colors due to a number of different issues with the water supply or the plumbing system. Rust-colored water coming from your hot water heater can occur for several reasons, which need to be addressed to avoid health issues and plumbing problems. Grove Heating & Cooling explains the causes of rusty water coming from a water heater and what can be done to return your water color to normal.
If you have rust-colored water, the hue may be caused by bacteria growth somewhere in your plumbing system. While the problem may not originate from your water heater, it may appear that it does because you notice hot water takes on this color – however, both hot and cold water can be rusty when bacteria are present. Types of iron-reducing bacteria are known to create rust-colored water, which is very unappealing to homeowners and anyone who uses a tap in the house. This type of bacterial growth is most common in water supply pipes as well as the water heater tank.
If a plumber determines your water heater rust-colored water is caused by bacteria growing in your plumbing system, the way to get rid of it is by shocking the system. This can be done by adding chlorine to the system. Many homeowners with well water add chlorine bleach to the water well to chlorinate the water supply system. After a wait of 6 to 12 hours, the system should be flushed – open all taps throughout the house and allow water to run until the notable chlorine smell dissipates from your water.
Whenever rust-colored water is noticed in a tank water heater system, corrosion is an immediate suspect. Over time, the metal of the tank can break down due to water conditions if the inner glass lining cracks and allows the outer metal to be exposed to water or if the sacrificial anode rod designed to prevent corrosion isn’t replaced at proper intervals. Even combustion gases can cause the metal to corrode in an older tank water heater.
If rusty or discolored water is isolated to only your hot water, you’ll know that it stems from an issue with your water heater. Unfortunately, when corrosion is present, the only real solution is to replace the unit with a new water heater. Ignoring a corroded hot water tank could lead to a major leak and water damage in your home.
Water lines in some Maryland homes are made of cast iron, which can corrode. These rusty pipes may be present in your home if it was built before about the mid-1980s. In the best case scenario, cast iron water supply pipes will last 50 years, but that isn’t always the case.
A professional plumber will be able to determine the material your water pipes are made of as well as if you have water heater rust-colored hot water or if the hue is due to pipe corrosion rather than water heater tank corrosion. If your home has older cast iron pipes that are starting to break down and display rust in your water, the solution to fix this issue is to replace your home’s piping. This is an extensive job best trusted to a licensed Maryland plumber.
If you have rust-colored water because of your water heater or rusty hot water that stems from another plumbing source, don’t wait to address this issue. Call Grove Heating & Cooling today and schedule water heater repair or plumbing service with our trusted plumbing team.
It’s no secret that Maryland winters can get extremely cold at times! For this reason, it’s important that every home has a reliable heating system that can be trusted to provide the necessary warmth for a safe and comfortable environment. While system breakdowns do sometimes occur unexpectedly, there are steps you can take to help limit the likelihood of an HVAC emergency this season. Grove Heating & Cooling explains how to care for your heating system and best prepare it for winter.
To avoid emergency HVAC repairs during the winter months, maintaining your heating equipment is critical. Hopefully you know that maintenance tune ups are necessary for furnaces, boilers, and heat pumps each year, and the ideal time to have this service performed is in the fall before it gets cold outside.
HVAC maintenance for heating systems is designed to improve the performance and energy efficiency of any furnace, heat pump, or boiler. The steps involved are very helpful in preventing an HVAC emergency, as the work performed by a qualified HVAC technician greatly reduces the likelihood of a system breakdown over the heating season.
If you do experience an HVAC emergency at any point this winter, it’s important to know what to do. Not every situation that appears to be an HVAC emergency actually is, and if you know what troubleshooting steps to take, you’ll be able to restore heating right away rather than wait for professional repairs. If you ignore heating problems, temperatures could drop indoors, creating an unsafe environment.
If you are unable to get the heat back on through troubleshooting your system, you may have a true HVAC system emergency on your hands. In this situation, call Grove Heating & Cooling to request HVAC emergency service. Our heating and cooling system technicians will respond as quickly as possible and work to restore heating in your home through emergency HVAC repairs or temporary heating solutions that will keep you safe until a new heating unit can be installed.
There are several different types of heating systems that can be installed in homes – furnaces, boilers, heat pumps, even ductless heating systems. Among the various options, what are the best choices for homeowners in Maryland? Grove Heating & Cooling shares reliable heating system options for your home in Crofton and the surrounding areas.
Determining the best types of heating systems is really a subjective choice that depends on the criteria you need a heating system to meet. For all types of heating and air conditioning equipment, the climate of the installation location should always be a primary concern. Certain heating choices perform better when used in some climates versus others.
Maryland winters are known to be snowy and cold, and occasionally can feel quite brutal. During January, the coldest month of the year in our state, areas in the central and eastern parts of the state see average high temperatures around 35 degrees and lows between 16 to 30 degrees – overnight, it’s not out of the ordinary for temperatures to fall below 0 degrees in some spots! With such frigid winter conditions, Maryland homeowners need heating systems that are designed to perform reliably in temperatures below freezing.
Natural gas heating systems are the top choice among Maryland homeowners, with more households using natural gas heat than systems that run off other fuel sources. Natural gas forced air systems heat air to a higher temperature than electric options, which is why they are typically preferred in cold climates.
Natural gas utility prices are also lower than electricity, making natural gas heating a more affordable option. Actual heating costs depend on several factors including usage and the energy efficiency of different types of heating systems.
Natural gas furnaces are types of heating systems that are forced air central systems. This means they produce heated air through combustion of natural gas from a central unit in the home. The system’s blower forces the heated air through ductwork into rooms throughout the dwelling.
Natural gas boilers include two types of heating systems: steam boilers and hot water boilers. Both units use combustion of natural gas to heat water that moves through a piping system to connected radiators in rooms throughout the home. This radiant heating system transfers heat from the radiators into the air.
Many Maryland homeowners have chosen to use electric types of heating systems – most commonly, a heat pump. Heat pumps don’t burn fuel like natural gas to create heat. Instead, they use electric energy to transfer heat between sources to increase air temperature before warmed air is circulated through the ducts to rooms.
Air-source heat pumps transfer heat between indoor and outdoor air. Newer heat pump models offer efficient heating throughout much of the Maryland winter, though their efficiency can decline when outdoor temperatures are extremely low. Backup electrical resistance heat strips can be installed for use during these periods or a gas furnace is a common choice for backup heat.
To heat, geothermal heat pump systems extract heat from below ground. A ground loop component made of fluid-filled piping buried on the property absorbs heat, which is circulated to the heat pump in the home. The heat pump transfers heat from the loop to the air for warmth, then air circulates throughout the house.
Grove Heating & Cooling helps Maryland homeowners explore the best types of heating systems for use during the winter months in New England. For more information or to schedule an estimate, contact us today.
Modern geothermal HVAC systems have been around for decades, though their popularity in Maryland and throughout the U.S. has increased significantly in recent years. As sustainability awareness grows and utility rates increase, homeowners seek high energy efficiency options to lower heating and cooling costs while reducing the environmental impact of their residences.
Compared to other home heating and cooling systems, geothermal can be quite expensive – leading homeowners to ask, “Is geothermal heating and cooling worth it?”
Geothermal HVAC systems provide space heating and cooling to a home by moving heat between the ground or water and the home’s air. The system uses three key components: the ground loop, geothermal heat pump, and distribution system.
Geothermal HVAC systems can be 400 to 500 percent energy efficient. Is geothermal heating and cooling worth it based on that? Most people would say yes, considering the most efficient furnaces and boilers are only up to 97% efficient.
How are these HVAC systems able to offer such highly efficient performance compared to traditional heating and air conditioning systems?
Superior energy efficiency isn’t the only bonus you get when you install a geothermal cooling and heating system. Here are more of the great perks they offer:
Is geothermal heating and cooling worth it to install in Maryland homes? We think the energy savings and other benefits speak for themselves! Contact us today to request a geothermal HVAC system installation estimate and learn more about these highly efficient solutions.
Have you upgraded your thermostat to a smart model yet? If not, you’re missing out on all the valuable benefits of a smart thermostat and the wonders it can do for your home and family! Learn how a smart thermostat differs from a programmable model and how these differences positively affect comfort, energy savings and more!
For many years, programmable thermostats were the gold standard for energy savings in home heating and cooling. With the ability to schedule temperature changes, homeowners could cut back on energy usage without sacrificing comfort. While programmable thermostats are a smart step towards energy conservation, smart thermostats generate even more savings by cutting back on waste.
With a smart thermostat, there’s no need to schedule temperature changes. The smart thermostat effectively learns your preferences and monitors your schedule using sensors to deliver energy-efficient HVAC settings throughout the day.
This ability is one of the main benefits of a smart thermostat in the home. The ability to sense if the home is occupied or not and adjust temperatures accordingly goes beyond the capabilities of a programmable thermostat. This ensures energy savings opportunities are never missed. With a programmable thermostat, schedules change and homeowners do not always remember to adjust settings, which leads to heating or cooling an empty home, resulting in energy waste.
Smart thermostats are accessible via apps on personal smart devices including cell phones and tablets – most programmable thermostats do not offer this feature unless they are Wi-Fi connected. This enhanced accessibility is one of the great benefits of a smart thermostat at home! If you’ll arrive home sooner than normal, simply access the thermostat’s settings through the app and ensure your home’s temperature is comfortable upon your arrival.
Plus, you can receive alerts through the app regarding unexpected temperature changes in the home, so you are able to take action immediately. If the temperature rises or falls while you’re on vacation, or in a rental home, this helps you monitor HVAC system function or determine if a visit is needed to check for other problem sources. The alerts delivered by smart thermostats help homeowners protect their residences.
The benefits of a smart thermostat related to energy savings go beyond the learned scheduling. With a smart thermostat installed, homeowners gain powerful data regarding energy usage at home to help them see where the most money is spent and uncover savings opportunities. The app is your portal to assess your household’s energy use and is a valuable resource as you plan further energy-saving projects throughout the home.
Some smart thermostats can even use current weather conditions to automatically adjust your home’s heating and air conditioning system for the optimal balance of comfort and efficiency.
In addition to preserving indoor comfort, smart thermostats include preservation of your HVAC system, too! The thermostat constantly assesses HVAC system performance, looking for spikes in energy consumption. When detected, these increases indicate possible malfunctions that require repair. The app alerts you to the change so you are able to quickly schedule a visit from your HVAC technician.
Routine maintenance is essential for HVAC system care, and your smart thermostat helps you stay on top of your HVAC system’s needs. One of the great benefits of a smart thermostat is the alerts for maintenance. The app reminds you when it’s time to change your air filter, schedule a tune up and more, depending on your model of smart thermostat.
Take comfort control to the next level by installing a smart thermostat in your home today! Installing a smart thermostat will cut energy costs and save you money on your energy bills while you’re away. Call Grove Heating & Cooling to schedule an estimate and installation for a new smart thermostat and start enjoying better comfort and energy conservation right away!
Summertime storms and power outages have the potential to cause discomfort for Maryland homeowners, especially when you find your AC not blowing cold air after the power comes back on. Grove Heating & Cooling explains the common causes behind this issue and what to do to fix them.
Once the power comes on after an outage, you expect your air conditioning system to fire back up as normal. However, power outages can cause issues that stand in the way of home comfort, namely an AC not blowing cold air.
If you discover warm air coming from your vents as the cooling system runs after a power outage, these are the most common sources of the problem:
Both the indoor and outdoor components of your central cooling system are powered by their own individual circuit breakers. When surge occurs, which is likely before a storm’s power outage, the breaker trips to shut down the circuit.
Since each portion of the system has its own breaker, it is possible that one breaker has tripped but the other has not. If the breaker to the outdoor air conditioning components trips but the indoor components’ breaker has not, the result is no cold air. This is because the outdoor equipment that is integral to the cooling process is not running, but your indoor components that facilitate air circulation are. The air handler indoors is still powered, so the blower fan pushes air through the ducts – it’s just not cooled.
If your air conditioning system isn’t blowing cool air following a power outage, go to your home’ electrical panel and look for the circuits which power your cooling system components. Find the circuit breaker marked condenser or outdoor air conditioner and see if it is tripped. If so, reset the circuit breaker and allow the air conditioning system to run. If the breaker trips again right away, do not reset it again – call for air conditioning repair to solve the problem.
Air conditioners use a capacitor to start up the system’s compressor. Power outage surges can cause the capacitor to fail. If the capacitor blows during a power outage, the compressor will not come back on once power is restored. Therefore, the outdoor unit does not work to perform heat exchange, yet the indoor unit operates normally. Because of this, your air conditioner isn’t blowing cool air because the heat exchange process is not completed with the cooling cycle.
You can visually assess the capacitor’s condition by looking into the outdoor unit – it looks like a canister on top of the compressor. The top usually bulges or leaks an oily liquid if the capacitor has blown. This issue needs to be repaired by a trained HVAC technician.
A power surge can also cause the air conditioner’s compressor to fail. When the compressor fails, there is no heat exchange, resulting in no cold air. This is because the compressor is not circulating refrigerant through the system, extracting warm air.
Your trusted HVAC technician is able to assess the compressor and inform you if yours has been damaged by the power outage. If the compressor has failed, a compressor replacement is needed to restore system function.
If there’s no cold air coming from your AC after the power comes back on, we recommend you check the breakers to determine if a tripped breaker has cut power to the outside unit. If breakers trip after resetting or the breakers are on normally yet warm air blows through your vents, schedule air conditioning repair.
Are you tired of the everyday noises you hear around your house? Are the unnecessary sounds driving you crazy?
Yes, we know them. Your kids screaming, the never-ending washing machine, the constant ringing of your mobile phone, the Hoover that never seems to look like it’s picked up anything!
The list is endless. At least we can offer you some salvation: a quiet air conditioner. And the Annapolis, MD ductless mini split will provide you the relief from excess sound you need.
Here’s everything you need to know about this model and why it’s the quietest.
Mitsubishi ductless mini split systems are the most environmentally friendly and efficient systems on the market. They are easy to use and install. The installation process consists of an indoor unit placed in a high spot of the room to ensure consistent temperatures all year round.
The obvious use of the word ‘ductless’ says it all, really. However, it doesn’t end there. Mini split systems use only very small tubes that don’t run throughout the whole household. The tubes connect the wall-mount unit to the condenser outside, distributing conditioned air via the wall-mount units. This eliminates the irritating whooshing sound you would hear on a traditional air conditioning system.
The whooshing sound comes from ductwork, something the Mitsubishi ductless mini split doesn’t use. The elimination of the ductwork also excludes heat loss.
The mini split systems are the quietest air conditioners you can find on the market. They have an average noise level of 32 decibels. To put that into perspective, window units and split and packaged central air conditioners have an average noise level of 50-72 decibels.
Mini split systems are not only the quietest, but they also offer some of the highest SEER ratings (seasonal energy efficiency ratio) and most dynamic performance on today’s market. They reach nearly 30 SEER, whereas other traditional split systems can only reach between 16-21 SEER.
This Mitsubishi single-zone series has an extremely quiet operation. The fan blades that are combined with a new grille shape to the outdoor unit ensure little to no noise. When put in low noise mode, the air conditioning system is even quieter, but that’s just self explanatory.
This Mitsubishi multi-zone series boasts an advanced “quiet mode” fan speed setting. It provides extremely quiet operation, with its dB as low as 21 for 25/35 models. This is a must have for a relaxing and tranquil home environment. The Mitsubishi hyper-heat cooling and heating system allows the heat pump to provide warmth in freezing climates.
Mitsubishi’s ductless mini split air conditioner systems are extremely economically viable. They guarantee maximum efficiency to keep you from worrying about your electricity bills.
The ductless mini splits also come with the ability to customize the heating and cooling settings according to your own home requirements. This means you can choose the zone you would like to be cooled, rather than having to cool the whole home, therefore keeping your electricity bills in check.
Because of the small size of these cooling systems and their zoning customizations, Mitsubishi can guarantee greater energy efficiency. They follow the ENERGY STAR guidelines, which means they are a lot more energy efficient, enabling you to reduce your total carbon output.
These systems use something called an R410A, which is well known for not having ozone-depleting qualities. Essentially, it means the system will have less impact on the environment.
Mitsubishi succeeds in improving your indoor air quality with their ductless mini split systems. This not only impacts the environment in a positive way but also helps you sustain a comfortable and healthy breathing space for your household. The multi-stage filtration in the units ensures healthier air quality.
There’s no doubt that installing one of these Mitsubishi units in your home guarantees you that comfortable and quiet home environment you crave.
There are many air conditioning systems on the market, but we don’t just install and repair any model. We want to make sure you have the best quality system we can give you, which is why we’re proud to carry a full line of Mitsubishi ductless mini split systems.
If you’d like one of these units installed in your home today, contact Grove to schedule ductless mini split installation service today.
A sunroom allows you to expand your home towards the outdoors. It gives you comfort by protecting you from rain, wind or other elements and enables you to enjoy the summer sun without all the nasty bugs and potential sunburn.
For Maryland residents, the biggest concern is always keeping the sunroom cool during the hot summer days. What you want is cost-friendly insulation to enhance comfort in your sunroom all year round. Although most sunrooms are designed to shield excess sunlight conventionally, they can prove challenging to keep cool during high temperatures.
Here are a few pointers on how to keep a sunroom cool during the summer.
Bowie, MD ductless mini-split installation in your sunroom offers excellent cooling whenever you don’t want to extend your HVAC system. This system makes it possible to set the preferred room temperature cost effectively. It also allows you to save energy by switching the cooling system off whenever you’re not using the sunroom.
Although sunroom ductless air conditioners might have a higher upfront cost, they offer significant savings in the long run due to their energy efficiency. They also offer extra convenience because they are quieter and don’t obstruct the windows. You, therefore, get quality cooling and excellent views from the comfort of your sunroom.
Mitsubishi ductless mini-splits don’t require any installation, building or design of ductwork. You get this cost-saving benefit that allows users to save money when installing cooling systems.
Blinds are an essential addition, especially if the windows in your sunroom are insulated. Although the initial cost of blinds might be high, they offer significant benefits in terms of keeping your room cool. You can close them to keep away excess heat when the sun is facing your sunroom.
There are two types of blinds: some are sandwiched between window panes while others are hung on the insides of the windows. Window blinds offer many options compared to other window coverings. They can be tilted up or down to deflect the heat coming from outside.
One of the ways to cool a room is by keeping the air circulating. You can achieve this by installing a ceiling fan in your sunroom and combining it with quality blinds. If you don’t have a fan installed in your room, you can opt for a portable fan to use during those hot summer days.
According to experts, having a fan placed at the bottom of a room blows the air upwards, hence driving it out of the vents. This creates natural air circulation that will cool the temperatures in the room.
Tinting your sunroom windows helps in reducing heat intensity the same way it does for a car. Tinted windows also block the sun’s UV rays and minimize glare. Exposing your furniture to UV rays can make them fade or even crack after some time.
There’s a wide variety of tints to choose from. However, you should select a “low-E” radiation blocker to prevent excessive heat from the sun. This type of tint is useful in avoiding radiant energy from escaping during winter. It also prevents radiant solar energy from entering your sunroom during summer. Although tinting might diminish your view to some extent, it offers more convenience by reducing heat and minimizing glare.
Vents are helpful whenever you want the hot air to escape from your sunroom. Failure to install vents will make the air feel excessively hot and stiff. With a few vents in your room, the air will flow freely, and excess heat will escape from the ventilation to keep your space cooler. Always ensure the openings are created high in the room.
Motorized shades come with sunlight sensors to cover your space during high temperatures. This system automatically closes when the temperatures are too high to prevent damage to your furniture or other belongings.
Automatic shades won’t affect the look of your sunroom because they are customized to fit sunroom windows perfectly. They also come with matching casings, which makes them ideal for exterior installation. There’s a wide variety of materials to choose from, which means you can match the shade with the design of your sunroom.
Installing a Mitsubishi single-zone ductless system in your sunroom will give you extra comfort during summer. It will also protect your upholstery from fading. No matter the form of insulation or cooling you choose, ensure it is cost-effective and energy-efficient.Contact Grove Heating and Cooling to learn more.
You’ve finally got round to converting your basement. You’ve created your dream, cozy relaxation station. Life is good.
The only thing is, you’re unsure of what heating and cooling system to use.
With many different systems to choose from, the first thing you’re probably going to think about is not breaking the bank. With that being said, you’re also going to want a system that is effective and efficient.
Cue the reliable ductless mini split system.
A ductless system can provide you with the precise comfort you want, but you’ll also have a system that can guarantee you high-energy savings and control over the temperature of your basement. It’s a win-win.
You’ve already got a fabulous air conditioner installed in your house. You converted your basement after the current system was installed. This means the current AC system won’t be connected to your basement. Because of the added square footage the basement has created, the additional space will need to be cooled separately. When an air conditioning system is installed, the size of the system is determined by the number of square feet that needs to be cooled. This means a second air conditioning system is required.
One annoying factor of basements is they create constant dampness and humidity, which is the perfect breeding ground for mold and mildew. This is something you will want to avoid, even more so when you’re using your basement as a liveable space. Keeping excess humidity at bay is essential and often ongoing.
Again, because basements are underground, some may lack windows entirely, or some may have small windows that are located at ground level (up high).
Naturally, you want your basement conversion to be comfortable, relaxing and liveable. Installing a ductless mini split means you can have all these comforts within an affordable price range.
These air conditioning systems are not only capable of giving you the exact heating and cooling measures in what is essentially an unconventional space, but they are also extremely energy efficient and powerful. They can provide you maximum comfort while ensuring that you can save those pennies.
As previously mentioned, windows are often scarce in basements. The single-zone mini split system from Mitsubishi is ideal if you want to heat or cool a single room. They only require a small hole in the wall for a pipe. This pipe connects the inside to an outdoor unit that is mounted straight onto the wall. They are quiet, so there’s no stress of a noisy system, allowing you to relax in the peace of your new basement hideaway.
One system guarantees a dual effort. The mini split systems are designed to cool and heat a room, meaning you don’t need to install two separate orders.
Most basements also have installed dehumidifiers. With a mini split, this isn’t necessary, as they are designed with a dehumidification function that helps reduce the humidity levels in your basement. Low humidity levels = no more mold!
The systems are also extremely energy efficient. The mini splits are less likely to lose power because of the lack of ductwork. The elimination of air ducts gives the mini splits a massive advantage over traditional cooling systems. This is because they guarantee no leaky ductwork, something that often poses significant problems in most households. Also, it’s so much cheaper than adding more ductwork when adding the finishing additions to your home!
They are also Energy Star certified and come with high energy-efficiency ratings. The systems have functions that can help you reach your desired temperature without consuming too much energy. More often than not, they are designed with special energy-saving features that help you keep tabs on your energy consumption.
Because of the humidity and sometimes mold levels, the air purity in basements isn’t always the healthiest. The ductless mini systems boast an advanced air filtration system that guarantees excellent quality air. They can reduce humidity and remove most of the bacteria in the air, giving you peace of mind knowing the air that you’re breathing in is pure and oxidized. Alongside the purification of the air, the mini splits are also great at removing the well known damp basement smell.
With their low energy costs and energy efficiency, a ductless mini split air conditioning system is perfect for any basement. It’s a must for home improvement and a must for the wallet. With a ductless mini split installed in your basement, you can breathe easily, find that perfect temperature and enjoy your new comfy surroundings in what once was a little old basement.
If you’re interested in hearing more about Grove Heating & Coolings top-of-the-line Mitsubishi mini split systems, schedule an appointment with us today.
2142 Priest Bridge Ct. Suite 6, Crofton, MD 21114
