Are you looking for an energy-efficient, cost-effective, and eco-friendly way to heat and cool your home? A geothermal heat pump may be the solution you need! So how exactly does a geothermal heat pump work? Let’s take a closer look.
To better understand how a geothermal heat pump works, let’s first learn more about the components of these HVAC systems:
Geothermal heat pumps use the earth’s constant temperature to heat and cool your home.
During the winter months, the loop system absorbs heat from the ground. As the water or antifreeze mixture circulates through the pipes, it absorbs the warmth from the ground and brings it back to the heat pump. The heat pump then compresses the heat, which warms up the air that is going into your home’s ductwork or warms water flowing through radiant systems.
During the summer months, the process is reversed. The heat pump removes heat from your home’s air by blowing it over a set of coils containing refrigerant, just like an air conditioner. The refrigerant then moves outside to the heat pump, where it is released into the ground. The ground absorbs the heat, and the process repeats until the desired temperature is reached.
One of the biggest benefits of a ground-source heat pump is that it is incredibly energy efficient. Unlike traditional furnaces and air conditioners, geothermal heat pumps don’t create heat or cool air – they simply move it from one place to another. This means they use much less energy than traditional systems, leading to lower utility bills and a more environmentally friendly option to heat and cool your home.
Another advantage of geothermal heat pumps is they require very little maintenance. Because they have fewer moving parts than traditional HVAC systems, there are fewer opportunities for something to go wrong. This means that geothermal heat pumps have a longer lifespan and are less likely to need costly repairs.
It’s worth noting that geothermal heat pump systems do come with a higher upfront cost than traditional HVAC systems. However, over time, the energy savings will more than make up for the higher initial investment. Additionally, there are often tax credits and incentives available for homeowners who choose a geothermal heat pump, which can offset some of the initial cost.
The bottom line is that geothermal heat pumps offer a budget-friendly and energy-efficient way to heat and cool your home. By harnessing the constant temperature of the earth, they can provide reliable heating and cooling year-round. Plus, the environmental benefits of using a geothermal heat pump are significant, making them an excellent choice for homeowners who are looking to reduce their carbon footprint.
Geothermal heat pumps are a smart investment for homeowners who are looking to save money on their utility bills while also reducing their impact on the environment. If you’re interested in exploring geothermal heat pumps further, reach out to Grove Heating & Cooling today to learn more.
Every decade or two, Maryland homeowners are faced with a choice when it’s time to replace their water heaters. How do you decide between a tank vs a tankless water heater? The plumbing pros at Grove Heating & Cooling explain the differences between these two systems, their advantages, and how to decide between the two options.
A tank water heater is a type of water heating system that uses a hot water storage tank. Water is preheated and held within the tank for use as needed in the home. These units are also called storage tank water heaters due to the storage tank, or sometimes conventional water heaters as this type of unit was the standard used for many decades.
When a hot water tap is turned on in the home, pre-heated water from the top of the tank flows through the hot water pipes to the desired location. As hot water goes out to the tap, cold water simultaneously enters the bottom of the tank to replace the outgoing hot water. To maintain a consistent water temperature within the tank, a thermostat monitors the water temperature and activates a heating element or natural gas burner when the temperature falls below a predetermined threshold. This process ensures a ready supply of hot water for household use.
When it comes to choosing between a tank water heater and a tankless water heater, the benefits are important to consider for the tank style:
While tank water heaters are a popular choice for many households, they come with several drawbacks that should be considered before making a decision:
Before the 1990s, tank vs tankless water heaters wasn’t really a debate. In the past 30 years or so, though, this technology has grown in popularity and is now more widely used. Tankless model water heaters differ from tank water heaters in that they do not have a storage tank to hold hot water because they do not preheat hot water for the home. Instead, water is heated as needed.
Inside the unit, either a gas burner or an electric element heats the water, providing a continuous supply of hot water as needed. This efficient process eliminates the need for a storage tank and the energy losses associated with constantly maintaining a large volume of heated water.
Tankless water heaters are also called on-demand water heaters, as they heat water as the demand arises in the home. The benefits of these systems include:
While tankless water heaters offer numerous benefits, it’s important to weigh their potential drawbacks before deciding if they are the right choice for your home:
Each system type has distinct qualities and advantages. However, you cannot make the tank vs tankless water heater decision based on these stats alone – it is important to weigh how they fit with your household and lifestyle to decide between a tank vs tankless water heater.
No matter your choice in the tank vs tankless water heater debate, Grove Heating & Cooling is here to help. Our team of plumbers performs expert installation for all types of water heaters, ensuring your family has a reliable source of hot water for years to come. Call us today to request an estimate for hot water heater installation, and we can help you decide between a tank vs tankless water heater for your home.
Are you experiencing the frustration of your heat pump not cooling your home? It’s a common problem faced by homeowners that can arise due to several issues. Grove Heating & Cooling discusses some of the common problems which are responsible for a heat pump not cooling and provides troubleshooting solutions to get your heat pump running efficiently again.
The thermostat is the most vital component of the HVAC system as it controls the temperature in your home. A malfunctioning thermostat can sometimes prevent the heat pump system from cooling properly. If your thermostat is faulty, it may not send the correct signals to the heat pump, resulting in an improper cooling cycle.
This issue can often be resolved by simply replacing the thermostat. However, if you’re unsure of how to do this, it’s best to contact a professional heating and air conditioner technician to inspect and replace the thermostat.
Refrigerant is the medium that’s responsible for transferring heat from inside to outside and vice versa. If there’s a refrigerant leak, your heat pump will struggle to maintain a consistent temperature, which can cause the system to run continuously or inadequately cool your home. If you suspect a refrigerant leak, it’s crucial to have a professional repair the leak and refill the refrigerant to the recommended levels. This will ensure that your heat pump functions optimally and efficiently.
Heat pumps can also get stuck in heating mode. If this happens, your heat pump will blow hot air instead of cool air, which can make your home uncomfortable during the summer. The culprit of this problem can be a faulty reversing valve. The reversing valve is responsible for defrost cycles and switching the heat pump from heating to cooling mode. Contact an HVAC technician to diagnose this issue and replace the valve if it’s defective.
Frozen coils can also cause your heat pump not to cool your home efficiently. When the coils freeze, they prevent air from passing over them, resulting in reduced airflow and inadequate cooling. A common cause of frozen coils can be the buildup of dirt and debris, which restricts airflow over the coils. Regular maintenance, including air filter changes and coil cleaning, can help prevent frozen coils.
To defrost your heat pump coils, follow these steps:
Do not turn the heat pump back on until the coils have thawed completely. If your heat pump coils continue to ice up, turn the system off and call for heat pump repair.
If the blower motor isn’t working correctly, the heat pump won’t be able to circulate air to cool your home. Common causes of blower motor malfunctions include dirt buildup or a faulty motor. If you suspect a blower motor issue, contact an HVAC professional to inspect and repair the motor.
A heat pump not cooling can be attributed to several issues like thermostat malfunctions, refrigerant leaks, bad reversing valves, frozen coils, and blower motor issues. Proper maintenance and timely repair can fix these issues, and your heat pump will function optimally to keep your home comfortable.
If you’re experiencing issues with your heat pump, don’t hesitate to contact Grove Heating & Cooling for expert heat pump repair services. Our skilled technicians have years of experience repairing all makes and models of heat pumps. Give us a call today to schedule an appointment for heat pump repair so we can solve your heat pump problems quickly!
Indoor humidity problems are more prevalent than many homeowners realize. When humidity levels are high, it can cause a wide range of problems in your home, including health issues. Fortunately, there is a solution – installing a whole house dehumidifier. In this blog, the indoor air quality specialists at Grove Heating & Cooling explore what a dehumidifier does for your health and why it’s important to have one installed in your home.
High humidity in your home can cause a range of problems that can impact the health and comfort of your household. One of the most significant issues too much moisture can cause is mold growth. Mold thrives in moist environments and can grow rapidly in areas with high humidity levels. Exposure to mold spores can lead to respiratory issues, including coughing, sneezing, and wheezing. Long-term exposure to mold and mildew can also cause more severe health issues, such as asthma and other respiratory illnesses.
In addition to mold growth, high humidity can lead to skin rashes and irritation, particularly for those with sensitive skin. High humidity can also contribute to an increase in dust mites, a common allergen that can lead to a range of allergic reactions, including runny nose, itchy eyes, and respiratory issues.
High humidity doesn’t just impact your health. It can also lead to unpleasant odors in your home and an overall uncomfortable living environment. The excess moisture in the air can make it difficult to stay cool in the summer, making it harder to relax and get a good night’s sleep.
If you’re experiencing high humidity levels in your home, investing in a dehumidifier can help regulate humidity levels and improve the overall comfort and health of your home. A whole house dehumidifier is a device that works to reduce the humidity levels throughout your entire home. It’s installed as part of your heating and cooling system and works by removing extra moisture from the air. Once the humidity is reduced, you’ll see a significant improvement in the air quality in your home, making it a healthier environment for you and your family to live in.
Once installed, a whole house dehumidifier works to remove excess moisture from the air, collecting the water in a reservoir or draining it directly out of your home. As it removes moisture, it provides your home with fresher, healthier air.
A dehumidifier installed with your heating and air conditioner can help reduce the number of allergens floating around in your home. This is especially helpful for individuals who suffer from allergies caused by dust mites, pet dander, and other particles that thrive in a humid climate.
Mold thrives in humid environments, but a dehumidifier can reduce excess moisture and help prevent mold growth in your home. This is especially important for those with respiratory issues like asthma or allergies.
When humidity levels in your home are high, it can make the air feel stuffy and unpleasant. By reducing humidity, a dehumidifier can improve the quality of the air in your home, making it a more comfortable place to live.
High humidity levels can damage your furniture, walls, and even cause warping of your floors. A dehumidifier can help protect your home and keep it in great condition for years to come.
If you’re concerned about indoor humidity problems in your home, it’s time to take action. Contact Grove Heating & Cooling today to schedule an appointment for whole house dehumidifier installation with one of our heating, air conditioning and indoor air quality professionals. Our team of experts can help you determine the best size, type, and installation method for your home, ensuring maximum health benefits for you and your family. Say goodbye to indoor humidity problems and hello to a healthier, more comfortable home with a dehumidifier.
If you’re looking to install an air conditioner in your Crofton, Maryland home, you have probably heard the term “SEER rating” thrown around without really understanding what it means. A SEER rating, which stands for Seasonal Energy Efficiency Ratio, is a measure of a cooling system’s energy efficiency over a certain period. The higher the SEER rating, the more energy efficient the unit and the lower your energy bill will be. Let’s take a closer look at what is a good SEER rating for an AC unit and why it matters so much.
In order to understand how SEER works and why it’s important, let’s first look at how it is calculated. A SEER rating tells you two things: how much cooling output an air conditioner can generate compared with the amount of electricity used to power it; and how efficiently it performs during the peak summer heat. All air conditioning units are assigned a number that indicates their efficiency levels. The higher the number, the better your energy savings will be over time. For example, if your current air conditioning unit has a SEER rating of 12 and you replace it with one that has a SEER rating of 15, your new unit will use less energy than its predecessor – meaning lower energy bills!
The Department of Energy recently announced changes to its minimum SEER rating requirement for air conditioners being sold in the United States in 2023. These newly mandated energy efficiency ratings were designed to reduce the amount of energy used to effectively cool a space. All models sold in Maryland must meet or exceed a SEER rating of 14 to be legally sold, which is an increase over the former 13 SEER standard. The new regulation will affect all existing models currently available and any new models released after January 1, 2023.
These changes are beneficial because they’ll help to conserve energy while still providing reliable and effective cooling for customers around America. Various equipment suppliers have also indicated their support for these new regulations. With the Department of Energy’s commitment to environmental protection, these updated requirements ensure our air conditioners can continue powering our homes without sacrificing performance or reliability. An AC unit with a 14 or higher SEER rating can save you significantly on cooling costs compared to older models that have 10-13 AC SEER ratings.
For those conscious of their energy costs, choosing an air conditioner with a higher seasonal energy efficiency ratio rating can be beneficial. A SEER rating of 18 or above is considered to be very good and optimal for maximum efficiency and money savings. However, keep in mind that as the ratings increase so does the cost of equipment – so make sure you budget accordingly when selecting your new air conditioning system!
Not all energy savings come just from a good SEER rating; size, installation, maintenance and other factors also have an impact. When shopping around for a new air conditioner, it is wise to research units that contain highly respected certifications such as ENERGY STAR®. These certifications verify that the HVAC unit has efficiency ratings backed by independent agencies for reliable performance in cooling one’s home cost-effectively.
When shopping for an AC unit for your Crofton home, make sure to research all available options and determine the right SEER rating for your needs. Selecting an air conditioner with a higher SEER rating can generate long-term savings on your energy bills. If you need help selecting the right model or installing your new heat pump or cooling system, contact Grove Heating & Cooling today! With years of experience behind us, we are sure to find the best solution for any home cooling needs in Maryland’s Anne Arundel County area.
Homeowners who are looking for a way to cool their homes more efficiently may want to consider investing in a heat pump. Heat pumps are a type of HVAC system that move heat energy to generate temperature change, and can be used both as an efficient cooling system and as a heating system. If you’re not familiar with this technology, you may wonder, does a heat pump cool as well as an air conditioner? Let’s find out.
A heat pump efficiently uses energy to transfer heat from one area to another. It works for cooling a space by taking the existing heat in the indoor air and transferring it outside. This process can be reversed depending on the season, making it a great option for both heating and cooling when used with an appropriate climate control system. Heat pumps have become increasingly popular due to their efficient use of energy, allowing them to save users money without sacrificing comfort.
SEER stands for Seasonal Energy Efficiency Ratio and is a metric used to measure the cooling efficiency of air conditioners and heat pumps. This means that a higher SEER rating is indicative of a system that will help save energy when cooling, leading to lower monthly power bills. When selecting an air conditioning system or heat pump, checking the SEER rating should be at the top of your priority list to ensure your unit is running efficiently and helping you conserve energy while keeping your home comfortable.
The answer is “yes.” There really isn’t much difference between heat pumps and air conditioners when it comes to cooling power. Both heat pumps and air conditioners use refrigerant to transfer the heat from inside your home into the outdoors, which helps keep your home at a comfortable temperature during warm weather months. A heat pump and an air conditioning unit with equal SEER ratings will be equally as energy efficient as one another in cooling mode.
The big efficiency differences are between heat pumps and other types of heating systems. Heat pumps are significantly more efficient than traditional heating systems, such as furnaces, boilers, and electric baseboard heaters. While traditional systems need to create heat by burning fuel, heat pumps simply move or “pump” heat from one place to another. This makes them up to 400% more efficient, totaling in enormous energy bill savings.
Heat pumps also don’t emit the same hazardous gases that come from the combustion of fuel that a furnace creates, making them a much safer and eco-friendly option. All of these factors combined make heat pumps an incredibly advantageous heating solution when compared to traditional methods.
Overall, if you are looking for an efficient way to cool your home without breaking the bank on monthly energy bills, then investing in a heat pump might just be the way to go! Heat pumps provide not only excellent cooling power but also boast impressive efficiency ratings which can save you money over time. If you live in Crofton, Maryland and would like more information about installing a heat pump in your home, then contact Grove Heating & Cooling today! We can provide all of the information you need about choosing and installing an energy-efficient cooling system that fits your needs and budget best.
The heating and cooling world is filled with different types of ratings and their corresponding acronyms. We’ve got SEER for air conditioners, AFUE for furnaces, HSPF for heat pump heating, and more! When it comes to HVAC filter ratings, it’s all about MERV – which stands for minimum efficiency reporting value. Read on to find out what MERV means and how to find the right air filter rating for use with your heating and air conditioner system.
The ratings you see on HVAC equipment such as furnaces and air conditioners reflect the unit’s energy efficiency in various ways. HVAC filter ratings are often said to measure efficiency as well, but in reality, they measure the filter’s effectiveness when it comes to removing debris and contaminants from the air that circulates through it. MERV ratings tell consumers how well (or how poorly) the filter performs and how effective the filter is at removing airborne particles of a certain size.
MERV was created in 1987 by the American Society of Heating, Refrigerating and Air-Conditioning Engineers (ASHRAE) and has since been used to show HVAC filter ratings. Air filters are tested by taking particle counts from the air volume using standard dust patterns over a set number of cycles. The MERV rating assigned to a filter reflects its arrestance, or ability to filter out synthetic dust; dust spot efficiency, which is the ability to remove atmospheric dust; and particle size ranges.
The MERV rating scale runs from one to 20. One represents the lowest efficiency performance, while 20 represents the highest efficiency performance. The higher the MERV rating, the more effective the filter. As MERV increases, so does a filter’s ability to capture small particles and more of them. Basic MERV charts show average particle sizes and their efficiencies for ranges of ratings, while expanded charts will show more details such as each rating’s efficiency at capturing various-sized particles.
In general, MERV measures for HVAC filter ratings are grouped as follows:
Air filters are an important part of any home’s heating, ventilation and air conditioning system, as they help to remove contaminants from the air, improving indoor air quality. There are many different types of air filters available on the market, and each has its own benefits and drawbacks. Common filter types include:
These disposable filters are made from layers of fiberglass material with a metal grate to reinforce the fiberglass batting. They are designed to trap particles in the air before they can enter your HVAC system. As they have a low MERV rating, typically between MERV 1 to 4, they will not remove all contaminants from the air. They provide minimal contaminant protection for your HVAC system and do little to benefit air quality indoors. As a result, they may not be the best choice for homes with poor indoor air quality.
Reusable electrostatic air filters are made up of a series of flat metal plates that are charged with static electricity. As air passes through the filter, the charged particles are attracted to the plates and trapped on the surface to capture contaminants including dust, bacteria and pollen.
The filter is reusable and must be cleaned about every month. Some reusable electrostatic air filters can last for years with proper care. A typical electrostatic filter has HVAC filter ratings from MERV 1 to 4, so they aren’t highly effective for contaminant removal or indoor air quality improvements. However, there are some models available with HVAC filter ratings up to about MERV 8.
Pleated filters are a type of air filter that is made from pliable cotton, polyester or paper. The material is accordion-folded, which increases its surface area and improves its filtration efficiency. These filters typically have a MERV rating of between 5 and 13, but there are also high-efficiency MERV 14 to 16 options. One downside to pleated media filters is that they are disposable; once they become full of debris, you must replace them.
Pleated reusable filters are a type of air filter that is designed to be used multiple times. They are made of woven polypropylene material and typically have a pleated surface area, which in turn improves their efficiency at capturing contaminants. Their HVAC filter ratings are commonly between MERV 5 to 13.
Additionally, pleated reusable filters can be combined with an electrostatic charge, which helps to further improve their performance. While they tend to be more expensive than other types of reusable air filters, their improved performance is typically worth the extra cost. These filters do need to be washed regularly, about every 30 to 90 days.
HEPA filters are made of a matted material that consists of glass or synthetic fibers. The fibers are arranged in a way that creates tiny pores that allow air to pass through, but they are small enough to trap dangerous particles, such as pollen, dust mites and pet dander. HEPA filters typically have HVAC filter ratings of MERV 17 to 20, which means that they are able to remove 99.97% of all particles that are 0.3 microns in size or larger from the air.
Typically, a pleated media filter with a MERV 8 to 13 rating is a good choice for home HVAC systems when it comes to HVAC air filter ratings. With these filters, you gain better filtration for improved air quality, and they last longer than lower-rated filters. Your furnace or air handler owner’s manual should state the maximum HVAC filter ratings for use with your equipment.
When selecting a furnace filter for use with your home’s HVAC system, the MERV rating must be considered. While you want to find a filter that offers effective contaminant removal that is capable of controlling common contaminants in your home, you must be aware of the limitations of your HVAC system’s equipment. It’s easy to conclude that everyone should use MERV 20 furnace filters at home because they are the best, but actually doing so can lead to serious problems.
The higher MERV rating a filter has, the smaller the pores are across the filter’s surface. Smaller pores give the filter the ability to capture smaller particles, but in turn, the filter’s makeup also creates airflow resistance. This means it is harder for air to circulate through the filter and into the HVAC unit.
Hindering airflow in the pursuit of superior air filtration is not wise. When heating and cooling equipment doesn’t receive adequate airflow, units can overheat, components can sustain damage and the systems can experience difficulties keeping your home at a comfortable temperature. Thus, the HVAC filters with higher MERV filter ratings aren’t necessarily the best choice for your home or HVAC system.
If you have questions about HVAC filter ratings or selecting the right HVAC filter for your heating and cooling system, we’re here to help. Contact us today to discover the best filter for use in your Maryland home to improve your indoor air quality.
Have you ever noticed water around your boiler heating system and asked, “Why is my boiler leaking?” In this blog post, Grove Heating & Cooling will walk you through the common causes of boiler leaks. Before you call us for boiler repair services, our team shares what to try yourself to fix the problem.
Boilers can leak for many reasons, but these causes tend to be the most common ones we see.
If you’ve noticed water around your boiler, it’s most likely coming from the pressure outlet pipe. This component is designed with no sealed fittings so the boiler can release extra pressure, which can produce some water outside of the system. All boilers have this component.
If you’re seeing a small amount of water dripping from the pressure outlet pipe, there’s no need to worry as this is normal. However, if you’re finding lots of water around the boiler, it may mean the pressure is too high inside the boiler. You can check the boiler’s pressure gauge to see if the needle is pointing to red or green. If the gauge is in the red, you need to bleed your boiler to lower the pressure.
As boilers are in use, their metal constantly is expanding and contracting as it goes from hot to cold. The perpetual expanding and contracting can cause the boiler’s fittings to loosen and leak. Another possible cause of loose joints in boilers is that the boiler is brand new. When a boiler is brand new, its fittings may be a little loose.
Loose fittings may be the reason behind a leaking boiler. If you think this might be the case with your boiler, the best course of action is to fix the problem as soon as possible. Start by examining all fittings. Dry everything off and then wait to see where water reappears. If your boiler pipes appear to be leaking, use a wrench to tighten fittings just a quarter turn and see if this solves the issue of your leak.
If the boiler leak persists, have your technician examine all joints and fittings to ensure they are snug. Taking care of this problem now will help to prevent more serious issues down the road.
As your boiler ages, it’s common for the rubber seals installed throughout the boiler to harden and eventually break. Corrosion within the system can also cause these seals to wear out over time. Bad seals can cause your boiler to leak water, which not only wastes energy but can also lead to serious damage to your home.
If you have a leaky boiler, it’s important to call a professional to have the seals replaced. This is a fairly common reason for boiler leaks. In some cases, damaged seals can also be a sign that a newly installed boiler is operating at high-pressure levels. This problem can be easily fixed by a professional, so it’s important to get it checked out as soon as possible.
There are a number of reasons a boiler might spring a leak, but when you notice water around your unit, there are some things you can do to troubleshoot the issue yourself. If you cannot identify the reason behind why your boiler is leaking or suspect it’s due to an issue that requires professional attention, contact Grove Heating & Cooling to schedule an appointment for boiler repairs today.
As the summer season comes to a close, many homeowners are starting to think about getting their heat pumps ready for the coming colder weather. You may be wondering, “Do I need fall service on my heat pump?” Grove Heating & Cooling explains whether or not you need a fall tune up for your heat pump, as well as why heat pump service matters.
If you’re familiar with furnaces and air conditioners, you know they each require professional maintenance servicing once per year. Typically, the air conditioner is serviced in the spring, and the furnace receives service in the fall. Alternatively, heat pumps receive service twice per year.
This is because heat pumps do the job of both a heating system and an air conditioner – one system provides both heating and cooling for a home. Because these HVAC systems perform both functions, they need two tune ups each year, whereas furnaces and air conditioners only require one annual tune up each.
Once the weather gets colder, you’ll be relying on your heat pump to keep your home warm and comfortable. That’s why it’s important to have your heat pump serviced in the fall, before the really cold weather sets in.
While most people think of winter as the time to have their furnace or heat pump serviced, fall is actually the best time to have your heat pump checked by a professional. By having your system serviced in the fall, you can avoid many problems that might arise during the winter months.
As the temperature starts to change, it’s important to make sure your heat pump is ready for the new season. Just like any other piece of HVAC equipment, heat pumps need to be properly maintained in order to function properly. When you tune up your heat pump in the spring and fall, you’re helping to ensure that it will continue to operate efficiently and effectively.
When the temperature outside begins to cool, your heat pump has to work hard, providing heating to maintain the desired temperature inside your home. This can put a strain on the system, and if there are any issues with the heat pump going into the heating season, they will likely be magnified if you continue to use the heat pump without proper care.
During a heat pump tune up, a technician will clean the unit, inspect the components and controls, and identify any necessary repairs so they can be taken care of right away. This bi-annual servicing not only helps to prolong the life of your heat pump, but it can also save you money by ensuring that it’s running as efficiently as possible. Many repairs can be avoided during the cold season, and your home will stay more comfortable throughout the winter.
Don’t skip this important maintenance service in the fall, as heat pumps require bi-annual tune ups for best performance and longevity. Get your heat pump ready for winter, and call Grove Heating & Cooling today to schedule heat pump maintenance. Grove can handle all of your indoor air quality and HVAC system needs.
Most homeowners aren’t giving too much thought to their furnaces and heating equipment this time of year. Even though the temperatures are hot right now, before too long it will be time to turn on the heat indoors – is your furnace going to be ready? Signing up with an HVAC maintenance plan is one way to ensure it is! Grove Heating & Cooling explains what these plans include and the benefits of signing up.
When you join an HVAC maintenance plan from Grove Heating & Cooling, your membership covers your heating and cooling system routine maintenance needs throughout the year. Depending on the plan you choose, you can receive:
Soon, the weather will start to get colder and you’ll need your furnace to be up and running to keep your home warm. To make sure everything is working properly, it’s a good idea to have your furnace tuned up before winter starts. This way, you can avoid any unexpected issues or repairs that might come up.
While it may be warm now, it’s the perfect time to sign up for an HVAC maintenance program. Sign up in the summer and your coverage will already be in place to ready your heating equipment once it’s closer to winter.
What if there was a way that you could extend the life of your HVAC system, minimize the number of repair service calls you have to make, protect your comfort when temperatures drop, and possibly even save some money on your energy bills? An HVAC maintenance plan can make these benefits possible!
Making sure your HVAC system is regularly serviced and maintained can save you a lot of money and headache down the line. By signing up for a service contract, you can rest assured knowing that your AC will be in good hands. Regular tune ups help to keep your air conditioning and heating systems running smoothly.
Regular HVAC maintenance is also great for catching any small problems with your equipment before they have a chance to turn into big (and expensive) ones. Repairs can be made while the problem is minor so they don’t pose a risk to your furnace or cooling unit once you start to use it. With this care, your heating and cooling systems are less likely to break down or suffer performance problems while in use, so you don’t lose time without the essential heating and cooling you need.
Why take the chance of your HVAC system breaking down when you need it most? Investing in a service contract makes good sense for peace of mind and budget purposes.
Additionally, the regular maintenance provided by an HVAC maintenance plan can improve your system’s energy efficiency. When your furnace or air conditioner runs at peak efficiency levels, it’s running reliably so that your home stays comfortable no matter the temperatures outside. While you enjoy the stress-free comfort your HVAC system provides, you’ll also save money on utility bills as your furnace or air conditioner won’t require as much electricity or natural gas to keep your home at the ideal temperature.
An HVAC maintenance plan is a perfect tool to preserve functionality, boost energy efficiency, and protect your furnace throughout this year’s heating season. Grove Heating & Cooling offers a number of different options to meet your needs and fully care for your home’s comfort systems. Contact us to join an HVAC maintenance plan today!
2142 Priest Bridge Ct. Suite 6, Crofton, MD 21114
