5 Steps to Choose a Central Air Conditioner For Your Home

How to Choose A Central AC

Purchasing a new central air conditioner is one of the most daunting tasks a homeowner might engage, especially if you're a novice in dealing with HVAC equipment.

Make the right choice, and you'll enjoy a comfortable home, a reliable home conditioning system that does not break down every so often, and potentially lower energy bills. On the other end of the spectrum, when you make a wrong choice, you can expect high energy bills, high installation and maintenance fees, costly untimely repairs, and worse still, an HVAC system that is ineffective and inefficient in cooling your home.

Do you want to learn to find the perfect option? Here are our four steps that can simplify your HVAC buying endeavour and significantly help you make the right choice for your home and current (and future) needs.

Related: What does MERV Rating mean?

Step 1: Learn About The Basics of A Central Air Conditioner

First, you should learn about the basics of AC installation to ensure a central AC will suit your needs.

A central AC system requires your home to have an air handler or a furnace. Additionally, it needs properly-sized ductwork to distribute the conditioned air. Installing a central AC in a house with pre-existing ductwork will cost anywhere from $3,500 to $6,000, depending on the unit's efficiency, size, and AC type you purchase. Your personal preference will also influence the cost of the AC.

However, if your home does not have pre-existing AC ductwork, the project will cost a lot more.

Let's delve into the steps you should take when choosing a central AC.

Step 2: What Size Air Conditioner Do You Require?

The question of sizing is a crucial question you should answer before everything else. Numerous considerations that influence your energy bills and comfort can help you determine the AC unit that will perfectly suit your home. The most prominent concern is how big your home is.

However, it would help if you considered influencing elements such as:

- How old your house is

- Ductwork size and airflow

- Construction materials in your home

- Insulation amount, efficiency, age, and type

- How many windows do you have and their sizes

- How much solar radiation does your house receive, and where the radiation strikes

With myriad considerations in mind, even homes with identical floor plans and building materials will have different cooling needs. If trees surround your property, they provide a natural shade, which a property devoid of trees does not experience. A house surrounded by trees is naturally cooler, while a house without trees is naturally warmer.

Such simple factors go a long way in determining your AC's effectiveness and, ultimately, the most suitable size for your home.

We express the power of AC in tons, which describes the AC's cooling capacity. To determine a rough estimate of the AC size you need, you should compare the AC cooling capacity with your home's square footage.

A 1-ton AC system can provide ample cooling for 600 to 800 square feet. However, the vast majority of the lower tonnage ACs start at 1.5 tons, increasing in tonnage from there. The average size of single-family homes in Alberta is about 1,520 square feet. For such a house, you need a 2-ton AC.

What Are The Consequences Of Buying And Installing the Wrong AC Unit Size?

Your choice of AC size will impact its price, energy efficiency, energy expenses, comfort, and the equipment's life.

Installing an undersized unit will not keep up with the humidity and heat. On the other hand, an oversized unit will quickly cool your home and not provide ample time to dehumidify your home. Furthermore, under-sizing and oversizing your AC unit will cause uneven air distribution, higher maintenance and repair costs, and higher energy usage.

Step 3: Which Type Of Central AC Will Suit You Best

The second step is to choose a central AC type. In Canada, there are three common types of central ACs on the market. Their differentiating qualities are their energy efficiencies and price points.

Single-Stage Condensers

These types of ACs operate at full capacity, or they're off. A single-stage AC can be a significant entry-point AC. However, if you want better efficiency, this unit will not meet your needs.

Dual-Stage Condensers

The dual-stage unit, as the name suggests, operates in two modes. They can run at a lower or higher rate depending on the prevailing weather. The use of two settings helps you run a more efficient central AC compared to the single-stage type. However, they are much cheaper than the variable speed type.

When switching to a dual-stage condenser, ensure your HVAC technician installs a unit compatible with the air handler or indoor furnace, thermostat, and evaporator coil.

Variable Speed Condensers

Variable speed ACs are designed for longer runs rather than turning on and off as the conditions change. As such, they can run all day while offering better energy efficiency than the two AC types above of ACs. However, variable speed ACs are the priciest.

To install the variable speed AC, you must have a matched system. A matched system is an AC unit where the condenser, air handler or furnace, thermostat, and evaporator coil are designed and made to function together.

Step 4: Match Energy Efficiency Rating To Your Needs

Generally, the more an AC unit is energy-efficient, the more you will pay upfront. On the other hand, the more energy-efficient an AC is, the more it will reduce your monthly energy bills. Increased efficiency also translates to a reduced carbon footprint.

As you can appreciate, energy efficiency will also influence the budget. As such, you should understand how to measure energy efficiency and balance it with budgetary needs.

How Do We Measure The Energy Efficiency Of ACs?

We use the Seasonal Energy Efficiency Ratio (SEER) to determine the energy efficiency of an air conditioner. The SEER uses several seasonal temperatures to determine how efficient your AC is, much like how we measure kilometre-per-litre in vehicles.

However, some ACs use the Energy Efficiency Ratio (EER). The EER measurement is similar to the SEER, except it uses the steady outdoor temperature when calculating the AC efficiency.

An AC with high EER and SEER ratings is more energy-efficient, which means your home will be more comfortable.

Popular ACs in Alberta range between 13 and 16 SEER. You can choose an energy efficiency level that suits your needs and personal circumstances.

Step 5: Select A Provider

Having understood considerations such as AC sizes, types, and energy efficiency, it's time to choose your provider.

An AC technician should be knowledgeable and experienced in handling HVAC systems. Importantly, they should be able to walk you through the steps we've discussed above.

Before signing on the dotted line, we recommend that you learn more about the company, their installation services, payment options, services cost, and the warranties they offer.

Additionally, your installer must have the following licenses:

- Gas license

- ESA permits

- Ozone Depletion Prevention (ODP) license

- A 313a refrigeration or 313d residential air conditioning license

Choose The Best Central Air Conditioner - Conclusion

If you're looking for experienced AC technicians in Alberta, our licensed HVAC experts are ready to help you find the right cooling system that will suit your budget. Contact us today for your free in-house consultation and estimate.

https://furnace-repair-calgary.ca/how-to-choose-a-central-air-conditioner-for-your-home/

How To Troubleshoot AC Issues: Tips and Tricks

How to Troubleshoot Your Air Conditioner

Today, almost every household depends on the AC system to keep their home cool and comfortable through the hot summer season. The AC, like everything else, is prone to problems and can break down when least expected. So, a little knowledge of how to troubleshoot AC issues is essential.

A minor issue with the AC, say fans not turning on or a water leak, can be a cause for concern, a reason it should be diagnosed and fixed immediately to prevent a breakdown.

Although experts recommend having your AC unit serviced at least once every year (just before summer) to keep it functioning correctly, there are times when issues will pop up nonetheless. Your AC might have been working correctly one moment, then suddenly start malfunctioning the next.

What you do next can be the difference between the AC breaking down and saving it. Has your AC system been misbehaving lately but can't put the finger on the central problem? Here are a few tips on troubleshooting and fixing the issue quickly.

Check the Thermostat

A malfunctioning or inaccurate setting on the thermostat can be the reason the AC system isn't cooling your home as it should. For this reason, the first step should be to check the thermostat before proceeding to the AC unit itself. Checking the thermostat is especially crucial for AC systems with smart thermostats, as these tend to fail at times.

The unit won't start altogether if the thermostat fails to auto-start the AC. Check to confirm if the thermostat is working, and if possible, reboot it. You might also want to replace the thermostat's batteries (if you haven't done so in a long time).

Check The Circuit Breakers

If the AC still can't turn ON, the chances are the circuit breaker tripped. A tripped circuit breaker can happen if there's an unexpected load or power surge in your area, causing the breaker to trip. Try resetting the breaker to see if it solves the problem. Should the breaker continue tripping, there's a problem with the electrical system or circuitry and a reason to involve or call a certified electrician.

Check the Air Filter

If the AC turns on but cannot cool the house adequately, you should check for a clogged air filter or a frozen unit. A blocked air filter makes it almost impossible for cool air to pass through, resulting in higher-than-normal energy bills. If you can't remember the last time you had the filters checked or replaced, it's time to do so. Check the filters to confirm their state, and switch to clean or new ones if they seem opaque and dirty.

Inspect the Outdoor Unit

Most AC systems have outdoor and indoor units. If unchecked for some time, dirt, grime, or even leaves will cover the unit. Take a trip outside to see if this is the case. If dirt or leaves cover the AC system, it needs proper cleaning. While you might be comfortable cleaning the unit yourself, it's probably best to call an expert. HVAC technicians have the technical know-how and materials/equipment required for the job and are less likely to damage the system.

Inspect The Air Vents

Blocked air vents can cause the AC unit to start malfunctioning, leak, freeze, or even shut down unexpectedly. Dust and grime can collect in these vents producing a thick 'mattress' that blocks are from circulating correctly. Check every room and outlet to see if the ducts are open and note any blocked ones. Sometimes all it takes to unblock air vents are to vacuum them or use pressurized air.

Be sure to move any objects that might be blocking the air vents, such as pet beds, curtains, clothing, or even furniture. Although you might not notice at first, blocked air vents can cause uneven cooling and even strain the AC in the long run. Blocked air will be most notable with increasing energy bills.

How To Troubleshoot AC Issues - Call the Experts

If you've followed every step on this list but the AC unit still won't work, it's time to call the pros. Call your preferred AC technicians for professional troubleshooting and have any problems fixed. Although the technician might be able to get it working again, they will advise you accordingly on how to care for the same and start saving for a new one.

https://furnace-repair-calgary.ca/how-to-troubleshoot-ac-issues/

Ways to Protect Your Central Air Conditioning System in the Winter

Your home's central AC system is finally getting some much-needed rest this fall, but don't let your guard down. Winter is fast approaching, and you'll need to put your system in preventative care mode before the first blizzard hits. You should know some innovative ways to protect your central air conditioning system in the winter.

While your AC unit may not be in use, this doesn't mean you can forget about it. You should take preventative measures to ensure that your AC unit will stay in tip-top shape, ready to give you a cool breeze once summer arrives once more. This post will outline some clever ways to protect your central AC system in the winter.

Central AC Units Are Tougher Than You Think

Manufacturers construct central AC units to last the harshest weather conditions. Some people may even enjoy their AC units without taking any preventative measures. However, some environmental factors such as debris, water, moisture build-up, and even ice can cause damage to your AC unit that may cost you more than just a few bucks. With that, it still pays to understand what you need to do to protect your central AC unit.

Even if the winter weather isn't particularly harsh where you live, it's still important to safeguard against any risks such as heavy snow accumulations or freezing temperatures. These precautions will protect your central air conditioning system from getting damaged when it's not in use and can help extend its life.

The first and the most important thing you have to do is turn off your unit during the winter months. Not only will this help save you some money on your energy bill, but it also prevents you from accidentally turning it on during the winter. Doing so may result in costly damages, especially when your unit starts to cycle water, which may eventually turn into ice.

Clean Up Debris

As mentioned earlier, the cold environment won't cause any damage to your central air conditioning system. However, outdoor debris can still be a significant nuisance and may cause your AC unit to work harder than it needs to. Leaves, twigs, dirt, and other kinds of debris can easily get caught in the condenser coil and prevent your system from cooling properly.

Before you put your AC unit in hibernate mode and before covering it up, make sure to clean up the debris around it. Cleaning will ensure that your system can breathe easily and won't have any trouble starting back up in the spring. Additionally, choose a tarp or an AC cover at least 1 foot above the ground. This way, moisture won't build up, and wild animals can't use it as temporary shelter.

Protect It from Water Damage

Water is a significant threat to your central air conditioner system. Water may seep into the condenser coil and damage it, or even worse, it can accumulate inside the unit's housing and cause irreversible problems. For example, standing water and ice accumulations can prevent your AC unit from turning on once spring finally arrives.

Be mindful of where you place your AC unit and ensure that it's away from water drainage areas such as gutters, downspouts, and any other sources of possible water damage. If you can't find a suitable location for your central air conditioning system, make sure to place some protection around the entire unit to prevent any water accumulation.

Continually Test Your System

Once you've covered your central air conditioning system and turned it off, make sure to check for any leaks or hazards periodically throughout the winter. There's no guarantee that water won't seep into your system in some fashion, especially when ice begins to melt.

To protect your cooling system against leakage (if it does happen), place several pans of water around the housing unit. If any moisture starts to appear, you'll know that there's a problem and can get it taken care of before the damage gets more severe.

Never Blow Out the Coils

You've probably seen this method used by your neighbours or friends to get rid of the ice, dirt, or other debris on their AC unit. While it may seem like a plausible solution, you should never blow out the coils on your central AC system.

Doing so can damage the fins and cause them to bend, which will eventually affect the performance of your unit. Instead, check your AC system every once in a while to ensure clean and free from any debris.

Cover Your AC Unit

As mentioned earlier, you should take proper care of your AC unit, especially when it's not in use for the next few months. One way to do so is by covering your central air conditioning system.

While tarp covers are typical, you can also try using an insulated cover. It will prevent snow and ice from accumulating on the condenser and the evaporator during harsh winter weather.

Regardless of what type of cover you use, make sure that it's completely secure and will not fall off in the middle of a snowstorm.

Chill Your Air Ducts

When you turn your AC unit off during the winter months, make sure to take the same precautions with your air ducts. You should also ensure that all cooling coils are completely dry before covering them up for the season.

While these precautions may seem like an inconvenience, it's best to maintain clean and clear systems to prevent major problems such as expensive unit repairs and AC system malfunctions during the cold weather.

When there is less humidity in your home, you can turn on your central AC unit for a few hours every week to keep it from collecting dust and dirt. It will also help avoid internal rusting and protect your AC components from corrosion during the winter months.

Should you need any help protecting your central air conditioning system this winter, don't hesitate to contact an experienced and qualified HVAC technician.

Protect Your Central Air Conditioning System in the Winter - Conclusion

It's no secret that the winter months can take a toll on your central air conditioning system. Protecting your unit against hazards such as ice, snow, and extreme temperatures is quite challenging since several factors are considered. However, with these simple tips, you should keep your central cooling system in top shape even during the harsh winter weather.

https://furnace-repair-calgary.ca/ways-to-protect-your-central-air-conditioning-system-in-the-winter/

Most Energy Efficient Water Heater

What Are Water Heaters?

While it is not something most of us will think about every day, it is crucial and something most of us can't live without. We are talking about access to hot water directly from the taps. So, what is the most energy efficient water heater you should get?

If you have a water heater that is more than ten years old, there is a good chance that you need replacements. To make the best selection for your needs, you will need to consider the size of the water heater and the type of fuel it uses. In this article, we will discuss the efficiency of water heaters and what this means to a consumer like you.

The first thing we will have to do is cover some of the basics of water heaters, which will allow you to make the best decision for your needs.

Related: The hidden costs of hard water in Calgary

Water Heaters: What is the Efficiency Rating? 

When you examine possible water heaters options for your home, you will see a sticker or label on the side that says "Energy Guide." This sticker will give you the average annual costs for operating this unit compared to other options on the market.

If you are shopping for a new water heater online, you may find several options and make comparisons easily. Your research will give you a clearer idea of what type of water heater you will need for your home. If you find a water heater at the lower side of the scale, you may want to consider choosing a more energy-efficient option. Although it will be more expensive up front, it will get back your investment over time with lower energy bills.

Most Energy Efficient Water Heater: Old vs. New

A traditional water heater manufactured over 15 years ago will not use the same energy-efficient technology found in newer versions. A tank-style water heater will have a service life of between 10 and 15 years. You can expect that the unit's efficiency will drop over this time. As the water heater's efficiency lowers, your heating costs will rise. It would just be cheaper to buy a new water heater at some point.

One of the things that can significantly deteriorate the efficacy of your water heater is the presence of sediment building up in your water heater. Hard water is highly mineralized water. It can contain large quantities of calcium, iron, magnesium and other minerals. This sediment tends to collect at the bottom of your tank and can eventually reduce the efficiency of your water heater over time. In the same way, the deposit in your water heater can become lodged in your water heater's mechanics, which will reduce functionality as well.

You may also be facing efficiency problems because the tank water heater is not providing enough water for the entire family. For example, a 40-gallon tank is not ideal for a family of six people, and the inefficiency reflects in the energy bill. If your tank is not big enough to support the needs of the people it serves, it is cost-effective to change it out for a new option.

Environmental Impact of Water Heaters 

The modern consumer is constantly concerned about the environment and consumer spending on the ecosystem. There are two important considerations here — greenhouse emissions and industrial waste.

The first thing to consider is that the traditional type of water heater will not last as long as a modern option. Most system will end up in the landfill within about a decade or maybe two. You can avoid increasing the waste that ends up in the landfill by opting for a modern variety that will last longer and be more efficient.

But then there are the CO2 emissions to consider. As you may imagine, the solar-powered type of water heater will produce the least amount of greenhouse gasses. But, these types of water heaters will often need an electrical backup. It is necessary for those cold and rainy days when you need a hot shower. However, there's not enough solar energy to heat the water well.

For the average homeowner, the best support for a solar water heater is the tankless water heater (gas or electric) that can provide heated water at the point of access.

Gas Water Heater vs. Electric Water Heater 

When choosing between these different types of water heaters, the first consideration is the source of fuel you will need. Most water heaters operating in residential locations use natural gas, propane gas or electricity, provided in cost, not efficiency.

Natural gas is the cheapest option, followed by propane and finally electricity. The design of a gas heater in conjunction with the laws of thermodynamics makes the average gas water heater a much cheaper option than the electric option.

Here is what you should consider:

• The average electric water heater consumes about $500 a year heating water for an average-sized home
• A gas water heater spends about $250 a year heating water for the same
• home.

So, if there is a critical takeaway from all of this, a gas water heater will be much more efficient than an electric option. If you already have a gas water heater system, you should probably stick to that. But there are some other options that you can consider, and we will get into that a little further in the reading.

Three Main Types of Water Heaters 

For simplification, there are three categories of water heaters that you should consider.

Standard Gas Tank

Most modern water heaters have an Efficiency Factor of .58 to .60. This tank uses roughly 58% to 60% of the energy to heat the water. Some manufacturers will reach an EF of about .62, which can save you about $8 in a year.

Energy Star Gas Tank

Energy star water heaters have an EF of .67, and you can find other manufacturers that offer as high as .70EF. As you may imagine, these energy-star-rated water heaters consist of special insulation, pilot lights, electrical igniters and damper control. The higher efficiency ratings will work to reduce your energy expenses and result in savings of between $25 and $30 each year.

Tankless

It is also called "on-demand" water heaters, these options have perfected the art of gas heating. While these have been on the markets in Asia and Europe for many years, they are relatively new in the United States. These impressive water heaters have unique advantages, including space-saving, energy efficiency, and longer life spans — the tankless water heater will last almost twice as long as a regular tank water heater.

Assuming your hot water consumption will continue as it is now, you have three options to consider:

Non-condensing tankless

The first generation uses a heat exchanger to heat water on demand. Most of these will achieve an EF of 82 – 85 or an average annual saving of between $75 and $80. Some downsides include a hot exhaust and lower efficiency in shorter water usage, like washing hands.

Condensing tankless

The second-generation water heater uses a second heat exchanger to take heat from the exhaust and heat the water. The additional heat exchanger results in a higher EF of 92 – 94, eventually resulting in annual savings of between $90 and $100. The benefit is that the exhaust is much cooler than with first-generation options. The biggest downside is a higher initial cost and lower efficiency.

Condensing hybrid tankless

The third-generation water heater is commonly dubbed tankless, but it contains a small 2-gallon water tank. This tank makes short draws more efficient by maintaining a small amount of heated water ready at all times. These impressive models can reach an EF of 92% to 96%, resulting in energy savings as high as $120 — the best option in the business.

The biggest problem you will face with a new tankless water heater is retrofitting, but this procedure's costs can be recouped within ten years while enjoying the reduced energy costs. The amount of space we save with a tankless water heater is another excellent benefit.

Energy Efficient Water Heater - Conclusion 

Understanding how energy efficiency works with water heaters is an essential first step in getting the best option for your home. It also tells you how much fuel your water heater will need to operate effectively.

Heating water with power from the mains involves a three-step process.

1. Generating electricity using fuel, typically coal or oil.
2. Sending that electricity by power lines to our homes.
3. Using electricity allows an element to heat our water—however, energy wastes at each process.

Using natural gas is a more straightforward process. The gas company delivers the fuel to your home so that the water heater can heat the water. From an environmental standpoint, cleaner-burning natural gas is not only better for the planet, but we also waste less energy in the delivery process.

https://furnace-repair-calgary.ca/most-energy-efficient-water-heater/

Selecting the Right Boiler for Your Home

How to Choose The Right Boiler

It's vital to ensure that you can depend on your boiler throughout the winter. If you're thinking about selecting the right boiler for your home, there are many factors you'll want to consider. You need to consider things such as the venting, efficiency, and size requirements of your current boiler.

As temperatures drop, a reliable heating system becomes essential. If any parts of your current system are starting to show their age or have had issues, replace those components. You should pay particularly close attention to your home's boiler.

What Is A Boiler?

Boilers are a heating source in most steam and water-based systems. By utilizing fuel sources like propane, oil, natural gas, wood, and electricity, boilers produce steam or hot water that provides homes with heat. The boiler distributes the heat through various sources, including radiant floors, baseboard convectors, fan-forced coils, and radiators.

If you're in the market for a new boiler, you'll find a wide array of options to choose from. You can consider high-efficiency boilers that can reduce heating costs. Although a new boiler can be a significant investment, it could pay for itself as time goes on, especially if your current boiler is over a decade old.

Many old models are more significant than they need to be and cannot heat homes efficiently. An extensive heating system leads to higher energy costs and more maintenance. If you're not sure that your boiler is the appropriate size for your household, you'll want to calculate the heat loss in your home. The heat loss will help you determine if it's time to invest in a new boiler.

Calculating Capacity 

We measure boiler capacity by British Thermal Units (BTUs). BTUs represent how much energy it takes to raise the temperature of a pound of water by a single degree Fahrenheit. The BTU requirements of structures can vary based on many factors. It includes how well the property is insulated, the climate in the area, and how many doors and windows the property has.

Generally speaking, properties in hotter climates require a BTU of approximately 20 BTU per square foot. In a moderate climate, you'll need a BTU of 35, while a BTU of 50 will be necessary for cold areas. If your home is 2,000 square feet and you have cold winters (such as Calgary, AB), you should look for a boiler capable of producing 100,000 BTUs or more.

Evaluating Efficiency 

One of the most important factors to consider when selecting a new boiler is the model's annual fuel utilization efficiency (AFUE) rating. AFUE describes how proficient the boiler is at transforming the fuel source into energy for generating heat. While it makes sense to look for a boiler with a high-efficiency rating, there are other factors you'll have to take into consideration as well. You'll want to consider the operating conditions the unit requires.

A boiler with an AFUE rating above 84% is considered a high-efficiency unit. The U.S. Environmentally Protection Agency has stringent guidelines that appliances must meet to receive Energy Star certifications. You may want to look for a unit with this certification. The majority of gas furnaces on the market day have AFUE ratings that fall between 89 and 98 percent. You can expect ratings anywhere from 80 to 90 percent for oil furnaces.

Some units can improve their efficiency with features, such as outdoor reset modulation. This feature adjusts based on the temperature outside. Since they don't create any waste gas, it's not unusual for electric boilers to come close to 100 percent efficiency. They can be a solid choice if you live in an area with reasonable electricity rates.

Finding the Right Venting System 

When selecting a boiler, it's also essential to ensure that the venting system of the unit is compatible with your house. Direct and power-vent boilers send exhaust out through a vent in the home's roof or sidewall using fans. Power-vent boilers require air from the interior of your home. It means that a technician must install them in open spaces.

A boiler that's chimney-vented will naturally send exhaust through the home's chimney. Condensing units produce condensation with a high acidity, which means they have specialized requirements for venting.

Selecting the Right Boiler - Conclusion

Although a new boiler can be a significant investment, it could pay for itself as time goes on, especially if your current boiler is over a decade old. If you're not sure that your boiler is capable of keeping up, then it may be time to find a new one.

You'll want to calculate the heat loss in your home and determine if it's time to invest in a new boiler. Generally speaking, you should look for a unit with an AFUE rating of at least 84 percent. Finally, you'll also want to verify that your venting system is compatible with the boiler you're considering purchasing.

https://furnace-repair-calgary.ca/selecting-the-right-boiler-for-your-home/

Furnace Repair Calgary Response to COVID-19

To Our Valued Customers: The coronavirus disease (COVID-19) has spread throughout the world, shutting many businesses down.  The World Health Organization (WHO) has declared it a pandemic. At Furnace Repair Calgary, the health and safety of our staff, their families and our clients is always the number one priority. We are following the guidelines set […]

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Advantages and Disadvantages of Common Heating Options for Your Home

The Canadian winter usually compels people to make important and at times really expensive decisions for their home’s comfort and safety. The sad truth is heating systems and the processes it involves can cost a small fortune. That being said, it is imperative that you take your time to understand the heating process, your home’s […]

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