Power outages caused by snow are a common issue in Illinois. Small gas generators are handy, but they usually can only power a few items at a time. Having a Whole House Generator is great for saving more than the food in your fridge. Generators can power other important appliances like sump pumps, air conditioners, furnaces, and important medical equipment. Generators aren’t just great for keeping your lights on, they can also add value to your home. If you’re considering a whole house generator before intense winter weather hits, then trust the generator experts at Edelman to help you find the best generator for your home. 

Factors to Consider When Purchasing a Whole House Generator 

A whole house generator is like any appliance, it’s a large purchase that should not be considered lightly. Many people think that the size of the generator depends on the size of the house. Not true. Instead, you should consider these other factors instead when comparing generators.

How Many Appliances It Will Be Running

Before purchasing a generator, make a list of all the appliances that need to run when the power goes out. Sump pumps, furnaces, and refrigerators require much more energy than a personal computer or a cell phone charger. Energy is measured in watts, and most manuals will tell you how much energy your appliances consume when running. Not only do you need running energy, but if your appliances have a motor you’ll also need to make sure that your generator will be able to start up your appliances. These appliances need 3 times as much running power to start up. 

Once you’ve made a list of all the necessary appliances you’ll need to keep running during a power outage, figure out how much energy you’ll need to run them all. You’ll want a generator that can power all of these things, plus a little extra to be safe. 

Type Of Fuel

When it comes to fueling your generator, you have a few options to choose from. Most generators are fueled by diesel gasoline, natural gas, or liquid propane. Diesel fuel is the most inexpensive, but it is notorious for being difficult to light in cold weather. Remember that your generator will need to be outside, and going outside to add more fuel to your generator might not be ideal in extreme weather. 

Most people who buy a whole house generator opt to tap into their local gas line and power their generator with natural gas. However, if you do not have a local gas line accessible to you, then this is not an option. 

Liquid propane is another great and reliable option to fuel your generator, especially if a natural gas line is not available to you. Liquid propane is very resistant to low temperatures, and a propane whole-house generator will activate quickly and reliably as long as your propane supplies are stored in an insulated tank.

Whole House Generator Enclosures

Since whole house generators are not portable, they are operated and stored outside. To protect your generator from debris and water, it’s best to make sure they are properly enclosed in an insulated steel or plastic composite housing. Generators, even whole-house generators are very noisy when running. If your generator is installed very close to your house, or you have very close neighbors, consider getting a specialized sound-attenuating enclosure, which will effectively muffle generator noise.

Automatic Transfer

You have two options when it comes to how to turn your generator on. You can flip a switch manually, or have your generator start automatically. The generator experts at Edelman highly recommended opting for the automatic transfers even though it’s more expensive. If you are not home when the power goes out, your generator will automatically kick on. Without it, you may come home to find you have no power and a fridge full of rotten food. 

Contact Edelman to Learn More About Whole House Generators

Need to keep the power on this winter? Our team can help you find the ideal-sized generator for your home. We install dependable Generac whole house generators to keep you and your family comfortable and safe even during the worst snowstorms this year. 

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Forced air heating systems like furnaces and heat pumps are well known and widely used in homes across the Champaign, Illinois area. Radiant floor heating systems are an efficient alternative that you may not be aware of, but may want to consider installing when it comes time to replace your old heating unit. Edelman, Inc. explains the ins and outs of this heating solution as well as the benefits these systems offer to homeowners.

What Are Radiant Floor Heating Systems and How Do They Work?

Radiant floor heating systems are a type of heating solution that heat a space using radiant heat transfer. Heat radiates from a warmed surface, reaching people and things in a space which absorb the heat to gain warmth as well as warm up the space. Forced air heating systems like furnaces create heat, which is added to the air then distributed throughout the house.

In homes, electric heating and hydronic water heating are the most commonly used options in radiant floor heating systems, though air-heated systems do exist. Depending on the radiant floor heating system being installed, electric wiring or hot water pipes are installed underneath the floor in a home. In electric systems, the wires connect to the home’s electrical system, and electricity is used to generate heat. In hydronic systems, a water heater or boiler is used to heat water, and a pump circulates heated water through the piping. 

The cables or piping are either installed within the home’s concrete foundation or encased within a layer of material atop the subfloor, known as a wet installation, or installed within the space below the flooring between the floor joints, known as a dry installation. 

Benefits of Installing Radiant Floor Heating in Your Home

Using radiant heating systems presents unique advantages that other types of heating systems do not have. When installing radiant floor heating systems, some of the top benefits you can expect include:

Better Energy Efficiency

Radiant heating systems are more efficient than other options, saving you money on heating costs. An in-floor radiant heating system is more energy efficient than using baseboard heating in the home. It is typically more efficient than using a forced air furnace or heat pump as you don’t have to worry about duct heat losses.

Consistent Comfort Levels

Since radiant flooring heating systems do not heat the air and rely on radiant heat transfer for heating, room temperatures stay more consistent from the floor to the ceiling. Heat in the air isn’t rising as it does with forced air heating, so cold spots are not as common. Plus, these systems warm up quickly to warm up a space right away.

Improved Indoor Air Quality

In homes with forced air heating, battling allergens in the air can be a constant problem, as the furnace or air handler continuously circulates these contaminants throughout the home via the air supply. Radiant heating systems don’t spread allergens throughout the home, therefore those with allergies may prefer this heating option and experience fewer symptoms when radiant floor heating is used in the home.

Versatility

Hydronic radiant floor heating systems are very versatile and can be used with a number of different energy sources and equipment. Boilers using natural gas, oil, liquid propane, or even wood-burning units can be used as a heat source, or the system can be set up using a water heater that is powered by electricity, natural gas, or even solar energy. The option to use these energy sources can help homeowners save versus electric radiant flooring when electricity prices are high.

There are also numerous flooring options that work with radiant heating. Ceramic tile conducts heat efficiently, plus provides thermal energy storage for warm floors. Vinyl, laminated wood, linoleum, and thin carpeting can also be used over top of radiant floor heating systems.

Installation of Radiant Heating Systems for Your Home

Radiant floor heating systems are an efficient heating option for many homes in the Champaign, IL area. To learn more about this heating option and to receive an estimate for installation in your home, contact Edelman, Inc. today.

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During the cold months, many homeowners throughout Champaign, IL and the surrounding areas rely on heat pumps to keep their homes comfortable and warm. Occasionally, though, your heat pump may experience a problem. One of the most common is when a heat pump runs constantly in cold weather. The pros at Edelman, Inc. explain why this happens and what you need to do to fix it.

Why Is My Heat Pump Running Constantly in Cold Weather?

When a heat pump runs constantly in cold weather, there could be a few different issues causing this problem. If your heat pump system runs constantly in cold weather, it may be entirely normal – or, it could indicate there is something wrong with your system. Troubleshooting may be able to solve the issue before calling for professional repairs.

1. It’s Extremely Cold Outside

If your heat pump runs constantly in cold weather where the outdoor air temperature is about 35 degrees or below, you don’t have anything to worry about yet. Heat pumps heat homes by extracting heat energy from the air outside and transferring it to the air inside the home. When it is extremely cold outside, there is less heat in the outdoor air. Your heat pump has to work longer to pull enough heat from the outdoor air to heat your home, and it may run nearly non-stop to do so. 

While there could be other issues making your heat pump system run continuously, the non-stop operation may just be a result of the current outdoor conditions. Once the outdoor air temperature warms up above 35 degrees or so, your heat pump should run less often – if it doesn’t, it’s time to look for other issues. Most homeowners pair a gas furnace with their heat pump so it can take over when temperatures dip below 35 degrees.

2. Heat Pump Is Clogged

For your heat pump to function properly, it needs to receive enough airflow through the system. Air must be able to flow through the outdoor unit so the condenser coil can extract heat, and air must be able to pass through the system’s filter in order for the heat pump to produce enough warm air for your home. When a heat pump is running constantly in cold weather, a clogged air filter or a clogged outdoor unit may be to blame.

• Clear the area around your outdoor unit – you want to leave at least two feet of open space surrounding your heat pump on all sides. Remove leaves, grass, weeds, and other outdoor debris stuck along the exterior of the unit. After heavy winds or snowfall, clear away snow drifts that have piled up against the heat pump.
• If your heat pump runs constantly in cold temperatures, one of the easiest things to check is your air filter. Remove the existing filter, and examine it to see if you’re due for a replacement. If the filter is completely covered in matter, replace it with a new filter. Be sure to change the filter on a regular basis, and beware that you may need to change it more frequently during cold weather when your system sees more use.

3. Thermostat Problems

When a heat pump runs constantly in cold weather, thermostat problems could be the cause. If the thermostat is malfunctioning, it may not read when indoor air temperatures reach your desired setting – therefore it won’t instruct your heat pump to shut off. 

• Replace the thermostat’s batteries as low power can cause miscommunication between the thermostat and the heating system. If the thermostat is hardwired, make sure the circuit breaker to the thermostat has not tripped which could interrupt communication. Reset the breaker if needed. 
• Make sure all wiring connections in the thermostat are snug. Carefully remove the faceplate and check to see that all wires are tightly secured in their terminals. Tighten connections if necessary.
• Clean the thermostat using a soft brush or compressed air. Dirt and dust buildup can block sensors, causing the thermostat to misread temperatures.
• Check the thermostat’s calibration using a standard thermometer. Mount the thermometer near your thermostat and wait 15 minutes, then check the readings on both devices. If the thermostat’s temperature is more than a degree or two different from the reading on the thermometer, its calibration is off. This issue may be fixed through professional repairs or may indicate the thermostat needs to be replaced. 

Contact Edelman for Heat Pump Services in Champaign, IL

If your heat pump runs constantly in cold weather or you experience other heat pump performance problems this winter, don’t dismiss them! If heat pump troubleshooting doesn’t solve the issue, contact Edelman, Inc. today for heat pump repair services in Champaign, IL.

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Water heaters are an essential plumbing appliance that deliver hot water for all the home’s needs, from bathing to household chores. What many people aren’t aware of is the different types of water heaters available for use in the home – you’re not limited to just one equipment type. Edelman installs water heaters of all kinds in Illinois homes, and we’re here to tell you more about your options.

Tank Water Heaters

Of all the different types of water heaters, the one that comes to mind for most people is the tank water heater. This type of water heater has been used in homes for decades and is a popular choice still today.

Tank conventional water heaters heat water and store it for when it’s needed. The equipment looks like a large tank, which varies in size based on the unit’s capacity and does require some floor space for installation. The pre-heating and storage method of water heating isn’t as energy efficient as some other options, as the unit is constantly using energy to keep water warmed to a comfortable temperature, no matter if you’ll be using it soon or not. Even so, high efficiency gas and electric equipment options exist to help homeowners cut back on water heating energy use.

Tankless Water Heaters

Over the past decade or so, tankless hot water heaters have emerged on the home plumbing scene, promoted as an energy-efficient alternative to the conventional tank water heater. This unit is quite small comparatively as it needs no tank to store water. Different types of hot water heaters in the tankless style can be installed on the wall to eliminate the need for installation floor space.

Tankless heaters are an on-demand style of water heater. This means that the unit only heats water as it is needed in the home. This method of water heating saves energy as energy is only used at certain times rather than around the clock to maintain stored hot water temperatures. Equipment capacity is measured by flow rate, which tells you how many gallons of hot water the tankless water heater can produce in one minute. Gas and electric models are available, and switching to a tankless model can save homeowners up to 34 percent on water heating costs, depending on household usage.

Hybrid Electric Water Heaters

Hybrid electric water heaters are also growing in popularity. These types of units are also called heat pump water heaters, and they’re one of the different types of water heaters using a storage tank. A heat pump is used to transfer heat to the water, whereas other types use fuel to heat water.

Hybrid electric water heaters are one of the most energy-efficient options. Because a heat pump is used to heat water, these units are electric only and no gas models exist.

Solar Water Heaters

A solar-powered water heater is one of the different types of tank style models available for home use. Instead of using gas or electricity from the home’s utility service to heat water, these units are connected to a solar panel that gathers solar energy to use in water heating.

Different types of water heaters for solar systems include active and passive setups. Active solar water heaters either circulate water directly through the solar collector to be heated or use solar energy and a heat exchanger to add heat to water. Passive systems apply solar energy directly to a water storage tank and pump it into the home through the plumbing system as needed. These different types of water heaters can help homeowners reduce electricity bills by heating water using free solar energy rather than utility power.

Contact Edelman for Water Heater Installation

The different types of water heaters discussed above can be installed in Illinois homes. To find out which water heater is best for your home and situation, contact Edelman today to schedule a consultation.

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Undoubtedly, you’ve noticed the growing number of households embracing solar energy. Recent advancements in photovoltaic technology have greatly increased the efficiency of solar panels, making them a reliable source of electricity for homes. However, it’s natural to have questions, particularly regarding the efficiency and benefits of solar panels.

Clearing the Air Around Solar Panel Efficiency

Whether you have ample roof space or a more limited area, understanding the efficiency of solar panels is crucial. It directly affects the amount of energy you can harness and allows you to maximize your available space and resources while reducing your carbon footprint.

At Edelman Inc., we are committed to empowering our customers with knowledge. We strive to provide you with a clear understanding of solar energy systems and help you navigate the complexities of this technology. Our aim is to equip you with accurate and up-to-date information, enabling you to make informed decisions about your energy future.

Table of Content:

1. 1. Why Efficiency Matters
2. 2. The Most Efficient Type of Solar Panels
   1. Monocrystalline solar panels
   2. Polycrystalline solar panels
   3. Thin-film solar panels
3. 3. Determine Efficiency of Solar Panels
   1. More panels = more efficiency?
   2. Higher temperatures don’t boost efficiency
   3. Solar panels efficiency isn’t about size

Why Efficiency Matters When Choosing Solar Panels

Solar cells harness the power of sunlight through the photovoltaic (PV) effect, converting photons into electrical energy measured in volts.

While commonly constructed from silicon crystals, photovoltaic cells can also utilize other elements like selenium and germanium. The pursuit of the most efficient combination of these elements within the right crystalline structure determines the overall efficiency of solar panels.

But how is solar panel efficiency determined? Efficiency testing involves assessing the ratio between the electricity produced by a panel and the solar irradiance it receives. This evaluation takes place under standard test conditions (STC), where panels are exposed to 1,000 watts per square meter of solar irradiance at a temperature of 25°C (77ºF).

A solar panel’s power output rating (Pmax), measured in watts, indicates its maximum power production capability under STC. Residential solar panels typically range from 275 to 400 watts. For example, a 2-square meter panel exposed to 2,000 watts and possessing a Pmax of 350 watts would have an efficiency rating of 17.50%.

So, why does solar panel efficiency matter? The answer is simple: higher efficiency means more solar power generated from a given amount of sunlight. This becomes particularly important when considering a solar energy system, especially in situations where roof space is limited or solar exposure varies.

Investing in efficient solar panels not only increases energy output but also contributes to a reduced carbon footprint. Additionally, higher efficiencies result in long-term cost savings. More efficient panels generate greater energy throughout their lifespan, allowing for a quicker return on investment compared to less efficient models.

What Are the Most Efficient Types of Solar Panels?

When it comes to solar panel efficiency, it’s important to recognize that not all panels are created equal. The market offers three main types of solar panels, each with its own distinct characteristics and efficiency rates. Understanding these differences is crucial in selecting the most efficient panels that meet your specific needs.

The three primary types of solar panels are monocrystalline, polycrystalline, and thin-film solar panels. They are constructed using different photovoltaic technologies, and this variance significantly influences their efficiency and energy output.

Monocrystalline solar panels

When it comes to solar panel efficiency, monocrystalline solar panels often take center stage. These panels are highly regarded for their exceptional efficiency and power output, making them a popular choice among homeowners and businesses alike.

Monocrystalline solar panels are constructed using a single silicon crystal structure, which allows for unimpeded electron flow. This results in a high conversion efficiency, typically ranging from 17% to 22%. Under standard test conditions, this translates to a greater energy output compared to other panel types.

One notable feature of monocrystalline solar panels is their sleek and uniform appearance. Due to their single-crystal composition, these panels have a smooth texture and a dark black color, adding an aesthetic appeal to your roof space.

However, it’s important to note that the efficiency of monocrystalline panels comes at a higher cost. The complex manufacturing process involved in creating a sole crystal silicon makes these panels generally more expensive. Nevertheless, for many, the initial investment is justified by the panels’ superior energy production and extended lifespan. These types of solar panels save you money in the long run.

Polycrystalline solar panels

When it comes to solar energy efficiency, polycrystalline panels are another significant player in the solar energy market. Recognizable by their distinctive speckled blue appearance, these panels offer an alternative option for those seeking to harness solar power.

Polycrystalline solar panels are made by melting together multiple silicon fragments, resulting in multiple crystals within each cell. While their efficiency rate is typically slightly lower than that of monocrystalline panels, ranging from 15% to 17%, they strike a strong balance between cost and performance.

Under standard test conditions, the power output of polycrystalline panels is only marginally lower than that of monocrystalline panels. Moreover, advancements in photovoltaic technology continue to narrow this efficiency gap, making polycrystalline panels an increasingly attractive choice for many.

In addition, the manufacturing process of polycrystalline panels is less energy-intensive, potentially reducing the carbon footprint of solar panels and contributing to a more environmentally friendly option. Combined with their lower price point, this makes them a popular choice among solar panel buyers.

Thin-film solar panels

One of the unique options in the solar panel market is the thin-film solar panel. As the name suggests, these panels are remarkably thin and flexible, making them cheaper to produce.

In terms of the efficiency of solar panels, thin-film panels generally have lower rates compared to monocrystalline and polycrystalline panels, typically ranging from 10% to 12% under standard test conditions. However, they do offer specific advantages that make them well-suited for certain applications.

One advantage is their resilience to higher temperatures, which positively impacts their solar energy efficiency in hot environments. Additionally, their sleek and uniform appearance makes them aesthetically appealing, making them a preferred choice for solar panel installation where visual appeal matters.

In terms of energy production, thin-film panels require more surface area to generate the same amount of power as other panel types. However, if space is not a constraint, they can be a good cost-effective option for larger installations.

What Determines the Efficiency of Solar Panels?

Several factors play a role in the efficiency of solar panels, and having a good understanding of these factors is essential for making informed decisions about your solar energy system. By optimizing the efficiency of your solar panels, you can maximize your power output and enjoy long-term savings on your energy bills.

While technical and environmental factors are important, it’s also crucial to consider the quality of the installation. Working with a professional solar installer like Edelman Inc. ensures that your panels are placed in the most optimal location and angle, allowing them to capture the maximum amount of sunlight and generate the highest possible energy output.

Do more panels equal more efficiency? It’s not that simple

The total area available for solar installation, commonly known as roof space, plays a crucial role in solar panel energy production and efficiency. Maximizing roof space can often lead to higher efficiencies and allow homeowners to harness the maximum solar power possible.

For instance, while thin-film solar panels may have a lower efficiency per square foot compared to monocrystalline or polycrystalline panels, they can still be a suitable choice for buildings with large, flat roofs where space is not a concern.

However, it’s important to note that simply covering your roof with as many solar panels as possible isn’t the key to optimal efficiency. Achieving the right balance between the number of panels, their efficiency rate, and the available roof space is crucial for optimizing solar panel power output. The goal is to generate the maximum amount of energy within the given space, resulting in cost savings on your energy bills and a reduced carbon footprint.

Higher temperatures do not boost efficiency

Contrary to popular belief, higher temperatures do not increase the efficiency of solar panels. In fact, extreme heat can have a negative impact on both efficiency and the lifespan of the cells.

Solar panels undergo testing under standard conditions at 25°C (77ºF). As the temperature surpasses this point, their efficiency gradually decreases. Each panel is labeled with a temperature coefficient, which indicates the rate at which they lose efficiency for every degree above 25°C. For instance, a panel with a coefficient of -0.50% will experience a half percent decrease in efficiency for each degree above 25°C.

For regions with high average temperatures, it is crucial to consider the temperature coefficient as it directly affects energy output loss under non-standard conditions. Lower temperature coefficients indicate better performance in high heat, ensuring your panels can cope with the elevated temperatures.

Furthermore, different types of solar panels respond differently to higher temperatures. Thin-film solar panels, for example, generally exhibit better performance under intense heat compared to other types. However, even these panels will experience some reduction in output as temperatures rise.

Understanding the relationship between temperature and efficiency is particularly important for residents in Illinois, where summers can bring warm temperatures. By ensuring that your solar panels maintain efficiency in higher temperatures, you can maximize solar power generation during the peak sunlight months, resulting in greater energy savings and a reduced carbon footprint.

Solar energy efficiency isn’t just about size

Here’s an interesting fact about solar panels: their size doesn’t necessarily determine their efficiency. Don’t be fooled into thinking that a larger solar panel will always be more efficient than a smaller one.

While it’s true that larger panels can produce more energy due to having more photovoltaic cells capturing sunlight, this doesn’t automatically make them more efficient. Efficiency is determined by the performance of the individual solar cells within the panel. In fact, a smaller panel with highly efficient solar cells can outperform a larger panel with less efficient ones.

So, what does this mean for you? When you’re considering residential solar panels, don’t make the size your primary concern. Instead, focus on how much energy you need for your solar power production and the available roof space. In situations where space is limited, higher-efficiency panels can generate more energy, leading to greater long-term cost savings and even a smaller carbon footprint.

Reliable Solar Solutions for a Brighter Future

Now that you’re more informed about solar panel efficiency, you’re in a better position to make the right decision for your home.

The solar panel market offers a wide range of options. Factors such as your roof size, budget, and solar exposure in your location play a significant role in determining the optimal solar solution for you. Additionally, there are many incentives and rebates available to promote their use as an environmentally friendly solution. You can learn more about that in our solar incentives guide.

At Edelman Inc., we take pride in providing a variety of photovoltaic technology options, including monocrystalline and thin film solar panels. We are committed to guiding our customers through the decision-making process, ensuring that each individual’s unique circumstances are considered.

We understand that transitioning to solar energy is a major decision, which is why we offer a complimentary site assessment for prospective customers. This is an excellent opportunity to ask questions, address any concerns, and explore the full potential of solar power for your home.

With meticulous planning and the expertise of a reliable solar installer like Edelman, you can maximize your solar panel power output, reduce your environmental impact, and enjoy significant long-term savings.

Take the first step towards a brighter future. Contact us today to schedule your free site assessment and embark on your solar energy journey with confidence.

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By now, you’re probably aware of many of the benefits provided by LED lighting. These lights last longer, provide savings on your electricity bill, and are more durable than other forms of lighting. But did you know that switching to LED lighting can also provide numerous health benefits?

In the latest blog from Edelman Inc., we’ll discuss some of the many health benefits of LED lighting to help you decide if making the switch to LED lighting is the best choice for your home and family.

Reduced Mercury Exposure

Mercury is a toxic chemical that can be found in incandescent and fluorescent lighting. However, LED lights do not contain any mercury. By switching to LED lighting, you can protect your family from the dangerous effects caused by exposure to mercury.

Reduced UV Exposure

Many different light sources emit ultraviolet radiation. Too much exposure to ultraviolet radiation can lead to skin cancer, among other issues. LED lights, in contrast to many other forms of lighting, do not emit any ultraviolet radiation. 

Lower Anxiety

We all need some sort of exposure to natural light sources. LED lights are designed to replicate the effects of natural light. If you spend much of your time inside or are affected by seasonal affective disorder, this will help to greatly reduce anxiety caused by limited exposure to natural light. 

Additionally, if your home uses fluorescent lighting, you might’ve noticed a low buzzing sound coming from the light bulbs. Buzzing sounds from light sources have been linked to increased anxiety, headaches, and stress. 

Fewer Issues Caused By Light Sensitivity

For individuals who deal with light sensitivity, lighting that flickers or emits light that is too bright can quickly lead to headaches and migraines, nausea, and anxiety. The light emitted from LED bulbs is more consistent than other light sources and is not prone to flickering. 

Making the switch to LED lighting technology will help to reduce headaches and other physical issues caused by light sensitivity.

Promotes Healthy Circadian Rhythm

Many light sources contain blue wavelengths that can reduce a body’s production of melatonin. LED lighting contains fewer blue wavelengths, and actually mimics natural lighting to improve levels of melatonin. 

Not only will this promote a healthy and regulated circadian rhythm, but it will also lead to reduced stress and improved sleep. If you’ve been struggling to maintain a consistent sleep cycle, switching to warm lighting, such as LED lighting, can help. 

Contact Edelman Inc. for LED Lighting Installation

Edelman Inc. knows that making the switch to LED lighting can provide a wide variety of benefits. The health and overall well-being of your family can be improved significantly by replacing other lighting options with LED lighting.

To schedule an appointment for LED lighting installation in Champaign, IL, or to receive more information about the vast array of benefits provided by LED lighting, don’t hesitate to get in contact with us today. We’ll provide you with all of the information that you need to make the best decision for your home and family.

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From advanced furnace filters to whole-house air purifiers, your HVAC system gives you several options to improve your home’s indoor air quality. However, a hidden intruder may be in your ductwork contaminating your air without you even realizing it: mold. Discover what you should know about mold in your air ducts, as well as how to remove mold and prevent it, to help you breathe easier in your home.

Why Can Mold Grow in Air Ducts?

Mold can prosper in virtually any dark and damp environment, and air ducts are no exception. The air that circulates through your HVAC system often contains humidity that can condense on the interior walls of your ductwork. This provides a source of excess moisture for mold to feed off of.

To understand how mold finds its way into your air ducts in the first place, you must understand where your HVAC system draws air from. In some cases, members of your household may carry mold spores in with them from outside that circulating air then picks up. Other times, your HVAC system may draw air up from your basement, crawl spaces, and other dark areas of your home that could have some mold.

What Are the Risks of Mold in Your Ducts?

Mold creates a characteristic musty odor that no one enjoys breathing in their home. However, mold in your duct system is more than a simple nuisance — it’s a health risk that you should address as soon as possible. Black mold is particularly toxic, and the health risk it poses only worsens as more spores circulate through your ducts.

Prolonged exposure to mold spores can lead to various health symptoms. Common results of mold exposure include asthma episodes; headaches; and eye, nose, and throat irritation. In more serious cases, mold spores can cause people to experience fatigue, difficulty concentrating, nausea, vomiting, and diarrhea. These symptoms will often persist as long as the person is exposed to mold.

What Are the Signs of Mold in Air Vents or Ductwork?

While the most obvious sign of mold in your ducts is the musty smell it creates, this is not the only thing that can help you identify a mold infestation. You may see a black, dust-like coating on your air vent registers that develops as spores come into contact with the registers when air blows out of your ducts. Mold spores that cling to a vent register can even cause a new mold colony to start to develop in the wall around it.

Unfortunately, one of the easiest ways to detect mold in your ducts may be to observe the health effects it can cause in your household. If members of your family experience symptoms of mold exposure, the symptoms will usually worsen when your furnace or air conditioning system is on. Turning your HVAC system off stops circulating spores through your home, and they will settle inside your ductwork.

How Can You Prevent Mold in Your Ducts?

If mold is already present in your ductwork, the only way to be sure that it is removed completely is to hire a heating, air conditioner and indoor air quality professional for duct cleaning. This will get rid of mold colonies deep in your ducts that you couldn’t reach on your own. Because of this, preventing mold growth in your ducts is a much better plan than addressing the problem once it arises.

The key to preventing mold is reducing the amount of moisture that enters your ductwork. This involves patching any gaps in your ducts as well as small leaks in plumbing near your ductwork. Avoid closing air vents or blocking them with furniture to promote air circulation and reduce condensation in your ducts. 

Additionally, you may also want to consider a whole-house dehumidifier. This will help to keep your home’s air at a healthy humidity level.

Contact Edelman Inc. for Air Duct Cleaning Services in Champaign, IL

Mold in air ducts is a problem that can easily go unnoticed, but it isn’t one that you have to live with. Increased mold exposure can cause several health issues if left untreated. If you need professional duct cleaning or other HVAC repairs and maintenance, contact Edelman Inc. today.

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A working sewer line is critical to every home. Sewer lines are responsible for carrying wastewater away from your showers, toilets, washing machines, dishwashers, and more. If your sewer line is working as it should, you likely don’t pay attention to scheduling regular cleanings. However, having your sewer line cleaned regularly can help to prevent serious and expensive repairs, or even a complete line replacement. 

Keep reading the latest blog post from Edelman to discover why having your sewer line cleaned is so important, how often it should be cleaned, and some signs to look for that indicate a cleaning is needed soon.

Importance of Sewer Line Cleaning

Sewer lines are incredibly important. We rely on them to move used and contaminated water away from our homes. However, when problems occur with sewer lines, they can often become very serious, dangerous, and expensive.

The best way to ensure clogs and other issues do not occur is through regular sewer line cleaning services. Your technician will inspect your sewer line and thoroughly clear it out. Not only does this clean your sewer line, but any minor issues will be corrected before they grow. Simply put, scheduling consistent sewer line cleaning services can save your home thousands of dollars in potential repair or replacement costs.

Sewer Line Cleaning Frequency

Typically, you should try to have your home’s sewer line cleaned every 18 to 24 months. This will ensure that any issues are caught before they become much bigger. Having your sewer line cleaned consistently will even reduce the amount of slow and clogged drains within your home.

Signs That You Need to Have Your Sewer Lines Cleaned

Frequent Clogs

Few things are as irritating as shower or sink drains that just won’t drain. If you’re experiencing clogs all over the home, there’s likely an issue with the sewer line that needs to be addressed as soon as possible. Having your line cleaned and inspected can fix the issue and free your drains of those annoying clogs.

Wet Spots in the Yard

If there are wet spots in your yard that smell like raw sewage, there’s likely an issue with the sewer line that is allowing wastewater to escape. While sewer line cleaning can help in these situations, the damage can sometimes be serious enough to require repair or replacement. Diagnosis from a professional plumber is highly recommended to ensure that the problem receives the proper fix.

Water Backing Up

After you flush the toilet, you shouldn’t see water gurgle and bubble. If it does, there’s too much air within the sewer line. This can be remedied through proper cleaning, but it should be performed quickly after noticing the issue to prevent the problem from growing. 

Trust Edelman for Sewer Line Cleaning Services

The professional team of plumbers at Edelman understands how important it is for your home to have a functional and reliable sewer line. That’s why we’ll always treat your home and sewer pipes with the attention and respect that they deserve. If you haven’t had your sewer line cleaned in a couple of years, or have never had this service performed, trust the team at Edelman. Call our phone number, or contact us online today to schedule an appointment for sewer line cleaning in the Champaign, IL area.

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It’s easy to ignore many parts of your home, especially the dryer and dryer vent. In fact, some homeowners may have gone years without having their dryer vent cleaned or inspected. Clogged vents can pose many issues. If you would like to learn more, check out these four benefits of dryer vent cleaning.

Benefits of Dryer Vent Cleaning

1. Reduces Risk of Dryer Fire

Any appliance that is poorly maintained may pose a danger, such as the risk of fire or electrocution. Dryers are notorious for fires. In fact, 2,900 dryer fires occur each year, resulting in an average of 5 deaths. About 34 percent of the time, the cause is neglecting to clean the dryer, including the vent.

You likely clean the lint from the lint trap, but lint traps are far from perfect and small bits of lint can slip past the trap. Eventually, lint builds up in the vent that releases hot air from the dryer to the outside. Some people try to prevent this by installing a wire screen over the wall damper, but this can worsen the problem by trapping more lint to create a clog.

Regardless of the reason, clogged dryer vents can cause heat to build up in the dryer, increasing the risk of a fire. In addition, lint is incredibly flammable, further increasing the risk of the fire hazard, or for the fire to worsen.

2. Boosts the Dryer’s Efficiency

Your dryer uses a lot of energy to get your clothes nice and dry. Therefore, you want it to be as efficient as possible to save energy and prevent higher energy bills. There are many small things you can do to boost your dryer’s efficiency such as keeping the lint trap cleaned. However, one of the best ways to boost your dryer’s efficiency is to get the dryer exhaust vent cleaned.

For most homes, experts recommend having your vent inspected and cleaned at least once a year, but if you live with lots of people or do a lot of laundry, twice a year may be best. During a good cleaning, an expert can check for anything else that may be causing dryer vent clogs, such as animal nests. You can tell your dryer is losing efficiency if it starts to take multiple cycles to dry your clothes.

Naturally, if you keep the dryer vent clean, it takes less time to dry your clothes, which can save you hours on laundry days. Plus, the faster the system dries clothes, the less energy it uses.

3. Lowers the Risk of Moisture

Dryers generate a lot of heat, but they also are exposed to lots of water. A regular load of wet clothing and laundry can produce two to three gallons of water that needs to be expelled via the vent. If you have a clogged vent that is full of lint, there will be a higher risk of moisture build-up inside the vent. In addition, the clog prevents the moisture from escaping, so it heads back to the dryer.

All of this moisture can lead to many problems. In most cases, it will increase the risk of mold or mildew inside the system, which can damage clothes or cause clothing odors. Plus, the mold and mildew spores can get into the air and cause allergies or breathing problems.

Keeping your vent clean may be the only solution but ask your technician about the length of your vent too. Vents that are too long or have lots of bends are at a higher risk of developing issues like clogs and moisture.

4. Fewer Repairs and Increased Lifespan

Dirty dryer vents cause dryers to work harder to properly perform their job, leading to premature wear and tear and eventually a higher risk of breakdowns. This ultimately leads to costly repairs or even dryer replacement.

A typical dryer lasts about 10 to 12 years. Having the dryer vent professionally cleaned on a regular basis will keep your dryer operating more efficiently, delay having to buy a new unit and save on expensive repairs costs.

Contact Edelman for Professional Dryer Vent Cleaning Services

Even if you clean your lint trap before every load, you may have lint buildup in the dryer vent, which can increase the risk of fire, reduce efficiency, and worsen allergens. If you would like to schedule an appointment or learn more about dryer vent cleaning, contact us at Edelman today.

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