Heating and Cooling Archives - Eric Kjelshus Energy Heating and Cooling

HVAC Duct Design and the Importance of Return Air

Posted on December 11, 2020 | by Eric Kjelshus Energy Heating and Cooling

Return air is an often overlooked part of great duct design. Air return duct systems can be configured in two ways:

Each room can have a return duct that sends air back to the heating and cooling equipment. This is the ideal configuration.
Return grills can be located in central locations on each floor.
Air can not blow if can not suck. Some 75% of Kansas City 2 story homes do not have working return on 2nd floor

In the second case, either grills must be installed to allow air to pass out of closed rooms, or short “jumper ducts” can be installed to connect the vent in one room with the next, allowing air to flow back to the central return grilles.

Door undercuts help, but they are usually not sufficient for return airflow. I am not a big fan on doing this.

Here is a really quick way to test for adequate return air capacity. I like to Measure air presser just to make sure there not taxing.

Close all exterior doors and windows
Close all interior room doors
Turn on the central air handler
“Crack” interior doors one by one and observe if the door closes or further opens “on its own.” (Whether it closes or opens will depend on the direction of the air handler-driven air flow.) Rooms served by air-moved doors have restricted return air flow and need pressure relief as described above.

Source: Energy.gov

Glossary of HVAC terms

Posted on May 17, 2010 | by Eric Kjelshus Energy Heating and Cooling | Leave a Comment

AFUE – Annual Fuel Utilization Efficiency; A measure of a gas furnace’s efficiency in converting fuel to energy. The higher the rating, the more efficient the unit. For example: A rating of 90 means that approximately 90% of the fuel is used to provide warmth to your home, while the remaining 10% escapes as exhaust.

BTU – British Thermal Unit; This is the amount of heat it takes to raise one pound of water one degree Fahrenheit. For your home, it represents the measure of heat given off when fuel is burned for heating or the measure of heat extracted from your home for cooling.CFM – Cubic Feet Per Minute; A standard measurement of airflow. A typical system requires 400 CFM per ton of air conditioning.Capacity – The output or producing ability of a piece of cooling or heating equipment. Cooling and heating capacities are referred to on BTUs.Compressor – The heart of an air conditioning or heat pump system. It is part of the outdoor unit and pumps refrigerant in order to meet the cooling requirements of the system.

Condenser Coil or Outdoor Coil – In an air conditioner, the coil dissipates heat from the refrigerant, changing the refrigerant from vapor to liquid. In a heat pump system, it absorbs heat from the outdoors.

Damper – Found in ductwork, this movable plate opens and closes to control airflow. Dampers can be used to balance airflow in a duct system. They are also used in zoning to regulate airflow to certain rooms.

Ductwork – Pipes or channels that carry air throughout your home. In a home comfort system, ductwork is critical to performance – in fact, it’s as critical as the equipment.

Evaporator Coil or Indoor Coil – The other half of your air conditioning system located inside your home in the indoor unit. This is where the refrigerant evaporates as it absorbs heat from the air that passes over the coil.

Gas Furnace Heat Exchanger – Located in the furnace, the heat exchanger transfers heat to the surrounding air, which is then pumped throughout your home.

HSPF – Heating Seasonal Performance Factor; This rating is used in measuring the heating efficiency of a heat pump. The higher the number, the more efficient the unit.

Package Unit – A heating and cooling system contained in one outdoor unit. A package unit is typically installed either beside, on top of the home, or sometimes in the attic.

Refrigerant – A chemical that produces a refrigerating effect while expanding and vaporizing. Most residential air conditioning systems contain R-22 refrigerant. R-22 is regulated by international controls under the Montreal Protocol and in the United States by the Environmental Protection Agency. It is scheduled to be in production until the year 2020. It’s used in approximately 95% of air conditioning equipment manufactured in the U.S. today.

SEER – Seasonal Energy Efficiency Rati; A measure of cooling efficiency for air conditioners and heat pumps. The higher the SEER, the more energy efficient the unit. The government’s minimum SEER rating is 10. (It’s similar to comparing miles per gallon in automobiles.)

Split System – The combination of an outdoor unit (air conditioner or heat pump) with an indoor unit (furnace or air handler). Split systems must be matched for optimum efficiency.

Thermostat – A thermostat consists of a series of sensors and relays that monitor and control the functions of a heating and cooling system.

Ton – A unit of measurement used for determining cooling capacity. One ton is the equivalent of 12,000 BTUs per hour.

Zoning – A method of dividing a home into different comfort zones so each zone can be independently controlled depending on use and need.

Eric Kjelshus Energy Heating and Cooling has been providing air conditioning services in the Kansas City area since 1972. Our commitment to quality and dedication to excellence in customer care has made Eric Kjelshus Energy Heating and Cooling the #1 heating and cooling services company in the Kansas City Metro Area.

Tips for Selecting a Contractor

Posted on May 17, 2010 | by Eric Kjelshus Energy Heating and Cooling | Leave a Comment

Check credentials- Before making your selection, call the Better Business Bureau to make sure the contractor is reputable. Also, find out if the contractor is a member of a local or national association such as the Air Conditioning Contractors Association of America.
Make sure the contractor is affiliated with a nationally known manufacturer. Contractors should be taking advantage of factory training offered by their manufacturer. As a result, when they make recommendations, you can be more assured that they’ve selected the right sized system for your home, and that they’ve been trained in installation and service.
Ask for references- Former customers are an excellent source of information. Also, ask to see installation photos. A contractor who is proud of his work will be more than happy to show it to you.
Expect an on-site evaluation of your home. A good contractor will take a thorough look at your home, ask questions, and evaluate your overall comfort needs before making a recommendation. Beware of a contractor that simply takes information over the phone. A good contractor will also look the part. While he’s evaluating your home, you should be evaluating him. Not only should he dress professionally, but his truck and printed materials should look professional as well.
Check local licenses- Depending on where you live, contractors may have to comply with certain local or state regulations, so ask to see proof of these licenses as well as insurance forms for liability and workmen’s compensation.
Don’t be afraid to ask questions. Ask for details about the firm’s experience and the expertise of its staff. This is particularly important if you’re also adding or changing ductwork – in this case, experience is definitely a factor in getting the job done correctly.
Get a written proposal. To make a fair comparison, make sure the proposals you receive are all based on the same efficiency and equipment. You’ll also want to evaluate each contractor’s personal business standards and policies. For example, will he remove old equipment? Will he relocate equipment if you want your new system installed in a different location? What are his cleanup and care policies during installation? How will he handle emergency repair? These are just a few of the additional elements a good proposal will include.
Inquire about equipment and labor warranties. Limited warranties vary according to the manufacturer, so make sure you fully understand what you’re getting. Also, don’t forget to inquire about manufacturer’s extended warranties at the time of purchase and other warranties provided by the contractor.
Ask about preventive maintenance service contracts. Many contractors offer service contracts that call for periodic maintenance of equipment and, if needed, repairs. The fee for such contracts is usually well worth it in terms of obtaining optimum efficiency and performance for your system.
Insist on a written contract. Commit your agreement to writing and have the contractor sign it.

About Eric Kjelshus Energy Heating and Cooling

Mold- Construction & Remodeling

Posted on May 17, 2010 | by Eric Kjelshus Energy Heating and Cooling | Leave a Comment

If you are building a new home, or just doing some remodeling, you may have concerns about mold and its possible health effects. Besides expensive damage to your property, mold growth can contribute to poor indoor air quality in your home, potentially resulting in dangerous health problems.

Mold concerns have been getting a lot of attention in the news. Numerous legal cases have arisen in which millions of dollars have been awarded because of mold infestation in new construction. But is the mold problem really a new one?

Mold has been a problem for builders since pre-biblical times. Over the millennium, however, the more-successful builders employed a few simple techniques that dramatically reduced the risk of mold in their buildings. As a homeowner, you want to make sure your contractor is building a safe, healthy home for your family. Here are some helpful tips you can use to make sure your new home or addition is mold free:

KEEP IT DRY

Molds are microscopic organisms that are present virtually everywhere in our environment. Molds break down dead organic materials, such as wood and leaves, and recycle nutrients back into the environment. All that is necessary for mold growth to start on these materials is moisture.

Generally, within 48 hours after getting wet, invisible mold growth has started on wet woods and paper-backed products such as Sheetrock. After about four days, mold growth on surfaces is visible in the form of discoloration, frequently green, gray, brown or black, but also white and other colors.

Because molds digest organic material, they gradually destroy whatever they grow on. Molds also release countless tiny, lightweight spores, which travel through the air. These mold spores provoke allergic reactions in many people, and contribute to asthma attacks. They can also produce dangerous mycotoxins, poisonous substances linked to a variety of serious health problems, some even fatal.

In finished construction, roof and window leaks, plumbing defects, drainage and grading problems, and other sources of water infiltration can trigger the chain of events that ultimately leads to active mold growth. But in new construction, there are some simple steps to take to cut down the chance of mold infestation.

PREVENTING MOLD

Simply put, the best advice is this: Do not build with wet materials. This may present a challenge in certain climates of the United States, especially during rainy times of year, but there are still several steps a prudent contractor can take to prevent or minimize mold growth.

As simple as the advice may be, you’d be surprised how often it goes unheeded. Poor weather conditions, unrealistic construction schedules, and even ill-advised drives for “efficiency” in construction causes many contractors to ignore some of the most basic mold-prevention tips. Sit down with your contractor before building begins, and express your concerns about mold in your home.

Mold spores are always present in both indoor and outdoor air, and they can flourish in any ambient temperature from 40 F to 100 F (4 C to 38 C). But you can have some control over the moisture mold needs, and you can also have some control over the use of organic materials in construction.

Because some moisture is inevitable, either during installation or from condensation, use components that will retain as little moisture as possible. Moisture-resistant materials will cut down on retained moisture. Specify materials that have no organic content as part of your overall mold-resistance strategy. For example, paper facings could support the growth of mold. Some of the new “paperless” gypsum wallboard might be a good alternative. Materials that don’t have organic components resist mold.

Of course the use of some organic building material—such as lumber, for example—is unavoidable. Here are some tips to follow to prevent mold growth in these materials:

1. Keep stocks of lumber, plywood, oriented-strand board (OSB), Sheetrock, and other porous materials in a dry, covered storage area. If the stockpiles are out in the open, and it looks like it might rain, cover the materials with a good tarp, anchored down so that the wind does not blow it off. When the materials are needed, remove them from beneath the cover without allowing the remainder to get wet or damp.
2. Inspect carefully for water damage.Before installing the materials, inspect carefully for water damage, staining, warping, or initial signs of mold growth. Such signs might be visible patches of mold, or simply the musty odor we associate with mold or mildew. Discard any such materials immediately.
3. Install a roof or cover the new construction as soon as practical.If the rain is falling, the interior spaces of the building are getting wet. Moisture is one of the key things mold spores need to grow.
4. Thoroughly dry out the wet materials. If the materials are merely wet, all hope is not lost. Bring in portable heaters and dehumidifiers to thoroughly dry out the wet materials before covering them up or sealing up the building. A contractor can employ a simple moisture meter to make sure the previously wet materials are sufficiently dry to allow construction to proceed.
5. Existing mold growth should be cleaned up completely before anything new is added.If, despite these precautions, mold starts to grow on installed building materials, do not attempt to “cover it up” by installing dry lumber or Sheetrock over it. Mold spreads very rapidly in a moist environment, and the wet materials will serve as a moisture source that will rapidly transfer damage to the previously clean, dry materials. Existing mold growth should be cleaned up completely before anything new is added.
6. Do not try to simply wipe off mold or paint over it. The underlying moisture that is supporting the mold growth will not go away, and the mold will likely reoccur, even after construction is complete. In addition, the materials might already be structurally or functionally damaged, and paint will not cover that up for long. Most mold-infested porous materials must be removed and discarded.

MAINTAINING A MOLD-FREE ENVIRONMENT

By following these common-sense practices, your contractor can have you well on the way towards living in a healthy, mold-free home. After the construction is done, make sure to keep your home free from indoor air quality hazards. Refer to our article Twelve Steps to Improving Indoor Air Quality for more helpful tips.

About Eric Kjelshus Energy Heating and Cooling

How do I properly maintain my heating and cooling equipment?

Posted on May 17, 2010 | by Eric Kjelshus Energy Heating and Cooling | Leave a Comment

Your home comfort system is in the background, running all day long, on and off, for most of the year. It keeps you comfortable, catches your dust, and zaps those nasty cold viruses. It needs to be properly cleaned and maintained. If it isn’t, it can get clogged, parts will stop working and there will be nothing protecting you from the temperature outside!

Having your system maintained regularly can extend it’s life expectancy, save you money in operation costs and help prevent unexpected breakdowns.

We make system cleaning and maintenance as easy as possible for you with our Peak Performance Program!

Peak Performance Program

Our customized program is designed to:

Reduce the possibility of any air conditioning or heating system breakdown.
Reduce your utility and repair costs.
Provide preferential emergency service if the need ever arises.
Provide a 15% discount on parts.
Maintain or enhance your current level of comfort.

For complete details about specific services, visit the Peak Performance section of our website

About Eric Kjelshus Energy Heating and Cooling

How a Furnace Works

Posted on May 17, 2010 | by Eric Kjelshus Energy Heating and Cooling | Leave a Comment

Facts:

A furnace works to keep a home warm in the winter and plays a critical part in the operation of an air conditioning system.
Furnaces produce heat through the combustion of natural gas in the furnace’s burner. The heat produced from this process then passes through a heat exchanger. Air from your home’s return air ducts is blown over the heat exchanger, thus warming the air.
The furnace’s blower then blows the warmed air into the ductwork, which carries and disperses the warmed air throughout the home.
During warmer months, the blower inside a furnace continues to circulate return air throughout the home–only this time, the return air has been cooled by being blown over the indoor coil portion of the home’s split-system air conditioning system. The condensing coil is typically installed on top of the furnace.

Benefits:

Indoor warmth any time it is required.
Energy efficiency -The efficiency of a furnace can be determined by its AFUE–or Annual Fuel Utilization Efficiency. The minimum efficiency level for furnaces currently manufactured in the U.S. is 80% AFUE. A rating of “80% AFUE” means that for every dollar you spend heating your home; 80 cents are actually applied to the generation of warmth. Compared to many of the 60% AFUE furnaces in older homes, 80% AFUE furnaces are a significant improvement. However, for enhanced energy efficiency, you may wish to consider a 95% AFUE furnaces.
Cleaner air – As your HVAC system draws air out of various rooms in the house through return air ducts, the air is pulled through an air filter, which removes airborne particles such as dust and lint. Sophisticated filters may remove microscopic pollutants, as well. The filtered air is then routed to air supply ductwork that carries it back to rooms. Whenever the HVAC system is running, this cycle repeats continually, constantly filtering and cleaning the air in your home.
1. This cleaning process improves with the installation of a variable-speed furnace. Variable-speed furnaces use variable-speed blowers, which shift between several speeds. These furnaces will run longer at a low speed, which causes them to filter the indoor air more frequently.
2. Because the furnace plays an important role in the operation of the air conditioner, its variable-speed blower helps maintain both a consistent indoor temperature and improved air quality year-round.
Possible Tax Credit – As part of the Energy Policy Act of 2005, the U.S. government has made a provision for tax credits of up to $200 for homeowners who install furnaces with an efficiency of 95% or greater between Jan. 1, 2006, and Dec. 31, 2007. Consumers are encouraged to discuss these tax credits with a tax professional to see if they qualify

Buying Tips:

Correct system sizing, proper installation and yearly professional maintenance are the three main keys to a good working system. All manufactures in the industry have very similar designs and use the same vendors for most major components – the service provider’s installation and system sizing are the key factors in equipment performance and life cycle.

How Does Central Air Conditioning Work?

Posted on May 17, 2010 | by Eric Kjelshus Energy Heating and Cooling | Leave a Comment

Central air conditioning helps keep your home cool and reduces humidity levels. By transferring heat from air located inside your home to the outside, conditioned and cooled air is left to be re-circulated. Using electricity as its power source, the compressor inside an air conditioning unit pumps coolant, or refrigerant, back and forth to gather heat and moisture from indoors. Warm air from inside is blown over the cooling coil, which is connected to the compressor, and then pumped back into your home.

Buying Tips

Always replace the whole air conditioning system (systems on average last 15 years give a or take a few years) as the efficiency (SEER rating ) is base on a matched indoor and outdoor coil. To replace a single component (outside condenser or indoor coil) will cost less initially but you’ll not have the new “system efficiency”. In addition if your compressor was “burned”, contamination from the old system can cut in half the life expectancy of your new outdoor condenser. An older remaining component, due to its age, will require future expensive repairs and eventually will still have to be replaced! Finally, the performance of a mixture of a new and a old component would be about 30%. Comfort on a hot day is the key point to owning an air conditioning system.

How Furnace Maintenance Pays Off

Posted on May 17, 2010 | by Eric Kjelshus Energy Heating and Cooling | Leave a Comment

Simple maintenance can pay big dividends for comfort, efficiency and safety.
When it comes to furnaces (we’ll focus on natural gas), an ounce of prevention truly is worth a pound of cure. To help you avert the hassle of your furnace dying or simply not putting out enough heat– just when you need it most.

Maintenance

Maintenance can keep you safe and save you money and hassles. Would you let your car go a year without a tune-up or oil change? By maintaining your heating system annually, Eric Kjelshus Energy Heating and Cooling experts can pinpoint potential problems before they become a costly, inconvenient emergency repair or worse, a safety hazard.

Because a well maintained system runs more efficiently, you can be sure to get peak performance from your equipment to help save on your monthly utility bills.

In addition, if you or a family member suffer from asthma or allergies, regular furnace maintenance including air filter replacement is recommended to reduce aggravating dust particles, bacteria and plant spores in your home.

Listed below are some of the key services that should be performed for proper furnace maintenance:

Monitor exhaust gases before and after for safe and efficient carbon monoxide level
Check for hazardous debris in the chimney and flue
Check air filters and re-install
Check operation of thermostat
Check gas pilot and clean as required
Check motor and blower
Clean by hand brush and vacuum the heat exchanger, inspect for safety
Clean burners and set for proper operation
Check gas piping to furnace for leaks
Make all necessary gas and air adjustments then check results by digital combustion analyzer
Check furnace cycle

Your furnace should be checked and maintained by professionals. Furnace maintenance by Eric Kjelshus Energy Heating and Cooling includes the most comprehensive safety check-up and cleaning in the KC Metro Area.

You need the peace of mind that your furnace will be checked and cleaned by experts in natural gas equipment servicing. All of our Service Technicians are fully certified and receive extensive ongoing training.

During the service call, our Service Technician will be pleased to answer any questions you may have about your heating system and will advise you about proper filter maintenance.

Air Conditioning Maintenance & Tune-Ups

Posted on May 17, 2010 | by Eric Kjelshus Energy Heating and Cooling | Leave a Comment

Air conditioners lose capacity with use. The coils become plugged, filters get dirty, belts slip and often there is a refrigerant leak. While comfort is lost, energy costs soar. A 20% increase in operating cost is not uncommon. You may not recognize this problem until comfort is lost and, by then, the extra dollars are gone. With oversized air conditioning equipment, the recognition time is longer and dollar losses are greater.

The solution to the problem is — get a complete tune-up.

Here is what a complete tune-up accomplished with one system when the outside temperatures (ODT) were in the range of 80-85 degrees F.

Capacity Restored
The capacity was restored 18% with a complete tune-up. A partial tune-up restored capacity only 5%.

Energy Use Down
Cleaning the condensing unit not only restored capacity 5%, it reduced actual energy consumption 10%. The additional restored capacity from cleaning the blower did not further reduce energy use.

Energy Efficiency Up
A complete tune-up outperformed a partial tune-up. The partial cleanup resulted in only 54% of the total increase in efficiency. For the same running time, the partial tune-up reduced the utility bill by 14% and the complete tune-up reduced it by 24%.

Longer Compressor Life
The compressor in the air conditioner described may have a shortened life. Some authorities say that the hot gas temperatures should be below 200 degrees F for extended life. A complete tune-up reduced the temperature from 208 to 195 degrees F.

Check Thermostats
Often thermostats are influenced by heat sources other than room temperature. When thermostats are located near table lamps in houses , or receive direct sunlight during a portion of the day, air conditioners run longer than normal. Of course this increases energy use as well as erratic comfort cycles.

You can shorten running time by raising the temperature setting on the thermostat. For example, the air conditioner ran 15% less when the thermostat was adjusted from 75 degrees to 77 degrees. Your influence on the thermostat can reduce energy bills significantly.

Tune-ups Save
Tune-ups are profitable. In most cases, they should be performed at least every year, some even more often. Remember, without tune-ups, a 3-ton air conditioner may perform like a 2 1/2-ton unit while you are paying the operating cost of a 3 1/2-ton unit. That’s not profitable, nor energy efficient.

Tune-up Check List
Here are some of the items that should be checked in a complete tune-up:

Air flow through outside condenser coil
- clean coils
- straighten coil fins
- remove obstruction to air flow (bushes, boxes)
Air flow through inside evaporator coil
- change filters regularly
- clean coils
- clean blower wheel
- stop duct leaks
Check refrigerant charge after cleanup
Check control system for proper performance

Use Qualified Service
Qualified service personnel should conduct the tune-up. You change the filters.
Whether your air conditioner is in your home, office or business, air-conditioning tune-ups are profitable.

How Often to Service Your HVAC System

Posted on May 17, 2010 | by Eric Kjelshus Energy Heating and Cooling | Leave a Comment

Updated: 5.24.24

If you have ever wondered how often to service HVAC systems for peak performance and efficiency, you’re in the right place. In this comprehensive guide, we’ll delve into the importance of regular servicing and the key factors of cleaning HVAC systems to ensure your unit’s longevity and optimal functioning. Our expert recommendations fill you in on the suggested frequency for properly maintaining the various components of your HVAC system, including filters, ducts, and air coils. Let’s start discovering the secrets of a clean HVAC system so that yours will run smoothly into the future!

In this post, you will learn:

Keeping a Clean HVAC System

Are you concerned about how often to service HVAC components? We’ll discuss the best practices for cleaning HVAC systems to ensure yours is maintained for ideal operation. Experts advise scheduling thorough cleanings at least twice a year to prevent dust buildup, improve indoor air quality, and avoid other issues that can arise in the absence of a clean HVAC system. Let’s look at some vital elements to check for clean HVAC assurance, including filters, ducts, and air coils.

Filters: Essential for Clean Air

Some homeowners may not be aware of how crucial it is to replace air filters for a clean HVAC system to maintain healthy indoor air. The air filters play a critical role in cleaning HVAC systems, capturing airborne particles, such as dust and allergens, and ensuring the purest possible indoor air quality. It’s highly recommended to replace these filters every 30 days to prevent clogging, maintain efficient airflow throughout your home, and ensure your HVAC equipment continues functioning properly. Regular filter replacements are essential for a clean HVAC system and a healthy living environment.

Ducts: Clearing the Path for Airflow

When it comes to how often HVAC components are serviced, did you know that regular duct cleaning is fundamental for maintaining ultimate airflow and indoor air quality? Over time, dust, debris, and allergens can accumulate in your ductwork, negatively impacting air quality and system efficiency. We professionals urge you to consider duct cleaning every few years to remove buildup, improve overall performance, and ensure clean and healthy indoor air. Regular duct maintenance is key to a well-functioning and clean HVAC system.

Condenser Coil: Outdoor Maintenance Matters

Outdoor upkeep also helps clean out HVAC systems and is instrumental in its longevity and efficiency. Over time, your condenser coil can gather dust, pollen, and debris, obstructing heat transfer and system functionality. Experts indicate that property owners should clean the condenser coil annually to uphold peak performance and prevent insulation. This process helps eliminate buildup, ensures efficient heat transfer, and enhances the overall functionality of your HVAC unit. Regular outdoor maintenance is an imperative part of keeping your HVAC system clean, prolonging the life of your equipment, and even promoting energy savings.

Servicing HVAC System: Beyond Cleaning

Regular cleaning of HVAC systems goes beyond simple care and is vital for its long-term performance and reliability. During servicing, contractors thoroughly inspect major components, such as wiring, and diligently search for potential leaks. This proactive maintenance approach ensures optimal functionality, prevents costly breakdowns, and extends the lifespan of your unit. The experts at Eric’s Energy suggest scheduling professional servicing every few years to address any issues promptly, maintain high-quality operations, and guarantee peace of mind. Professional servicing is a primary factor in cleaning HVAC systems and preserving your equipment’s quality.

Wiring: Checking for Safety & Efficiency

To keep your HVAC system clean, contractors conduct thorough examinations of the wiring during regular maintenance to ensure safety and optimal operation. We meticulously check for any signs of wear, damage, or loose connections that could compromise system efficiency and safety. This detailed evaluation helps prevent electrical issues, ensure smooth operation, and improve overall performance. Prioritizing regular wiring checks is a safe bet for a clean HVAC system that puts your mind at ease.

Leaks: Preventing Energy Loss

During HVAC system servicing, professionals carefully search for leaks to prevent energy loss and ensure system reliability. We use specialized tools and techniques to detect and repair any leaks promptly, maintaining system efficiency and preventing potential damage. This proactive approach helps conserve energy, reduce utility costs, and prolong the lifespan of your HVAC unit. Addressing leaks is crucial in maintaining a clean HVAC system.

Contact Your Local Contractor to Service Your HVAC System

For residents in Lee’s Summit and the Kansas City Metro Area, Eric Kjelshus Energy Heating and Cooling is your trusted expert on how often to service HVAC systems for maintenance and repairs. With more than 50 years of experience, we deliver reliable, efficient solutions to cleaning HVAC systems and ensuring your system runs smoothly year-round.