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The REAL question is - are they any good? There are countless furnace manufactures on the market all claiming to be the best thing since sliced bread, so who do you trust? First off I would never trust someone who just sells Goodman , or only sells Trane and obviously hates Goodman Furnaces. Companies that offer just one brand have a very large vested interest in loving or hating anything other brand. My experience comes from 18 years in the HVAC trades, during that time I have installed and serviced about every brand of heating and cooling products on the market. I love some and well, not so thrilled with others.

Heat pumps have been used for many years in locations that typically experience milder winters. However, air-source heat pump technology has advanced over the past five years, enabling these systems to be used in areas with extended periods of subfreezing temperatures.

To get a better idea of how your air is heated or cooled, it helps to know a little bit about the parts that make up the heat pump system. A typical air-source heat pump system is a split or two-part system that uses electricity as its power source.

The heat pump works in conjunction with the air handler to distribute the warm or cool air to interior spaces. Control board : Controls whether the heat pump system should be in cooling, heating or defrost mode.

So, no matter where you live or whether your home is small or large, Goodman probably has a gas furnace to help keep your home warm and comfortable. (Features vary by model) 90+AFUE Furnaces. The 90(+) AFUE rating on these gas furnaces means that 90+ cents of every energy dollar warms your home, thus wasting very few energy dollars.

Reversing valves : Change the flow of refrigerant which determines if your interior space is cooled or heated. The accumulator : A reservoir that adjusts the refrigerant charge depending on seasonal needs.

Heat strips : An electric heat element is used for auxiliary heat.

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This added component is used to add additional heat on cold days or to recover from lower set back temperatures rapidly. Ducts : Serve as air tunnels to the various spaces inside your home. Thermostat or control system : Sets your desired temperature. Every once in a while with indoor comfort, you CAN have it all! Precise, energy-efficient indoor comfort for every month of the year is like having your cake and eating it too!

When properly installed and configured, a dual fuel technology indoor comfort system offers the incredible combination of year-round comfort and energy-efficient performance! A dual fuel system may come in the form of a packaged unit or a split system with two energy sources: the electric heat pump and a gas furnace. Dual fuel technology combines the cooling and heating performance that you get from a heat pump with the consistent heating capacity of a gas furnace.

What makes this system so precise and energy efficient for heating is that it seamlessly alternates between the two energy sources for heating comfort, depending on your specific outdoor conditions. When the thermostat or control system calls for cool air, the heat pump unit functions just like a central air conditioner, it is designed to keep your home cool and comfortable even on extremely hot days.

When your home needs moderate heating output, the heat pump reverses the refrigerant flow to provide warm air in your home and operates like a typical heat pump. In a dual fuel system, if the heating demand exceeds the preset heating capacity of the electric heat pump, the heat pump pauses, and the gas furnace takes over until the indoor temperature reaches the desired temperature on your thermostat or control system.

The system's switch point from the heat pump to the gas furnace can be set on the thermostat or control system by you or your dealer. Even on extremely cold days in winter, your dual fuel system is designed to provide energy-efficient, reliable, and consistent heat. Yet, heat source efficiency is only part of the equation. The cost of electricity and natural gas in your location can affect the cost-effectiveness of a dual fuel system.

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For example, in the annual average electricity price in Hawaii was estimated at When a dual fuel system's switch point can be determined by you or your dealer, the specific energy source pricing can be incorporated into the cost and efficiency equation. If switching from the heat pump to the gas furnace reduces the time required to get to your set temperature, your energy cost of operation may decrease, and your comfort level may increase. Although the electricity may cost less than the natural gas in some areas, it may cost you more if your heat pump has to operate longer to meet your indoor temperature needs.

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The flexibility of using a heat pump and a gas furnace may provide the homeowner with energy cost savings. However, it is important to learn the utility pricing options from your local utility provider s and then discuss the potential savings a dual fuel system might offer with your licensed professional HVAC dealer.

If you are looking to replace your air conditioner with a heat pump, your professional licensed HVAC dealer may be able to upgrade your system configuration so that your new heat pump works in conjunction with your existing furnace system.

If you are not currently utilizing natural gas as a heating source but it is an option is your area, homeowners interested in dual fuel systems may be able to add a high-efficiency gas furnace. The gas furnace would be the secondary heat source instead of using the heat pump's electric heat strip when the temperatures drop. To find out whether a dual fuel system is an option for your home and how you may benefit, talk to your professional licensed HVAC dealer. Department of Energy.

Air-Source Heat Pumps. Energy Information Administration. Energy Information Association.

Goodman air conditioner and furnace kits give you the complete heating and cooling package, providing comfort that lasts through all four seasons. Each kit includes compatible equipment pairings, making shopping for a complete HVAC system a cinch. Goodman GMV Gas Furnace. At the top of the food chain for Goodman 80gas furnaces sits the Goodman GMV series gas furnace. If you are looking to maximize comfort, efficiency and initial installation cost then this furnace rocks! The main factor why the GMV is king of the 80Goodman gas furnaces is all about the special fan motor. Jul 26,   Amana - GOODMAN - GmC - Janitrol How to determine the date of production/manufacture or age of Goodman Manufacturing HVAC Brand Systems. The date of production/manufacture or age of Goodman Manufacturing brand HVAC equipment can be determined from the serial number located on the data plate.

Factors Affecting Electricity Prices. Air-source heat pumps and gas furnaces are the common types of central residential heating systems. When installed and functioning properly, they can keep the indoors warm with the outdoor temperature start to fall.

The higher the HSPF, the more efficient the heating performance of the heat pumps. This measurement describes how well fuel is consumed to produce heat by a gas furnace. As the AFUE rate increases, the efficiency of your gas furnace also increases. The answer depends on the type of crowd you hang around with! Here are ten questions that often come up:. Are you ready to do some simple detective work?

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Although a heat pump provides both heating and cooling to your home, there is a simple way to determine if you have a heat pump by testing the unit in heating mode. Once you feel the heat coming from your return vent, head outside to observe that metal cabinet. Case closed! Since your heat pump is designed to heat and cool your home, it may be operating year-round.

Many dealers offer pre-season specials on inspection packages during their typical slow times of the year. Seasonal preventive maintenance on your heating and cooling system may guard against many unexpected failures and could maximize the lifecycle of your heating or cooling unit. But when that time comes, your wallet may not be ready!

HVAC financing helps spread the cost of new equipment or entire systems over a predetermined amount of time. Why dip into savings you may have earmarked for another purpose, add to an existing credit card balance or even consider a home equity line of credit? HVAC financing can be an effective means to fit a replacement system or equipment into your budget without breaking the bank.

It is important to review financing details to make sure you understand your financial responsibility.

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Base your buying decision on long-term comfort and energy-efficiency. A high-efficient system can also allow you to feel the difference compared to your old unit.

Impactful innovations such as variable-speed fans, variable-speed compressor and heat exchanger technology have ushered in a new era of HVAC operation that enhances indoor comfort and performance. While your frugal urges may tempt you to opt for a base or minimum efficiency system, the least expensive option may not be the most cost effective solution considering the life cycle of a new, energy efficient system.

High-efficient systems can realize uncompromised indoor comfort throughout your home, offer reoccurring savings on your monthly utility bill, and possibly increase the value of your home. Moreover, consumer financing can often cover the cost of an extended service plan. Extended service plans may minimize additional out of pocket expenses you face for the term of the service plan. Ask the dealer to provide complete information before you make a decision. In fact, the average retail price of electricity has increased from The answer may lie with a variable speed technology central heating and cooling system!

When one or more of these variable speed technology features is applied to your HVAC system, you may be able to spend less on utility costs without sacrificing your indoor comfort level. Variable speed technology refers to the type of compressor in your air conditioner or heat pump. The compressor is the heart of your air conditioning or heat pump system. It creates the cooling capacity for your system. This feature allows for various levels of output depending on your cooling demands - full capacity for hot summer days or reduced capacity for milder days.

It is a great energy-efficient option when compared to a single-speed unit. Variable speed technology can also apply to the type of blower motor located in the air handler or gas furnace. A variable speed blower motor can operate at various speeds to precisely control the amount of airflow throughout your home.

If you were in a one-mile bike race, would you take the route with one hill or multiple hills? Which would require more energy? It takes a great deal of energy to keep biking up multiple hills.

Variable speed technology allows for a more consistent path. Once your HVAC system reaches the desired indoor temperature, the variable option more precisely adjusts to the less demanding environment, minimizing the capacity required to maintain that temperature compared to a single-speed system. A variable speed system may run longer than your traditional HVAC system, but at a level that requires less energy.

This slow and steady operation offers some additional comfort benefits when compared to a single speed unit. Talk to your professional licensed HVAC dealer to see if variable speed is right for your home. For Centuries, scientists, inventors and outside-the-box thinkers have been trying to manipulate substances in order to alter the temperature of the indoors!

Gorrie was granted the first U. Patent for mechanical refrigeration in Modern air conditioning appears to be an evolutionary invention that was built upon a series of successful and not so successful concepts. It took 80 years from Dr. But as they say, history has a way of repeating itself. As a result, R22, the standard residential air conditioner refrigerant, was included in the Montreal Protocol list of substances that were to be phased out of production over time for new air conditioners and heat pumps.

According to the U. Under the Protocol, which was amended four times sincetotal United States HCFC production and consumption should be phased out by As a result, the Montreal Protocol and amendments allowed for a step-by-step phase out.

This phased program provides homeowners the option of switching to chlorine-free refrigerants when they see the need to replace their current air conditioner or heat pump.

Although the agreement was ultimately signed inthe HVAC industry had to prepare for the mandated changes. Companies had to develop alternate refrigerant technologies, engineer new designs to accommodate substance characteristics, realign manufacturing to accommodate changes, and re-train dealers and technicians on the ates.

This would take some time, but RA refrigerant, a hydrofluorocarbon compound HFCwas soon considered to be the most common alternative to R By January 1,there was a ban on the production and import of R EPA regulations require a ban on the production and import of R refrigerant by January 1, Afterany air conditioning or heat pump system using R that requires servicing will have to depend on potentially expensive R stockpiles or reclaimed refrigerant.

However, in the event that that equipment needs to be charged with refrigerant, there will be difficulties. As stated, modern air conditioning has been an evolutionary invention that was built upon a series of successful and not so successful concepts. Scientific discoveries, technological advancements, and even environmental policies and politics will continue to have an effect on the HVAC industry.

Because of the global warming potential of many HFC refrigerants, the latest amendment to the Montreal Protocol, the Kigali Amendment, has proposed to phase-down the use of refrigerants such as RA. Some products with this next generation refrigerant have already been introduced in the United States.

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In the meantime, homeowners replacing their aging air conditioning and heat pump systems with new RA equipment will know that they are purchasing a chlorine-free option, as well as potentially increasing the energy-efficiency level of the air conditioner or heat pump for their homes. Department of State.

Washington D. Federal Register. If you drive your car up hill, both ways, on tires with low air pressure, would you get the same miles-per-gallon MPG as you would if you were driving on a straight road, at a constant speed, with perfectly inflated wheels? Probably not. If the installation or usage varies from the standard test conditions, the performance and efficiency of an air conditioner or heat pump may be impacted.

Air conditioners and heat pumps, like automobiles, are tested within set laboratory conditions with properly matched system components. Each cooling component plays a vital role in making sure that you enjoy a comfortable indoor environment in your home. A complete cooling system may be composed of:. A licensed or professional contractor should be able to verify properly matched systems and SEER rating by providing you with a Certified Reference Number or a Certificate of Certified Product Performance.

If you are considering replacing just the outdoor portion of your cooling system, be sure to discuss compatibility and efficiency with your licensed or professional HVAC dealer. Yet, when your cooling system is not being maintained as recommended or simple home energy-efficient solutions are ignored, your energy bills may still be higher than you would like. To keep your central cooling system at peak performance, a licensed professional HVAC dealer should perform routine maintenance services.

During an inspection, your dealer may identify any airflow problems, system leaks, coil issues or potential concerns that could impact your system from operating at peak performance. Typical professional maintenance services that may keep your cooling system at peak performance may include the following actions:. Homeowners should also keep in mind additional conditions that may impact energy costs.

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These factors can influence the ability of your cooling system to perform at its designed efficiency level. Some conditions include, but are not limited to:. Cooling system manufacturers continue to pursue individual technologies that collectively may improve overall HVAC system efficiency. Advancements, including refrigerant, variable-speed drives, advanced controls, and additional mechanics that simplify installation, will continue to impact the energy costs associated with cool, indoor comfort.

To discover current HVAC technologies available that may improve the energy efficiency of your home, discuss the various options and potential cost saving with your licensed professional HVAC dealer. Vehicle and Field Emissions Testing.

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Appliance and Equipment Standards Rulemakings and Notices. The cabinet system can be installed at ground level, in a crawl space or on a rooftop. With a packaged system, you can have space for those new shoes and have the space to be comfortable in your home! Packaged units have the main heating and cooling components in a single-boxed cabinet that sits outside the home.

Packaged units come in multiple forms:. Smart technology is meant to simplify our lives. While home heating and cooling equipment has typically been designed with the latest technology available, there was never a need for smart communication - that was left to the thermostat or control system.

But as consumer behavior changes and home automation becomes more ingrained into our lifestyles, particular heating and cooling equipment manufacturers are responding! Some homeowners want to keep their basic thermostat.

Others find that when purchasing a new premium HVAC system, they are limited to one specific, and perhaps expensive, smart thermostat or control system. So what happens when you incorporate the communicating technology that was typically located in the thermostat directly into the heating and cooling equipment? The result is that you may be able to keep your current thermostat or control system and help your entire HVAC system cost-effectively operate at peak performance.

Traditionally, the equipment that creates the comfortable temperature in your home has had one function - to heat and cool your indoor spaces! It was the thermostat or control system that made it appear that the HVAC system was customizing energy-efficient performance.

Rather than relying on the circuit board in the thermostat which is connected to an inside wall in a homethe communicating technology circuit board securely installed in the indoor unit of the energy-efficient heating and cooling system uses a smart home algorithm to gather HVAC system performance data.

It uses this data to automatically make adjustments that may reduce the amount of energy used to heat or cool your home. It moves the required technology from the thermostat or control system to the HVAC equipment.

This technology is designed to create an intelligent indoor comfort system capable of customizing energy-efficient performance. Upon installation, it receives a simple signal from the thermostat and intelligently distributes operational messages between the indoor and outdoor components of a central heating and cooling system. With this intelligent HVAC technology added directly to the indoor equipment, you may find that you have many thermostat or control system options or even keep the one you have already invested in!

The choice is yours! The smart technology in the HVAC equipment is designed to take care of the rest!

Goodman image: Goodman offers six single-stage furnaces, including four models that operate at 92 percent AFUE or higher. Image 5 of 5 Goodman image: Goodman's best gas furnaces operate at up to 97 or 98 percent AFUE and use a modulating gas valve to . When you visit any website, it may store or retrieve information on your browser, mostly in the form of cookies. This information might be about you, your preferences or your device and is mostly used to make the site work as you expect it to. Goodman Gas Furnace Reviews - Goodman offers gas furnaces of various efficiency ratings from 80AFUE to 98AFUE. The range of features in various Goodman gas furnace offerings include many different features. From variable speed blower motors to multi-speed blower motors.

If you are considering upgrading your HVAC equipment or merely the thermostat or control system, it is best to seek the guidance of a licensed professional HVAC dealer. They will be able to assess your indoor comfort equipment and guide you to the optimal thermostat or control system for your needs. Home improvement television shows are booming! You may be able to live with an outdated kitchen or bathroom, but imagine living with a rundown heating and cooling system.

Upgrading your heating and cooling system may help with your monthly energy bill, overall indoor comfort, and give you peace of mind. Energy Bills. Homes that were part of the new construction boom in the late s and early s may have their original heating and cooling systems. If this sounds like your HVAC system, you may want to consider adding a new high-efficiency heating and cooling system to your home improvement list.

This rating s may help you determine if you are throwing potential energy savings out the window. The energy savings that you get with an upgraded HVAC system may save you money on your monthly utility bill. When it comes to efficiency ratingsthe higher the number, the more energy efficient the equipment was designed to be. The good news is that sinceminimum energy efficiency standards, HVAC technology, and performance features of heating and cooling equipment have improved.

Collectively, this can often be a good thing for your wallet. For example, SmarterHouse. That sounds like a good home improvement option! Indoor Comfort.

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While a particular flooring may look pretty, not much can compare to the whole-home comfort that air conditioning provides on a hot and humid summer day. You may love your beautifully renovated spa-like bathroom, but that sense of serenity is smashed if you freeze after exiting the shower. Some home improvements may visually improve your home. However, they may not fix your comfort level. If your house is in order, your mind is in order.

Heating and cooling system manufacturers continue to design and incorporate technologies that may collectively improve your overall indoor comfort. HVAC systems that include variable-speed options and advanced HVAC controls provide additional benefits for homeowners who prioritize indoor comfort.

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For example, HVAC equipment with variable speed fans automatically adjusts the amount of heated or cooled air blown through the vents into your indoor spaces. When your interior spaces reach the pre-set temperature on the thermostat or HVAC control system, the lower speed may maintain that set temperature longer than if the system turns off.

This allows for steady, consistent comfort in your home. Peace of Mind. But in typical fashion, a heating or cooling system often stops working at the worst possible timethe weekend, holidays, or when you simply want to relax. Living with a failed HVAC system can be inconvenient and very uncomfortable! When you have an aging, inefficient system, abrupt breakdowns and continuous repairs may start to add up - both financially and emotionally!

To keep repair costs under control, you may want to establish a repair cost cutoff point - meaning that you will replace your heating and cooling system if repairs cost more than your set amount. Because no matter how beautiful the floors and cabinets are, no one wants to too hot or too cold in their home. If you have a heat pump outside your home, the air handler is likely the indoor component comprising your two-part, split system that keeps the indoor temperature of your home comfortable all year long.

Most often, air handlers are located in the attic, basement or a dedicated closet, and may closely resemble the shape of a gas furnace.

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Depending on the design of your home, an air handler may be a principal indoor component of your heat pump system. Depending on the season, the circulated air is either cool or hot. Your air handler assists in regulating the circulation of indoor air and the temperature of the air in your home that you have set on your thermostat or control system. Your air handler consists of an evaporator coil, blower motor, air filter and the electrical and electronic components required to deliver enhanced levels of indoor comfort.

Blower Motor: The blower moves the air to the connected ductwork to circulate it into your indoor spaces. The blower motor may be a single speed, multi-speed or variable speed model. Filter: Before your air conditioned or heated air enters your ductwork, it passes through an air filter. The filter is intended to minimize the number of particulates circulated throughout your home, accumulate in the duct work, and land on the indoor components of your heat pump system.

Optional Electric Heat Strips: Provides an auxiliary, electric heating option when conditions arise that require activation. Even if your air handler is properly sized with your outdoor heat pump, a licensed professional HVAC dealer should ensure that the air supply and movement through the air handler are balanced. April showers may bring May flowers, but to those who live in mild areas of the country, it can also mark the beginning of air conditioning season! Birds are chirping, flowers are blooming and warm sunshine may be in your near future.

What a perfect time to share some fun facts about air conditioners! Cue the sounds of spring. In school, kids learn that one ton is equal to 2, pounds. Logically, if you had a 4-ton air conditioner or heat pump, you would expect your 8,pound piece of equipment to arrive on a flatbed truck! But thank goodness that is not the case! The tonnage or weight assigned to air conditioners and heat pumps has to do with the fact that people used to cool spaces with blocks of ice.

Before modern air conditioning, people rated their capacity to cool indoor spaces by the amount of ice that melted. When ice melts, it pulls heat energy from its surroundings.

The heat is transferred to the ice, which causes it to melt. And thanks to modern marvels, the tons of cooling have nothing to do with massive blocks of ice. Air conditioners and heat pumps use the basic laws of physics and the refrigeration cycle to maintain a comfortable indoor temperature when the outdoors heat up.

The refrigeration cycle is based on the physical principle that a liquid expanding into a gas extracts or pulls heat from its surroundings. You can test out this basic concept for yourself with a water faucet and your hand! Humidity is the amount of water vapor in the air. The more water vapor in the air, the higher the humidity. Air with higher humidity has an increased amount of water vapor. As a result, sweat may not evaporate as quickly as it would with a lower humidity level. This phenomenon may make us feel hotter than the actual temperature because evaporation is slowed.

Going back to the wet hand experiment - if the humidity level is high, it may take longer for the air to absorb the extra moisture on your wet hand. This explains why it feels hotter when the humidity levels are high. Likewise, very low humidity can make us feel cooler than the actual temperature. This happens because the dry air helps moisture evaporate more quickly than usual. So how can an air conditioning help you feel more comfortable in your home?

The moisture collected by the evaporator coil goes to a drain and then it is sent outside, away from your home. But air conditioners and heat pumps are not meant to control humidity independently.

It just happens to be an incidental by-product of the refrigeration cycle! Cramer, a leading figure in the textile industry, installed the first air conditioning system in the south.

His intent was to create ideal humidity levels at his Chronicle Cotton Mills in Belmont, NC in order to ease the process of spinning yarn. The business owner and trained engineer was credited with designing and equipping over cotton mills, held 60 patents, and pioneered humidity control and ventilating equipment. Air conditioning is continuously named as one of the top inventions in modern history. Most warm-weather states can give the nod to the air conditioner for their increasing populations.

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Can you imagine what life must have been like during those southern summer days? It was certainly different without an air conditioner!

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Old photographs often depicted people sitting on those expanded porches, hoping to catch a cool evening breeze. Outdoor living became part of the culture. However, people started to retreat indoors once air conditioning technology became more common. By the s, more than one million room air conditioning units had been sold. Bythe U. Thank goodness! Basic Refrigeration Cycle.

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Charlotte: American Cotton Manufacturers Association, Census Bureau. Census Bureau - Air Conditioning. Department of Commerce, You have tried to keep your budget in check, but you also want the temperature to be comfortable in your home!

Deep in your soul, are you wondering if the source of your high utility bill is your inefficient heating or cooling equipment? Why do you feel guilty every time you adjust the temperature on your thermostat or control system? As you may have heard, some things get better with age - wine, jeans, and maybe you! However, just like you, HVAC equipment may lose efficiency over time if not appropriately maintained.

Routine maintenance can play a big part in maximizing the longevity and maintaining the energy-efficient performance your equipment. Over time, lapses in annual maintenance may impact the delicate balancing act between HVAC equipment, air flow, and mechanics. If one or more components are not functioning as designed, the entire system may be affected and impact longevity and efficiency.

Routine maintenance may extend the life of your HVAC equipment and possibly prevent minor issues from turning into expensive major problems over time. If your HVAC equipment was installed inthe Pittsburgh Steelers had just won their fifth Super Bowl, and average residential, retail price for electricity was But in the average residential electricity price per Kilowatt hour was Fortunately, technology improvements have resulted in higher energy efficiency ratings for new indoor comfort systems.

You may think that you are saving money by putting off the installation of new heating or cooling equipment, but it may be costing you more than you think. Energy-efficient features, such as variable speed fans, variable speed compressors, and heat exchanger technology have also ushered in a new era of HVAC equipment.

Not only do these features offer the benefits of increased energy efficiency when compared to some older or base models, but they may also help keep your budget in check and greatly improve your overall comfort level in your home. But high-efficient HVAC equipment with innovative technology is only one piece of the puzzle.

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If other key energy-efficient solutions are ignored, your energy bills may still be higher than you would like. Additional factors that can influence heating and cooling efficiency levels include, but are not limited to:. If you are curious how your indoor heating and cooling equipment may be affecting your monthly utility bill or want to learn ways to improve efficiency, talk to your local professional licensed HVAC dealer.

Retrieved from U. When it comes to humidity, the Department of Energy suggests that your air conditioner or heat pump may make an indoor space more comfortable in hot, humid climates. While the main job of the air conditioner or heat pump is to condition the air to a set temperature, these comfort-creating pieces of equipment may lower the indoor humidity level as a by-product of the cooling process.

However, if the indoor humidity level remains high, you could still feel uncomfortably damp despite a cooler temperature. The temperature you feel has a lot to do with how much moisture, or water vapor, is in the air. If there is a small amount of porridge in the bowl, you can add more. But if the bowl is full of porridge, there is a good chance it will spill over the side.

The same is true of water vapor in the air. The more water vapor in the air, the less room there is for more to be added. If the air is filled with water vapor, it drops out in the form of rain, sleet or snow. The percentage of water vapor in the air, compared to how much it could hold without dropping out at a specific temperature is the relative humidity. When moisture evaporates from our skin, it has a cooling effect. Scientists tell us that evaporation rates increase when the relative humidity decreases.

Because there is room for more water vapor! Indoor air with higher humidity has an increased amount of water vapor. As a result, sweat may not evaporate from our skin as quickly as it would with a lower humidity level. While high indoor humidity may make you feel uncomfortable, air with low humidity level can impact your comfort as well.

While there are many variables involved including air pressure, temperature, and wind speed, etc.

According to the Natural Gas Efficiency Energy Solutions Center, "For any house that is at least modestly insulated, replacing a year-old furnace is likely to be the largest single energy management measure that can be taken to reduce heating costs." 6 However, the cost to replace a year old furnace with either 80and 90+gas. Goodman Manufacturing offers a range of affordable air conditioning, packaged units, heat pumps and gas furnaces for residential heating and cooling needs. Goodman GMSSBN Single Speed 1-Stage Upflow/Horizontal Gas Furnace with Low Nox, 96Afue, 60, Btu/H, 1, Cfm, " Width out of 5 stars 11 $1, $ 1,

When evaporation increases, the dry air may leave our skin and other parts of the body that require moisture, feeling dry and parched. Depending on the season and the geographical location of your home, your indoor spaces may be prone to high or low indoor humidity levels.

The idea of indoor humidity control sparked one of the first uses of air conditioning in the southern U. However, conventional heat pumps and air conditioners are not meant to control both temperature and humidity independently.

During the refrigeration cycle, warm air comes in contact with the cold evaporator coil in your air conditioner or heat pump.

When this happens, some moisture may be condensed out of the air making your home feel less humid. Any moisture collected by the coil goes to a drain and sent outside, away from your home. A unit that is too large for your home may cool your indoor space quickly, but cycle off before providing the incidental dehumidification. A licensed professional HVAC dealer may suggest a separate or additional dehumidifier, which can reduce the relative humidity in your home to a comfortable level.

A dehumidifier may:. Energy Saver - Dehumidifying Heat Pipes. Treehouse Weather Kids. MIT School of Engineering. But if your rooms are too hot or too cold, are you really comfortable in your home?

If you do, your system may provide years and years of indoor comfort so you can live your lifecomfortably. What room temperature is 'comfortable' for you and your home? By pre-programming temperature settings that align with lifestyles and preferences, you can create an environment that makes your family most comfortableand potentially save money in the process. Multi-speed ECM blower The top performance of an electronically commutated motor ECM provides airflow to match comfort needs, and reduces energy consumption and system noise compared to a single-speed motor.

Tubular heat exchanger with wrinkle bend technology Constructed from tubular aluminized-steel, the primary heat exchanger is designed for outstanding durability and heat transfer.

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