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Air-Conditioner Installation and Replacement

Considering purchasing a new air-conditioner or cooling system? Exploring the benefits of a high-efficient air-conditioner installation? Wanting home cooling offering better comfort, improved energy efficiency, and longer warranties? Recently experienced unusually high electric bills?

Home Performance Group LLC is a established, local, veteran owned mechanical firm skilled in all cooling technologies, offering air-conditioner installation, repairs, and maintenance services.  Our team possesses the technical knowledge and practical experience to correctly size, properly install, and expertly maintain all types and brands of home air-conditioning systems. To explore the range of air-conditioning options and heating and cooling loads, Contact our solutions advisor today.

Click below to explore other cooling services we offer:

Home Performance Group LLC delivers quality installations for home air-conditioners:

  • Standard air-conditioner installation and replacements
  • Mid-efficiency air-conditioner installation and upgrades
  • High-efficiency air-conditioner installation and upgrades
  • Air-conditioner evaporator coil installation and replacements
  • Air-conditioner line set installation and replacements
  • Air-conditioner electrical disconnect installation and replacements
  • Air-conditioner safety inspections
  • Air-conditioner preventive maintenance

Key Benefits from Air-Conditioner Replacement or Upgrades:

  • New system coupled with professional installation eliminates inconvenient breakdowns and costly service calls
  • Improved comfort with even temperatures from multi-stage compressors, and variable speed fan motors
  • Super quite operation owing to ECM driven fan motors achieving decibel levels as low as 48 decibels 
  • New equipment warranty offers peace of mind from parts repair costs – (usually 5 to 10 years)
  • All-inclusive warranty option delivers routine maintenance and labor coverage for repairs – (3 to 10 years)
  • Decreased utility bills from higher SEER and multi-speed systems – (up to 50% reduction in electricity usage)
  • Long equipment life expectancies up to 15 years with regular preventive maintenance
  • Quality equipment surge protection reduces risk of power quality issues and electrical surges
  • Environmentally responsible operation with safer non-ozone depleting and low global warming refrigerants

Air-Conditioners – Did you Know

Research by the National Renewable Energy Laboratory (NREL) finds home air-conditioning and heating systems are the single largest energy consumer in our homes. In 1987, the National Appliance Energy Conservation Act set minimum federal standards for energy efficiency of many residential appliances. The Energy Policy Act of 1992, further expanded those standards to include air-conditioners and heating systems. Since 1992, all air-conditioning manufacturers have been required to comply with the United States Department of Energy (DOE) energy conservation standards Air-conditioner energy efficiency is measured by Seasonal Energy Efficiency Ratio (SEER), and beginning in 2023 the new SEER2 rating. Today, based on SEER(2), air-conditioners fall into three broad categories, federal minimum efficiency, mid-efficiency, and high-efficient systems. The Federal Trade Commission (FTC) requires manufacturers to display a unit’s SEER(2) on the yellow energy guide labels found on each piece of equipment. Labeling empowers buyers to compare various products based on estimated annual operating costs and ensures consumers know what they are buying. SEER2 describes how much cooling is produced for every watt of power purchased. For example, a new high-efficient 26 SEER air-conditioner uses half of the electricity a 13 SEER air-conditioner needs while producing the same amount of space conditioning drastically reducing electric bills. 

A further classification of air-conditioners concerns compressor stages. Two-stage or multi-stage compressors can operate at a lower speed and corresponding lower power consumption part of the time. For instance, many two-stage air-conditioner compressors initially cycle on at forty to sixty percent power and only when required ramp up to one hundred percent. This staging capability allows for better comfort and humidity control during shoulder months in the spring and fall, all while delivering lower energy usage. 

Additionally, the U.S. Department of Energy (DOE), finds air-conditioning systems in homes and buildings contribute to global warming emission both directly through refrigerant leaks, and indirectly through fossil fuel emissions for electricity production. Particularly harmful are older, phased-out, refrigerants still in service. Chlorine based refrigerants are especially harmful, destroying ozone in the upper atmosphere. During the 1990s, and early 2000s, replacements were developed to significantly reduce ozone depletion potential, but present global warming potential. Many of these refrigerants are still in use today in residential air-conditioners in the U.S. Today, newer alternative refrigerants eliminate all hazards to ozone while significantly reducing global warming potential. 

Finally, research published in the Journal of Building Engineering conducted cost benefit analysis on upgrading existing residential air-conditioners to high-efficient systems, and found a simple payback period of 5 years or less. Additionally, the study confirmed, large-scale transitioning, would mitigate tens of millions of tons of CO2 emissions per year. The peer-reviewed journal, Proceedings of the National Academy of Sciences (PNAS), finds continued advances in cooling technology, such as multi-stage compressors, dynamic expansion valves, and advanced controls, will result in lower energy consumption for space conditioning. Along the lines of environmental stewardship, the anticipated higher energy efficiencies of cooling systems are predicted to help offset growing demand and global adoption of air-conditioning in response to global warming.

LEARN MORE, CLICK BELOW on our published articles on air-conditioning technologies:

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Better people

Our team’s priority is to deliver quality installations. We advocate for load matched, high performance systems, and support innovative cooling technologies. We receive more than 40 hours per year of above-industry-standard mechanical training including heating and cooling load calculations, air-conditioner sizing, installation, commissioning, and diagnostics. Finally, our team maintains a Master Mechanical license providing clients confidence in our work and peace of mind in our installations.

Better products

When selecting air-conditioners, the products we choose demonstrate a history of reliable operation, and a proven track record for delivering year-round comfort. We regularly reassess the performance of our air-conditioner product lines while continuously exploring emerging cooling technologies. Our supply chain partners are industry leaders in manufacturing excellence, cooling product development, and innovations in efficiency, such as Carrier. When possible, we buy American made products.

Better solutions

Our skilled team possesses unparalleled knowledge in airflow, refrigerants, and code requirements ensuring our air-conditioning installation and upgrades provide long-term comfort and low utilities. Continuous training, particularly in high-efficient technologies afford us the opportunity to integrate new services and features into our solutions. Coupled with careful product selection our solutions deliver durable, reliable and forward-looking cooling systems.

Serving The Greater Kansas City Area

Featured Service Areas:

Blue Springs
Excelsior Springs
Kansas City
Lee's Summit
North Kansas City
Platte City
Sugar Creek

Kansas City

Mission Hills
Praire Village

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