Make Sure Your HVAC Systems Are Meeting the New 2023 AC Energy Efficiency Regulations

In the next year, homeowners and businesses will need to look out for changes coming in January of new testing procedures for HVAC systems. Until recently, laws governing what constitutes energy-efficient air conditioning devices have been unaltered since 2015. Rather than depending on an outdated AC system, these new energy-efficiency requirements can help keep your property cool and humid-free for longer periods throughout the summer months and may even drastically reduce your existing energy bill. Continue reading to find out more about the efficiency rules that Morrison Plumbing will be adhering to in January 2023.
What Are the Current Energy-Efficiency Standards for HVAC Systems?
Energy-efficiency criteria for HVAC and cooling systems were last established in 2015. With a 7-year gap between these requirements and contemporary efficiency demands in homes and companies increasing, the criteria to maintain the comfort and safety of these properties must be altered. These modifications to the present SEER criteria will enable property owners that have newer air conditioning systems to experience better energy usage and cooling capabilities while saving money on monthly energy costs.
The current energy-efficiency regulations for HVAC systems are as follows: split and central AC systems must have a minimum cooling rating of 14 SEER in the South and Southwest and 13 SEER in the North. Morrison Plumbing in Caseyville, IL is available to assist your home in reaching its greatest cooling potential by conforming to the new efficiency regulations that will be implemented in January 2023.

The New Regional & National Efficiency Guidelines to 2023 HVAC Systems
Beginning January 1st, 2023, certain requirements for residential and commercial facilities that use standard air conditioning equipment will change. These new energy-efficiency criteria include changes to testing techniques for a range of air conditioning systems and models, both locally and nationally, to assure the performance and comfort of properties throughout the country. To be deemed efficient, your air conditioner will now have to fulfill even higher criteria than previously expected for homes and businesses of all sizes. Morrison Plumbing in Caseyville, IL has published the following new 2023 AC efficiency criteria that property owners should be aware of:
- Northern USA regions must meet a 14 SEER rating vs. 13 SEER in previous years for all cooling systems.
- Southern and Southwestern regions must meet a 15 SEER vs. 14 SEER in previous years for all cooling systems and split units that use less than 45K BTU.
- Split units must meet a 14.5 SEER rating as well.
- New EER/EER2 requirements will be set in the Southwest region.
- New testing ratings will be set in place to meet 2023 regional standards.
New HVAC Testing Procedures
When it comes to your air conditioning equipment in the United States, quality testing processes are critical. AC systems of all makes and models were traditionally rated on a SEER (Seasonal Energy Efficiency Ratio) scale, which divides cooling output during the summer by energy utilized during the summer. This value is then compared to the current energy ratings to determine if the system is energy efficient or whether it needs to be replaced with a new and better unit.
The new energy-efficiency testing techniques for HVAC cooling systems will now be graded on multiple separate bases’, beginning in 2023: SEER2, HSPF2, and EER2. When building new air conditioning equipment for households and businesses, current manufacturers will be required to meet these requirements. Manufacturers will need to keep an eye out for new data values, testing circumstances, and HVAC system installation procedures. Contact Morrison Plumbing in Caseyville, IL for more information on these new testing processes.

The New Regional & National Efficiency Guidelines to 2023 HVAC Systems
Beginning January 1st, 2023, certain requirements for residential and commercial facilities that use standard air conditioning equipment will change. These new energy-efficiency criteria include changes to testing techniques for a range of air conditioning systems and models, both locally and nationally, to assure the performance and comfort of properties throughout the country. To be deemed efficient, your air conditioner will now have to fulfill even higher criteria than previously expected for homes and businesses of all sizes. Morrison Plumbing in Caseyville, IL has published the following new 2023 AC efficiency criteria that property owners should be aware of:
- Northern USA regions must meet a 14 SEER rating vs. 13 SEER in previous years for all cooling systems.
- Southern and Southwestern regions must meet a 15 SEER vs. 14 SEER in previous years for all cooling systems and split units that use less than 45K BTU.
- Split units must meet a 14.5 SEER rating as well.
- New EER/EER2 requirements will be set in the Southwest region.
- New testing ratings will be set in place to meet 2023 regional standards.
New HVAC Testing Procedures
When it comes to your air conditioning equipment in the United States, quality testing processes are critical. AC systems of all makes and models were traditionally rated on a SEER (Seasonal Energy Efficiency Ratio) scale, which divides cooling output during the summer by energy utilized during the summer. This value is then compared to the current energy ratings to determine if the system is energy efficient or whether it needs to be replaced with a new and better unit.
The new energy-efficiency testing techniques for HVAC cooling systems will now be graded on multiple separate bases’, beginning in 2023: SEER2, HSPF2, and EER2. When building new air conditioning equipment for households and businesses, current manufacturers will be required to meet these requirements. Manufacturers will need to keep an eye out for new data values, testing circumstances, and HVAC system installation procedures. Contact Morrison Plumbing in Caseyville, IL for more information on these new testing processes.