Energy-Efficient Air Conditioners
By Travis Baugh | Expert Review By Michelle Notaro - Product Manager, Air Conditioners
Why Energy Efficiency Matters
Joseph Braswell, owner of Guin Service Company in Birmingham, AL explains why a homeowner should consider upgrading to an energy efficient AC with a high SEER2 rating.
“Many homeowners start considering higher SEER2 ratings because they want to lower their energy bills,” Braswell said. “But as SEER2 ratings increase, you also gain other benefits like quieter operation and improved humidity control. In our experience, more customers comment on the enhanced comfort of a high-SEER2 system than the actual energy savings.”
Bryant Energy-Efficient Air Conditioner Comparison
Bryant’s current central air conditioner lineup includes models with efficiency ratings from approximately 16 to 21 SEER2. The table below highlights several models and their published efficiency, compressor type, sound level and warranty information.
| Bryant model | SEER2 | EER2 | Compressor type | Sound level | Parts warranty |
| Evolution™ Extreme 191VAN | Up to 21 | Up to 12 | Variable-speed | As low as 55 dB | 10 years with timely registration |
| Preferred™ 148TAN | Up to 18 | Up to 13.5 | Two-stage scroll | As low as 71 dB | 10 years with timely registration |
| Legacy™ 135SAN | Up to 16.5 | Up to 14.5 | Single-stage scroll | As low as 71 dB | 10 years with timely registration |
Specifications vary by model, size and system combination. Check the individual product page and AHRI-certified combination for the efficiency and performance of a specific installation.
How to Choose the Right Bryant AC System
- Home Size and Layout: The size of your home plays a major role in determining the right AC capacity. Larger homes typically require higher-tonnage systems, while smaller spaces benefit from properly sized units that avoid wasted energy. Learn more about what size air conditioner you need.
- Local Climate: If you live in a region with hot or humid summers, choosing a system with a higher efficiency rating (like SEER2) can help reduce the electricity required for cooling compared with a lower-efficiency system. Actual energy use and operating costs vary based on climate, system size, thermostat settings, installation and other factors.
- Maintenance Needs: Routine upkeep is essential for long-term performance. Regular AC service and proper maintenance can help the system operate as designed.
- Budget and Long-Term Value: While high-efficiency systems may cost more upfront, the potential operating-cost savings depend on the system’s efficiency, local electricity rates, cooling demand and how the equipment is used. Rebates and incentives may also reduce upfront costs.
- System Type: Bryant offers both ducted and ductless options. Ductless mini split systems provide efficient targeted cooling and avoid some duct-related losses, while central systems provide whole-home cooling from a single system.
Ways to Improve Your AC’s Efficiency
- Stay on Top of Maintenance: Regular AC maintenance helps your system maintain proper airflow and performance. Replacing air filters, cleaning the outdoor unit, and ensuring vents are clear can all improve airflow and performance.
- Optimize Your Home Environment: Simple adjustments—like closing blinds during peak sunlight, using ceiling fans, or sealing air leaks—can reduce the amount of heat entering your home and the cooling load on your AC system.
- Upgrade to a Smart Thermostat: Smart thermostats can help manage temperatures according to your schedule and provide remote control, depending on the thermostat and system combination.
Understanding Efficiency Ratings
- SEER2 (Seasonal Energy Efficiency Ratio): Measures overall cooling efficiency across a season
- EER2 (Energy Efficiency Ratio): Reflects performance under specific conditions