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BADGER vs Ovair: heat pump ratings compared
Against heat pumps of the same size and type, a typical BADGER model beats 24% and a typical Ovair model 56%. Ovair rates higher overall.
Covers heat pumps sold new today (R-454B and R-32 refrigerant). See older R-410A models · Updated
BADGER
24%
of similar heat pumps beaten by its typical model
Well below average4 models listed
Ovair
56%
of similar heat pumps beaten by its typical model
Above average4 models listed
- Efficiency on a 5°F dayCOP at 5°FBADGER: Beats 77%Ovair: Beats 39%
- Heating power kept at 5°FCapacity at 5°F vs 47°FBADGER: Beats 15%Ovair: Beats 37%
- Winter-long heating efficiencyHSPF2BADGER: Beats 23%Ovair: Beats 55%
- Summer-long cooling efficiencySEER2BADGER: Beats 14%Ovair: Beats 73%
- Hot-day cooling efficiencyEER2BADGER: Beats 5%Ovair: Beats 64%
Average (50%)Dashed outline: the other brand, for comparison
Want ranks, distributions per size class and cold-weather curves? Switch to Advanced
Rebate standards
CEE 2025
- BADGER
- 0%
- Ovair
- 100%
Xcel CC
- BADGER
- 25%
- Ovair
- 100%
CEE Advanced
- BADGER
- 0%
- Ovair
- 0%
ENERGY STAR CC
- BADGER
- 0%
- Ovair
- 0%
All-around best, ductless up to 1.5 tons
Balances heating (5°F output and efficiency, HSPF2) and cooling (SEER2, EER2), each rating against units their size.
Showing Ductless, Up to 1.5 tons (under 21,000 Btu/h cooling). What size is my system?
BADGER
- 1BADG-12HFN10-B1Lwith ductless indoor unit BADG-12HRDN10-B1LBADGER1 ton · 12,000 Btu/h · DuctlessNot a cold-climate pick: keeps 58% of its heat at 5°FMeets none of the standards tracked here
- Heat kept at 5°F
- 58% (Capacity at 5°F vs 47°F)
- Below the middle
- Efficiency at 5°F
- 2.20 (COP at 5°F)
- Great
- Winter efficiency
- 9.2 (HSPF2)
- Below the middle
- Cooling efficiency
- 19.0 (SEER2)
- Below the middle
- Hot-day cooling
- 8.8 (EER2)
- Below the middle
- 2BADG-17HFN10-M1Lwith ductless indoor unit BADG-17HRDN10-M1LBADGER1.5 tons · 17,000 Btu/h · DuctlessNot a cold-climate pick: keeps 58% of its heat at 5°FMeets none of the standards tracked here
- Heat kept at 5°F
- 59% (Capacity at 5°F vs 47°F)
- Below the middle
- Efficiency at 5°F
- 2.10 (COP at 5°F)
- Great
- Winter efficiency
- 8.7 (HSPF2)
- Below the middle
- Cooling efficiency
- 18.3 (SEER2)
- Below the middle
- Hot-day cooling
- 9.9 (EER2)
- Below the middle
- 3BADG-12HFN10-M1Lwith ductless indoor unit BADG-12HRDN10-M1LBADGER1 ton · 12,000 Btu/h · DuctlessNot a cold-climate pick: keeps 58% of its heat at 5°FMeets none of the standards tracked here
- Heat kept at 5°F
- 58% (Capacity at 5°F vs 47°F)
- Below the middle
- Efficiency at 5°F
- 2.20 (COP at 5°F)
- Great
- Winter efficiency
- 8.8 (HSPF2)
- Below the middle
- Cooling efficiency
- 18.0 (SEER2)
- Below the middle
- Hot-day cooling
- 8.8 (EER2)
- Below the middle
Ovair
- 1SL12000Owith ductless indoor unit SL12000IOvair1 ton · 12,000 Btu/h · DuctlessCold-climate pick, score 58.9Meets CEE 2025, CEE 2026, Xcel CC
- Heat kept at 5°F
- 72% (Capacity at 5°F vs 47°F)
- Below the middle
- Efficiency at 5°F
- 2.10 (COP at 5°F)
- Great
- Winter efficiency
- 10.0 (HSPF2)
- Good
- Cooling efficiency
- 23.0 (SEER2)
- Good
- Hot-day cooling
- 13.0 (EER2)
- Good
- 2SL9000Owith ductless indoor unit SL9000IOvair1 ton · 9,000 Btu/h · DuctlessCold-climate pick, score 39.5Meets CEE 2025, CEE 2026, Xcel CC
- Heat kept at 5°F
- 71% (Capacity at 5°F vs 47°F)
- Below the middle
- Efficiency at 5°F
- 1.90 (COP at 5°F)
- Below the middle
- Winter efficiency
- 9.5 (HSPF2)
- Below the middle
- Cooling efficiency
- 23.0 (SEER2)
- Good
- Hot-day cooling
- 13.0 (EER2)
- Good
- 3SL18000Owith ductless indoor unit SL18000IOvair1.5 tons · 18,000 Btu/h · DuctlessCold-climate pick, score 39.1Meets CEE 2025, CEE 2026, Xcel CC
- Heat kept at 5°F
- 72% (Capacity at 5°F vs 47°F)
- Below the middle
- Efficiency at 5°F
- 1.80 (COP at 5°F)
- Below the middle
- Winter efficiency
- 10.0 (HSPF2)
- Good
- Cooling efficiency
- 23.0 (SEER2)
- Good
- Hot-day cooling
- 12.5 (EER2)
- Good
These are certified test ratings, not a recommendation for your home. The right size comes from a load calculation by a contractor.
Next steps
The advanced view adds ranks, both brands’ models inside every size class, standout models per rating and cold-weather curves.
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