3 ENERGY STAR certified 2.5-ton packaged heat pumps from 3 brands, ranked on their official ratings. Here are the winners for each kind of home, then the full list.
Average insulation, 8 ft ceilings. Sunny rooms, kitchens and older houses need more capacity. Size calculator
What a 2.5-ton packaged heat pump costs to run$79/month typical
Hot and dry (Phoenix)$1,069/yr · best $948
Hot and humid (Houston)$958/yr · best $850
Mixed (Atlanta)$949/yr · best $870
Cold (Chicago)$1,816/yr · best $1,701
Very cold (Minneapolis)$1,863/yr · best $1,754
Typical = median model of this size (16.0 SEER2, 8.6 HSPF2); best = most efficient. Local electricity prices from the U.S. EIA. Calculate for your home
Questions4
What is the best 2.5-ton packaged heat pump?
On certified efficiency, the Innovair TPV36H2XA leads at 18.5 SEER2 and 9.0 HSPF2. For cold climates the Innovair TPV36H2XA has the best efficiency at 5°F (COP 2.00). For very hot summers the Trane 5DCZ5030A1 has the highest EER2 (11.2). The right pick depends on your climate, so compare the lists above.
How many square feet does a 2.5-ton packaged heat pump cover?
About 1,000 to 1,500 sq ft with average insulation: 1,500 sq ft in a hot and dry climate like Phoenix, 1,500 sq ft in a hot and humid climate like Houston, 1,500 sq ft in a mixed climate like Atlanta, 1,100 sq ft in a cold climate like Chicago, 1,000 sq ft in a very cold climate like Minneapolis. Cold climates cover less because the heating load is larger.
How much does a 2.5-ton packaged heat pump cost to run?
A typical 2.5-ton packaged heat pump (16.0 SEER2, 8.6 HSPF2) uses about $949 of electricity a year in a mixed climate like Atlanta, roughly $79 a month on average. Across U.S. climates it ranges from $949 to $1,863 a year. The most efficient model in this class saves about $79 a year in Atlanta.
Which 2.5-ton packaged heat pump works best in cold weather?
Look for ENERGY STAR cold-climate certification (2 of 3 qualify). The Innovair TPV36H2XA has the highest COP at 5°F in this class (2.00) and delivers 28,000 BTU/h at 5°F. Cold-climate units are often marketed as hyper-heat or low-ambient models.