Self-defrost upright freezers (17)
Thermostat control

Thermostat control

This assesses the ability of the Freezer's thermostat to 1) achieve the desired initial set temperatures following manufacturer's recommendations. 2) keep internal temperatures constant despite large changes in room temperature.

 /  5
Temperature uniformity

Temperature uniformity

This performance test is based on how well a model minimizes warm and cold spots within the freezer.

 /  5
Energy efficiency

Energy efficiency

This reflects electricity consumption (based on our tests) per cubic foot of measured usable storage space. For example, two freezers with the same energy cost per year may have different energy efficiencies -- the unit with more storage space being more efficient.

 /  5
Power outage

Power outage

Power outage is the freezer's ability to stay cold after the electricity goes out.

 /  5
Thermostat control

Thermostat control

This assesses the ability of the Freezer's thermostat to 1) achieve the desired initial set temperatures following manufacturer's recommendations. 2) keep internal temperatures constant despite large changes in room temperature.

 /  5
Temperature uniformity

Temperature uniformity

This performance test is based on how well a model minimizes warm and cold spots within the freezer.

 /  5
Energy efficiency

Energy efficiency

This reflects electricity consumption (based on our tests) per cubic foot of measured usable storage space. For example, two freezers with the same energy cost per year may have different energy efficiencies -- the unit with more storage space being more efficient.

 /  5
Power outage

Power outage

Power outage is the freezer's ability to stay cold after the electricity goes out.

 /  5
Thermostat control

Thermostat control

This assesses the ability of the Freezer's thermostat to 1) achieve the desired initial set temperatures following manufacturer's recommendations. 2) keep internal temperatures constant despite large changes in room temperature.

 /  5
Temperature uniformity

Temperature uniformity

This performance test is based on how well a model minimizes warm and cold spots within the freezer.

 /  5
Energy efficiency

Energy efficiency

This reflects electricity consumption (based on our tests) per cubic foot of measured usable storage space. For example, two freezers with the same energy cost per year may have different energy efficiencies -- the unit with more storage space being more efficient.

 /  5
Power outage

Power outage

Power outage is the freezer's ability to stay cold after the electricity goes out.

 /  5
Thermostat control

Thermostat control

This assesses the ability of the Freezer's thermostat to 1) achieve the desired initial set temperatures following manufacturer's recommendations. 2) keep internal temperatures constant despite large changes in room temperature.

 /  5
Temperature uniformity

Temperature uniformity

This performance test is based on how well a model minimizes warm and cold spots within the freezer.

 /  5
Energy efficiency

Energy efficiency

This reflects electricity consumption (based on our tests) per cubic foot of measured usable storage space. For example, two freezers with the same energy cost per year may have different energy efficiencies -- the unit with more storage space being more efficient.

 /  5
Power outage

Power outage

Power outage is the freezer's ability to stay cold after the electricity goes out.

 /  5
Thermostat control

Thermostat control

This assesses the ability of the Freezer's thermostat to 1) achieve the desired initial set temperatures following manufacturer's recommendations. 2) keep internal temperatures constant despite large changes in room temperature.

 /  5
Temperature uniformity

Temperature uniformity

This performance test is based on how well a model minimizes warm and cold spots within the freezer.

 /  5
Energy efficiency

Energy efficiency

This reflects electricity consumption (based on our tests) per cubic foot of measured usable storage space. For example, two freezers with the same energy cost per year may have different energy efficiencies -- the unit with more storage space being more efficient.

 /  5
Power outage

Power outage

Power outage is the freezer's ability to stay cold after the electricity goes out.

 /  5
Thermostat control

Thermostat control

This assesses the ability of the Freezer's thermostat to 1) achieve the desired initial set temperatures following manufacturer's recommendations. 2) keep internal temperatures constant despite large changes in room temperature.

 /  5
Temperature uniformity

Temperature uniformity

This performance test is based on how well a model minimizes warm and cold spots within the freezer.

 /  5
Energy efficiency

Energy efficiency

This reflects electricity consumption (based on our tests) per cubic foot of measured usable storage space. For example, two freezers with the same energy cost per year may have different energy efficiencies -- the unit with more storage space being more efficient.

 /  5
Power outage

Power outage

Power outage is the freezer's ability to stay cold after the electricity goes out.

 /  5
Thermostat control

Thermostat control

This assesses the ability of the Freezer's thermostat to 1) achieve the desired initial set temperatures following manufacturer's recommendations. 2) keep internal temperatures constant despite large changes in room temperature.

 /  5
Temperature uniformity

Temperature uniformity

This performance test is based on how well a model minimizes warm and cold spots within the freezer.

 /  5
Energy efficiency

Energy efficiency

This reflects electricity consumption (based on our tests) per cubic foot of measured usable storage space. For example, two freezers with the same energy cost per year may have different energy efficiencies -- the unit with more storage space being more efficient.

 /  5
Power outage

Power outage

Power outage is the freezer's ability to stay cold after the electricity goes out.

 /  5
Thermostat control

Thermostat control

This assesses the ability of the Freezer's thermostat to 1) achieve the desired initial set temperatures following manufacturer's recommendations. 2) keep internal temperatures constant despite large changes in room temperature.

 /  5
Temperature uniformity

Temperature uniformity

This performance test is based on how well a model minimizes warm and cold spots within the freezer.

 /  5
Energy efficiency

Energy efficiency

This reflects electricity consumption (based on our tests) per cubic foot of measured usable storage space. For example, two freezers with the same energy cost per year may have different energy efficiencies -- the unit with more storage space being more efficient.

 /  5
Power outage

Power outage

Power outage is the freezer's ability to stay cold after the electricity goes out.

 /  5
Thermostat control

Thermostat control

This assesses the ability of the Freezer's thermostat to 1) achieve the desired initial set temperatures following manufacturer's recommendations. 2) keep internal temperatures constant despite large changes in room temperature.

 /  5
Temperature uniformity

Temperature uniformity

This performance test is based on how well a model minimizes warm and cold spots within the freezer.

 /  5
Energy efficiency

Energy efficiency

This reflects electricity consumption (based on our tests) per cubic foot of measured usable storage space. For example, two freezers with the same energy cost per year may have different energy efficiencies -- the unit with more storage space being more efficient.

 /  5
Power outage

Power outage

Power outage is the freezer's ability to stay cold after the electricity goes out.

 /  5
Thermostat control

Thermostat control

This assesses the ability of the Freezer's thermostat to 1) achieve the desired initial set temperatures following manufacturer's recommendations. 2) keep internal temperatures constant despite large changes in room temperature.

 /  5
Temperature uniformity

Temperature uniformity

This performance test is based on how well a model minimizes warm and cold spots within the freezer.

 /  5
Energy efficiency

Energy efficiency

This reflects electricity consumption (based on our tests) per cubic foot of measured usable storage space. For example, two freezers with the same energy cost per year may have different energy efficiencies -- the unit with more storage space being more efficient.

 /  5
Power outage

Power outage

Power outage is the freezer's ability to stay cold after the electricity goes out.

 /  5
Thermostat control

Thermostat control

This assesses the ability of the Freezer's thermostat to 1) achieve the desired initial set temperatures following manufacturer's recommendations. 2) keep internal temperatures constant despite large changes in room temperature.

 /  5
Temperature uniformity

Temperature uniformity

This performance test is based on how well a model minimizes warm and cold spots within the freezer.

 /  5
Energy efficiency

Energy efficiency

This reflects electricity consumption (based on our tests) per cubic foot of measured usable storage space. For example, two freezers with the same energy cost per year may have different energy efficiencies -- the unit with more storage space being more efficient.

 /  5
Power outage

Power outage

Power outage is the freezer's ability to stay cold after the electricity goes out.

 /  5
Thermostat control

Thermostat control

This assesses the ability of the Freezer's thermostat to 1) achieve the desired initial set temperatures following manufacturer's recommendations. 2) keep internal temperatures constant despite large changes in room temperature.

 /  5
Temperature uniformity

Temperature uniformity

This performance test is based on how well a model minimizes warm and cold spots within the freezer.

 /  5
Energy efficiency

Energy efficiency

This reflects electricity consumption (based on our tests) per cubic foot of measured usable storage space. For example, two freezers with the same energy cost per year may have different energy efficiencies -- the unit with more storage space being more efficient.

 /  5
Power outage

Power outage

Power outage is the freezer's ability to stay cold after the electricity goes out.

 /  5
Thermostat control

Thermostat control

This assesses the ability of the Freezer's thermostat to 1) achieve the desired initial set temperatures following manufacturer's recommendations. 2) keep internal temperatures constant despite large changes in room temperature.

 /  5
Temperature uniformity

Temperature uniformity

This performance test is based on how well a model minimizes warm and cold spots within the freezer.

 /  5
Energy efficiency

Energy efficiency

This reflects electricity consumption (based on our tests) per cubic foot of measured usable storage space. For example, two freezers with the same energy cost per year may have different energy efficiencies -- the unit with more storage space being more efficient.

 /  5
Power outage

Power outage

Power outage is the freezer's ability to stay cold after the electricity goes out.

 /  5
Thermostat control

Thermostat control

This assesses the ability of the Freezer's thermostat to 1) achieve the desired initial set temperatures following manufacturer's recommendations. 2) keep internal temperatures constant despite large changes in room temperature.

 /  5
Temperature uniformity

Temperature uniformity

This performance test is based on how well a model minimizes warm and cold spots within the freezer.

 /  5
Energy efficiency

Energy efficiency

This reflects electricity consumption (based on our tests) per cubic foot of measured usable storage space. For example, two freezers with the same energy cost per year may have different energy efficiencies -- the unit with more storage space being more efficient.

 /  5
Power outage

Power outage

Power outage is the freezer's ability to stay cold after the electricity goes out.

 /  5
Thermostat control

Thermostat control

This assesses the ability of the Freezer's thermostat to 1) achieve the desired initial set temperatures following manufacturer's recommendations. 2) keep internal temperatures constant despite large changes in room temperature.

 /  5
Temperature uniformity

Temperature uniformity

This performance test is based on how well a model minimizes warm and cold spots within the freezer.

 /  5
Energy efficiency

Energy efficiency

This reflects electricity consumption (based on our tests) per cubic foot of measured usable storage space. For example, two freezers with the same energy cost per year may have different energy efficiencies -- the unit with more storage space being more efficient.

 /  5
Power outage

Power outage

Power outage is the freezer's ability to stay cold after the electricity goes out.

 /  5
Thermostat control

Thermostat control

This assesses the ability of the Freezer's thermostat to 1) achieve the desired initial set temperatures following manufacturer's recommendations. 2) keep internal temperatures constant despite large changes in room temperature.

 /  5
Temperature uniformity

Temperature uniformity

This performance test is based on how well a model minimizes warm and cold spots within the freezer.

 /  5
Energy efficiency

Energy efficiency

This reflects electricity consumption (based on our tests) per cubic foot of measured usable storage space. For example, two freezers with the same energy cost per year may have different energy efficiencies -- the unit with more storage space being more efficient.

 /  5
Power outage

Power outage

Power outage is the freezer's ability to stay cold after the electricity goes out.

 /  5
Thermostat control

Thermostat control

This assesses the ability of the Freezer's thermostat to 1) achieve the desired initial set temperatures following manufacturer's recommendations. 2) keep internal temperatures constant despite large changes in room temperature.

 /  5
Temperature uniformity

Temperature uniformity

This performance test is based on how well a model minimizes warm and cold spots within the freezer.

 /  5
Energy efficiency

Energy efficiency

This reflects electricity consumption (based on our tests) per cubic foot of measured usable storage space. For example, two freezers with the same energy cost per year may have different energy efficiencies -- the unit with more storage space being more efficient.

 /  5
Power outage

Power outage

Power outage is the freezer's ability to stay cold after the electricity goes out.

 /  5
Thermostat control

Thermostat control

This assesses the ability of the Freezer's thermostat to 1) achieve the desired initial set temperatures following manufacturer's recommendations. 2) keep internal temperatures constant despite large changes in room temperature.

 /  5
Temperature uniformity

Temperature uniformity

This performance test is based on how well a model minimizes warm and cold spots within the freezer.

 /  5
Energy efficiency

Energy efficiency

This reflects electricity consumption (based on our tests) per cubic foot of measured usable storage space. For example, two freezers with the same energy cost per year may have different energy efficiencies -- the unit with more storage space being more efficient.

 /  5
Power outage

Power outage

Power outage is the freezer's ability to stay cold after the electricity goes out.

 /  5
Manual-defrost upright freezers (3)
Thermostat control

Thermostat control

This assesses the ability of the Freezer's thermostat to 1) achieve the desired initial set temperatures following manufacturer's recommendations. 2) keep internal temperatures constant despite large changes in room temperature.

 /  5
Temperature uniformity

Temperature uniformity

This performance test is based on how well a model minimizes warm and cold spots within the freezer.

 /  5
Energy efficiency

Energy efficiency

This reflects electricity consumption (based on our tests) per cubic foot of measured usable storage space. For example, two freezers with the same energy cost per year may have different energy efficiencies -- the unit with more storage space being more efficient.

 /  5
Power outage

Power outage

Power outage is the freezer's ability to stay cold after the electricity goes out.

 /  5
Thermostat control

Thermostat control

This assesses the ability of the Freezer's thermostat to 1) achieve the desired initial set temperatures following manufacturer's recommendations. 2) keep internal temperatures constant despite large changes in room temperature.

 /  5
Temperature uniformity

Temperature uniformity

This performance test is based on how well a model minimizes warm and cold spots within the freezer.

 /  5
Energy efficiency

Energy efficiency

This reflects electricity consumption (based on our tests) per cubic foot of measured usable storage space. For example, two freezers with the same energy cost per year may have different energy efficiencies -- the unit with more storage space being more efficient.

 /  5
Power outage

Power outage

Power outage is the freezer's ability to stay cold after the electricity goes out.

 /  5
Thermostat control

Thermostat control

This assesses the ability of the Freezer's thermostat to 1) achieve the desired initial set temperatures following manufacturer's recommendations. 2) keep internal temperatures constant despite large changes in room temperature.

 /  5
Temperature uniformity

Temperature uniformity

This performance test is based on how well a model minimizes warm and cold spots within the freezer.

 /  5
Energy efficiency

Energy efficiency

This reflects electricity consumption (based on our tests) per cubic foot of measured usable storage space. For example, two freezers with the same energy cost per year may have different energy efficiencies -- the unit with more storage space being more efficient.

 /  5
Power outage

Power outage

Power outage is the freezer's ability to stay cold after the electricity goes out.

 /  5
Manual-defrost chest freezers (23)
Thermostat control

Thermostat control

This assesses the ability of the Freezer's thermostat to 1) achieve the desired initial set temperatures following manufacturer's recommendations. 2) keep internal temperatures constant despite large changes in room temperature.

 /  5
Temperature uniformity

Temperature uniformity

This performance test is based on how well a model minimizes warm and cold spots within the freezer.

 /  5
Energy efficiency

Energy efficiency

This reflects electricity consumption (based on our tests) per cubic foot of measured usable storage space. For example, two freezers with the same energy cost per year may have different energy efficiencies -- the unit with more storage space being more efficient.

 /  5
Power outage

Power outage

Power outage is the freezer's ability to stay cold after the electricity goes out.

 /  5
Thermostat control

Thermostat control

This assesses the ability of the Freezer's thermostat to 1) achieve the desired initial set temperatures following manufacturer's recommendations. 2) keep internal temperatures constant despite large changes in room temperature.

 /  5
Temperature uniformity

Temperature uniformity

This performance test is based on how well a model minimizes warm and cold spots within the freezer.

 /  5
Energy efficiency

Energy efficiency

This reflects electricity consumption (based on our tests) per cubic foot of measured usable storage space. For example, two freezers with the same energy cost per year may have different energy efficiencies -- the unit with more storage space being more efficient.

 /  5
Power outage

Power outage

Power outage is the freezer's ability to stay cold after the electricity goes out.

 /  5
Thermostat control

Thermostat control

This assesses the ability of the Freezer's thermostat to 1) achieve the desired initial set temperatures following manufacturer's recommendations. 2) keep internal temperatures constant despite large changes in room temperature.

 /  5
Temperature uniformity

Temperature uniformity

This performance test is based on how well a model minimizes warm and cold spots within the freezer.

 /  5
Energy efficiency

Energy efficiency

This reflects electricity consumption (based on our tests) per cubic foot of measured usable storage space. For example, two freezers with the same energy cost per year may have different energy efficiencies -- the unit with more storage space being more efficient.

 /  5
Power outage

Power outage

Power outage is the freezer's ability to stay cold after the electricity goes out.

 /  5
Thermostat control

Thermostat control

This assesses the ability of the Freezer's thermostat to 1) achieve the desired initial set temperatures following manufacturer's recommendations. 2) keep internal temperatures constant despite large changes in room temperature.

 /  5
Temperature uniformity

Temperature uniformity

This performance test is based on how well a model minimizes warm and cold spots within the freezer.

 /  5
Energy efficiency

Energy efficiency

This reflects electricity consumption (based on our tests) per cubic foot of measured usable storage space. For example, two freezers with the same energy cost per year may have different energy efficiencies -- the unit with more storage space being more efficient.

 /  5
Power outage

Power outage

Power outage is the freezer's ability to stay cold after the electricity goes out.

 /  5
Thermostat control

Thermostat control

This assesses the ability of the Freezer's thermostat to 1) achieve the desired initial set temperatures following manufacturer's recommendations. 2) keep internal temperatures constant despite large changes in room temperature.

 /  5
Temperature uniformity

Temperature uniformity

This performance test is based on how well a model minimizes warm and cold spots within the freezer.

 /  5
Energy efficiency

Energy efficiency

This reflects electricity consumption (based on our tests) per cubic foot of measured usable storage space. For example, two freezers with the same energy cost per year may have different energy efficiencies -- the unit with more storage space being more efficient.

 /  5
Power outage

Power outage

Power outage is the freezer's ability to stay cold after the electricity goes out.

 /  5
Thermostat control

Thermostat control

This assesses the ability of the Freezer's thermostat to 1) achieve the desired initial set temperatures following manufacturer's recommendations. 2) keep internal temperatures constant despite large changes in room temperature.

 /  5
Temperature uniformity

Temperature uniformity

This performance test is based on how well a model minimizes warm and cold spots within the freezer.

 /  5
Energy efficiency

Energy efficiency

This reflects electricity consumption (based on our tests) per cubic foot of measured usable storage space. For example, two freezers with the same energy cost per year may have different energy efficiencies -- the unit with more storage space being more efficient.

 /  5
Power outage

Power outage

Power outage is the freezer's ability to stay cold after the electricity goes out.

 /  5
Thermostat control

Thermostat control

This assesses the ability of the Freezer's thermostat to 1) achieve the desired initial set temperatures following manufacturer's recommendations. 2) keep internal temperatures constant despite large changes in room temperature.

 /  5
Temperature uniformity

Temperature uniformity

This performance test is based on how well a model minimizes warm and cold spots within the freezer.

 /  5
Energy efficiency

Energy efficiency

This reflects electricity consumption (based on our tests) per cubic foot of measured usable storage space. For example, two freezers with the same energy cost per year may have different energy efficiencies -- the unit with more storage space being more efficient.

 /  5
Power outage

Power outage

Power outage is the freezer's ability to stay cold after the electricity goes out.

 /  5
Thermostat control

Thermostat control

This assesses the ability of the Freezer's thermostat to 1) achieve the desired initial set temperatures following manufacturer's recommendations. 2) keep internal temperatures constant despite large changes in room temperature.

 /  5
Temperature uniformity

Temperature uniformity

This performance test is based on how well a model minimizes warm and cold spots within the freezer.

 /  5
Energy efficiency

Energy efficiency

This reflects electricity consumption (based on our tests) per cubic foot of measured usable storage space. For example, two freezers with the same energy cost per year may have different energy efficiencies -- the unit with more storage space being more efficient.

 /  5
Power outage

Power outage

Power outage is the freezer's ability to stay cold after the electricity goes out.

 /  5
Thermostat control

Thermostat control

This assesses the ability of the Freezer's thermostat to 1) achieve the desired initial set temperatures following manufacturer's recommendations. 2) keep internal temperatures constant despite large changes in room temperature.

 /  5
Temperature uniformity

Temperature uniformity

This performance test is based on how well a model minimizes warm and cold spots within the freezer.

 /  5
Energy efficiency

Energy efficiency

This reflects electricity consumption (based on our tests) per cubic foot of measured usable storage space. For example, two freezers with the same energy cost per year may have different energy efficiencies -- the unit with more storage space being more efficient.

 /  5
Power outage

Power outage

Power outage is the freezer's ability to stay cold after the electricity goes out.

 /  5
Thermostat control

Thermostat control

This assesses the ability of the Freezer's thermostat to 1) achieve the desired initial set temperatures following manufacturer's recommendations. 2) keep internal temperatures constant despite large changes in room temperature.

 /  5
Temperature uniformity

Temperature uniformity

This performance test is based on how well a model minimizes warm and cold spots within the freezer.

 /  5
Energy efficiency

Energy efficiency

This reflects electricity consumption (based on our tests) per cubic foot of measured usable storage space. For example, two freezers with the same energy cost per year may have different energy efficiencies -- the unit with more storage space being more efficient.

 /  5
Power outage

Power outage

Power outage is the freezer's ability to stay cold after the electricity goes out.

 /  5
Thermostat control

Thermostat control

This assesses the ability of the Freezer's thermostat to 1) achieve the desired initial set temperatures following manufacturer's recommendations. 2) keep internal temperatures constant despite large changes in room temperature.

 /  5
Temperature uniformity

Temperature uniformity

This performance test is based on how well a model minimizes warm and cold spots within the freezer.

 /  5
Energy efficiency

Energy efficiency

This reflects electricity consumption (based on our tests) per cubic foot of measured usable storage space. For example, two freezers with the same energy cost per year may have different energy efficiencies -- the unit with more storage space being more efficient.

 /  5
Power outage

Power outage

Power outage is the freezer's ability to stay cold after the electricity goes out.

 /  5
Thermostat control

Thermostat control

This assesses the ability of the Freezer's thermostat to 1) achieve the desired initial set temperatures following manufacturer's recommendations. 2) keep internal temperatures constant despite large changes in room temperature.

 /  5
Temperature uniformity

Temperature uniformity

This performance test is based on how well a model minimizes warm and cold spots within the freezer.

 /  5
Energy efficiency

Energy efficiency

This reflects electricity consumption (based on our tests) per cubic foot of measured usable storage space. For example, two freezers with the same energy cost per year may have different energy efficiencies -- the unit with more storage space being more efficient.

 /  5
Power outage

Power outage

Power outage is the freezer's ability to stay cold after the electricity goes out.

 /  5
Thermostat control

Thermostat control

This assesses the ability of the Freezer's thermostat to 1) achieve the desired initial set temperatures following manufacturer's recommendations. 2) keep internal temperatures constant despite large changes in room temperature.

 /  5
Temperature uniformity

Temperature uniformity

This performance test is based on how well a model minimizes warm and cold spots within the freezer.

 /  5
Energy efficiency

Energy efficiency

This reflects electricity consumption (based on our tests) per cubic foot of measured usable storage space. For example, two freezers with the same energy cost per year may have different energy efficiencies -- the unit with more storage space being more efficient.

 /  5
Power outage

Power outage

Power outage is the freezer's ability to stay cold after the electricity goes out.

 /  5
Thermostat control

Thermostat control

This assesses the ability of the Freezer's thermostat to 1) achieve the desired initial set temperatures following manufacturer's recommendations. 2) keep internal temperatures constant despite large changes in room temperature.

 /  5
Temperature uniformity

Temperature uniformity

This performance test is based on how well a model minimizes warm and cold spots within the freezer.

 /  5
Energy efficiency

Energy efficiency

This reflects electricity consumption (based on our tests) per cubic foot of measured usable storage space. For example, two freezers with the same energy cost per year may have different energy efficiencies -- the unit with more storage space being more efficient.

 /  5
Power outage

Power outage

Power outage is the freezer's ability to stay cold after the electricity goes out.

 /  5
Thermostat control

Thermostat control

This assesses the ability of the Freezer's thermostat to 1) achieve the desired initial set temperatures following manufacturer's recommendations. 2) keep internal temperatures constant despite large changes in room temperature.

 /  5
Temperature uniformity

Temperature uniformity

This performance test is based on how well a model minimizes warm and cold spots within the freezer.

 /  5
Energy efficiency

Energy efficiency

This reflects electricity consumption (based on our tests) per cubic foot of measured usable storage space. For example, two freezers with the same energy cost per year may have different energy efficiencies -- the unit with more storage space being more efficient.

 /  5
Power outage

Power outage

Power outage is the freezer's ability to stay cold after the electricity goes out.

 /  5
Thermostat control

Thermostat control

This assesses the ability of the Freezer's thermostat to 1) achieve the desired initial set temperatures following manufacturer's recommendations. 2) keep internal temperatures constant despite large changes in room temperature.

 /  5
Temperature uniformity

Temperature uniformity

This performance test is based on how well a model minimizes warm and cold spots within the freezer.

 /  5
Energy efficiency

Energy efficiency

This reflects electricity consumption (based on our tests) per cubic foot of measured usable storage space. For example, two freezers with the same energy cost per year may have different energy efficiencies -- the unit with more storage space being more efficient.

 /  5
Power outage

Power outage

Power outage is the freezer's ability to stay cold after the electricity goes out.

 /  5
Thermostat control

Thermostat control

This assesses the ability of the Freezer's thermostat to 1) achieve the desired initial set temperatures following manufacturer's recommendations. 2) keep internal temperatures constant despite large changes in room temperature.

 /  5
Temperature uniformity

Temperature uniformity

This performance test is based on how well a model minimizes warm and cold spots within the freezer.

 /  5
Energy efficiency

Energy efficiency

This reflects electricity consumption (based on our tests) per cubic foot of measured usable storage space. For example, two freezers with the same energy cost per year may have different energy efficiencies -- the unit with more storage space being more efficient.

 /  5
Power outage

Power outage

Power outage is the freezer's ability to stay cold after the electricity goes out.

 /  5
Thermostat control

Thermostat control

This assesses the ability of the Freezer's thermostat to 1) achieve the desired initial set temperatures following manufacturer's recommendations. 2) keep internal temperatures constant despite large changes in room temperature.

 /  5
Temperature uniformity

Temperature uniformity

This performance test is based on how well a model minimizes warm and cold spots within the freezer.

 /  5
Energy efficiency

Energy efficiency

This reflects electricity consumption (based on our tests) per cubic foot of measured usable storage space. For example, two freezers with the same energy cost per year may have different energy efficiencies -- the unit with more storage space being more efficient.

 /  5
Power outage

Power outage

Power outage is the freezer's ability to stay cold after the electricity goes out.

 /  5
Thermostat control

Thermostat control

This assesses the ability of the Freezer's thermostat to 1) achieve the desired initial set temperatures following manufacturer's recommendations. 2) keep internal temperatures constant despite large changes in room temperature.

 /  5
Temperature uniformity

Temperature uniformity

This performance test is based on how well a model minimizes warm and cold spots within the freezer.

 /  5
Energy efficiency

Energy efficiency

This reflects electricity consumption (based on our tests) per cubic foot of measured usable storage space. For example, two freezers with the same energy cost per year may have different energy efficiencies -- the unit with more storage space being more efficient.

 /  5
Power outage

Power outage

Power outage is the freezer's ability to stay cold after the electricity goes out.

 /  5
Thermostat control

Thermostat control

This assesses the ability of the Freezer's thermostat to 1) achieve the desired initial set temperatures following manufacturer's recommendations. 2) keep internal temperatures constant despite large changes in room temperature.

 /  5
Temperature uniformity

Temperature uniformity

This performance test is based on how well a model minimizes warm and cold spots within the freezer.

 /  5
Energy efficiency

Energy efficiency

This reflects electricity consumption (based on our tests) per cubic foot of measured usable storage space. For example, two freezers with the same energy cost per year may have different energy efficiencies -- the unit with more storage space being more efficient.

 /  5
Power outage

Power outage

Power outage is the freezer's ability to stay cold after the electricity goes out.

 /  5
Thermostat control

Thermostat control

This assesses the ability of the Freezer's thermostat to 1) achieve the desired initial set temperatures following manufacturer's recommendations. 2) keep internal temperatures constant despite large changes in room temperature.

 /  5
Temperature uniformity

Temperature uniformity

This performance test is based on how well a model minimizes warm and cold spots within the freezer.

 /  5
Energy efficiency

Energy efficiency

This reflects electricity consumption (based on our tests) per cubic foot of measured usable storage space. For example, two freezers with the same energy cost per year may have different energy efficiencies -- the unit with more storage space being more efficient.

 /  5
Power outage

Power outage

Power outage is the freezer's ability to stay cold after the electricity goes out.

 /  5
Thermostat control

Thermostat control

This assesses the ability of the Freezer's thermostat to 1) achieve the desired initial set temperatures following manufacturer's recommendations. 2) keep internal temperatures constant despite large changes in room temperature.

 /  5
Temperature uniformity

Temperature uniformity

This performance test is based on how well a model minimizes warm and cold spots within the freezer.

 /  5
Energy efficiency

Energy efficiency

This reflects electricity consumption (based on our tests) per cubic foot of measured usable storage space. For example, two freezers with the same energy cost per year may have different energy efficiencies -- the unit with more storage space being more efficient.

 /  5
Power outage

Power outage

Power outage is the freezer's ability to stay cold after the electricity goes out.

 /  5
Thermostat control

Thermostat control

This assesses the ability of the Freezer's thermostat to 1) achieve the desired initial set temperatures following manufacturer's recommendations. 2) keep internal temperatures constant despite large changes in room temperature.

 /  5
Temperature uniformity

Temperature uniformity

This performance test is based on how well a model minimizes warm and cold spots within the freezer.

 /  5
Energy efficiency

Energy efficiency

This reflects electricity consumption (based on our tests) per cubic foot of measured usable storage space. For example, two freezers with the same energy cost per year may have different energy efficiencies -- the unit with more storage space being more efficient.

 /  5
Power outage

Power outage

Power outage is the freezer's ability to stay cold after the electricity goes out.

 /  5
Thermostat control

Thermostat control

This assesses the ability of the Freezer's thermostat to 1) achieve the desired initial set temperatures following manufacturer's recommendations. 2) keep internal temperatures constant despite large changes in room temperature.

 /  5
Temperature uniformity

Temperature uniformity

This performance test is based on how well a model minimizes warm and cold spots within the freezer.

 /  5
Energy efficiency

Energy efficiency

This reflects electricity consumption (based on our tests) per cubic foot of measured usable storage space. For example, two freezers with the same energy cost per year may have different energy efficiencies -- the unit with more storage space being more efficient.

 /  5
Power outage

Power outage

Power outage is the freezer's ability to stay cold after the electricity goes out.

 /  5