Check before you buy. Pump, noise, and warranty aren’t in our sources, so ask the seller.
Our read
Who it suits
At 37 pints a day, the D35C1A fits a wet space under 2,000 sq ft, or a damp one over. Its running cost is close to the median, so drainage, noise, and price matter more.
Capacity suggested for each case, read Oct 5, 2026. ENERGY STAR adds that it’s better to oversize than undersize.
Running cost
A middle-of-the-pack power bill
Next to the median 29–44 pint model, this one costs $8 more to run in the United States over 11 years. That’s how long the DOE expects a portable to last. The thriftiest 29–44 pint model, the Deciuu LIBRA-RCS32(Y)-N4-3(B), would save $91 over those years.
Of the 87 certified 29–44 pint models, only 8 have a Wi-Fi app, and the D35C1A is one. In a basement or crawl space you rarely visit, you read the humidity without going down.
Ask for the pump lift and the lowest working temperature
Pump and cold are the two blanks for the D35C1A in our sources. A pump matters when water can’t run down to a floor drain. Cold matters because below 65°F, ENERGY STAR says frost can form on the coils.
Its 378 kWh a year is 4 kWh more than the median for its size.
Its refrigerant is R-32, flagged as lower GWP.Global warming potential 675.
Of the 87 certified 29–44 pint portables, 51 use less energy, and 6 use exactly as much.
At 2.01 liters per kWh, it clears the federal minimum for its class by 26%.The DOE sets 1.60 L/kWh for portables rated over 25 and up to 50 pints a day. Every unit made since June 13, 2019, must meet it.
Friedrich’s only model on the EPA list.
Sold since July 2025. Among 29–44 pint models, 27 of 87 came out earlier.
Not on the EPA’s Most Efficient list, which names 1 of the 29–44 pint models.
Another brand near this size: the Gasbye DryPrime-35-BP, at 37 pints and 378 kWh a year.Both cost the same to run in the United States.
Our arithmetic
One full day of drying
Water
4.6gal
36.53 pints
Electricity
8.6kWh
liters ÷ IEF
Cost
$1.57
in the United States
A day of nonstop drying means 36.53 pints of water, about 4.6 gallons, for some 8.6 kWh. At the average home electricity price in the United States, the D35C1A costs $1.57 to run that day.
The EPA’s yearly estimate, 378 kWh, adds up to about 44 days like that. Each extra day at full output costs another $1.57.
Those 36.53 pints come from a DOE test at 65°F and 60% humidity. Cooler air at that humidity gives up less water, so expect fewer pints in a cold basement.
Every day at full output leaves 4.6 gallons to get rid of. Check how the D35C1A drains, since our sources don’t say.