The catch
AEOCKY Rhea-001
Certified removal rate is lower
Side by side
Rhea-002 makes sense if the higher certified moisture-removal rate and energy factor justify its price. Rhea-001 makes sense if its lower certified capacity is enough for your measured conditions. Because the tank size is equal, the higher-capacity model may need emptying sooner. Neither has a built-in way to pump water uphill.
Before you buy
Rhea-002 certifies 7.5 more pints per day than Rhea-001, an increase of 30.6 percent. Pick it if a lower-capacity machine cannot hold your target humidity in comparable conditions. For a smaller moisture load, Rhea-001 is still a reasonable choice. A 30.6 percent difference in the lab will not necessarily carry over to a colder basement, and neither rating can fix a leak or stand in for a drainage survey.
Where this comes from
32 minus 24.5 equals 7.5, and dividing 7.5 by 24.5 gives 30.6 percent. The values are exact-model certification values and not the larger advertising figures from warm conditions.
The catch
Certified removal rate is lower
The catch
At higher output, the same tank can fill sooner


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AEOCKY Rhea-001 and Rhea-002 compared on certified removal, energy factor, tank workload and gravity-drain requirements.
Which one fits
Gravity drainage is what both exact models rely on.
Certification puts Rhea-002 at 32 and Rhea-001 at 24.5.
Neither certification record identifies any connected capability.
The two tanks match in size. Collected water and humidity settings decide the trips.
In practice
Rhea-002 certifies 7.5 more pints per day than Rhea-001, an increase of 30.6 percent. Pick it if a lower-capacity machine cannot hold your target humidity in comparable conditions. For a smaller moisture load, Rhea-001 is still a reasonable choice. A 30.6 percent difference in the lab will not necessarily carry over to a colder basement, and neither rating can fix a leak or stand in for a drainage survey.
32 minus 24.5 equals 7.5, and dividing 7.5 by 24.5 gives 30.6 percent. The values are exact-model certification values and not the larger advertising figures from warm conditions.
A 1.45-gallon tank is common to both selected models. At each model's certified daily rate, a full tank in an idealized case works out to about 11.4 hours for Rhea-001 or 8.7 hours for Rhea-002. So gravity drainage is especially worth planning for with the larger model. Choose either one only if you can empty the bucket or supply a permitted downhill drain. Actual fill time shifts with humidity, temperature and cycling.
1.45 US gallons equals 11.6 pints. 24 times 11.6 divided by 24.5 is 11.4 hours, and divided by 32 is 8.7 hours. It illustrates a steady rate and is not a runtime test.
Rhea-002 is certified at 2.09 L/kWh, above Rhea-001's 1.86. At those test efficiencies, removing the same hypothetical volume would take about 11 percent less energy. Go with Rhea-002 when you will be removing moisture over a sustained stretch and energy use matters. Rhea-001 may still cost less overall if it runs infrequently or has a lower purchase price. This calculation establishes neither current-price savings nor actual room performance.
Relative energy for equal water removal is 1.86 divided by 2.09, or about 0.89. Real duty cycle and electricity price come in as further inputs.

AEOCKY, RHEA-001 / RHEA-RCS25(Y)-N4-3-25
A compressor dehumidifier in a narrow upright cabinet, with local controls, gravity drainage and a 24.5-pint certified rating.

AEOCKY, RHEA-002 / RHEA-RCS32(Y)-N4-3
Local controls, a 1.45-gallon bucket and continuous gravity drainage come with this dehumidifier's 32-pint certified rating.
Spec by spec
| Spec | AEOCKY Rhea-001 | AEOCKY Rhea-002 | In practice |
|---|---|---|---|
| Certified daily removal | Exact-model certification lists 24.5 pints per day. | Exact-model certification lists 32 pints per day. | Certification values on a matched basis tell you more than warm-room marketing maxima. |
| Certified energy factor | Integrated energy factor is 1.86 L/kWh. | Integrated energy factor is 2.09 L/kWh. | What it expresses is water removed per kWh, as measured by the certification procedure. |
| Tank capacity | The exact selected bundle lists a 1.45 US gallon tank. | The exact selected bundle lists a 1.45 US gallon tank. | Moving up to the larger removal rating leaves the bucket the same size. |
| Body dimensions | The body is 8.66 inches wide, 14.45 deep and 24.09 high. | The body is 8.66 inches wide, 14.45 deep and 24.09 high. | These exact bodies show no documented space saving over each other. |
| Drainage | It uses gravity drainage without a built-in pump. | It uses gravity drainage without a built-in pump. | An uphill drain is not solved by either built-in arrangement. |
Trade-offs
Change of plan
Go with AEOCKY Rhea-001. Stay with the same narrow body and tank format. The certified removal rate is lower.
Go with AEOCKY Rhea-002. Use the certified litres-per-kWh figure that is higher. At higher output, the same tank can fill sooner.
Decision guide
If the higher certified moisture-removal rate and energy factor justify the price, go with Rhea-002. If the lower certified capacity of Rhea-001 covers your measured conditions, go with that model. With equal tank sizes, the higher-capacity model may need emptying sooner. Neither offers a built-in way to pump water uphill.
Rhea-002 is certified for 7.5 more pints per day, an increase of 30.6 percent over Rhea-001. Pick it if a lower-capacity machine cannot hold your target humidity in comparable conditions. For a smaller moisture load, Rhea-001 remains a reasonable option. A 30.6 percent difference in the laboratory does not predict the same improvement in a colder basement, and neither rating can repair a leak or stand in for a drainage survey. The arithmetic is 32 minus 24.5, which equals 7.5, and dividing 7.5 by 24.5 gives 30.6 percent. These are exact-model certification values and not the larger warm-condition advertising figures.
Each of the selected models carries a 1.45-gallon tank. At their certified daily rates, an idealized full tank works out to about 11.4 hours for Rhea-001 or 8.7 hours for Rhea-002. For the larger model, that makes a gravity drain especially worth planning. Pick either model only if you can empty the bucket or provide a permitted downhill drain. How fast the tank really fills depends on humidity, temperature and cycling. The math: 1.45 US gallons equals 11.6 pints, and 24 times 11.6 divided by 24.5 is 11.4 hours, while dividing by 32 gives 8.7 hours. This is a steady-rate illustration and not a runtime test.
Rhea-002 is certified at 2.09 L/kWh, which is higher than the 1.86 of Rhea-001. At those test efficiencies, removing the same hypothetical volume would take about 11 percent less energy. If you will be removing moisture steadily and energy use matters, prefer Rhea-002. Rhea-001 can still cost less overall when it runs infrequently or has a lower purchase price. This calculation establishes neither current-price savings nor actual room performance. For equal water removal, relative energy is 1.86 divided by 2.09, or about 0.89, and real duty cycle and electricity price are further inputs.
By the numbers
What we found across the dehumidifiers we compare, plus the checked facts behind each finding.
| Product | Needs it meets | Facts we checked | Sources |
|---|---|---|---|
| AEOCKY Rhea-001 |
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| AEOCKY Rhea-002 |
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Ready to buy
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