DoesTheMath

ECO-AIR HPWH - 65G

3.9 UEF DOE CCD · 2026-09-19
B

Grade B: where this UEF sits among the 194 models in its class, lowest (G) to highest (A). A position, not an official label. How the grade is set

An electric tank, high draw pattern (a larger household, or one where showers and laundry overlap).

If you are checking the ECO-AIR HPWH - 65G, it uses 1,272 kWh of electricity a year at the high draw pattern, the standard daily hot-water usage DOE tests against. That is 34 kWh below the 1,306 kWh median of the 194 electric tank models at the same draw pattern. It ranks 57th lowest in energy use.


Energy use per year

1,272 kWh a year

Computed by this site from the registry's UEF and the federal test's daily hot-water draw for this draw pattern. What it costs depends on the electricity rate where you live.

That is below the median of 1,306 kWh for the 194 models registered in the same heater type and draw pattern; it ranks 57 of 194, lowest energy first.

This model: 1,272 kWh

Solid line: this model (1,272 kWh). Dashed line: the class median.

Min 1,002 kWh Median 1,306 kWh Max 5,334 kWh

DOE CCD · 2026-09-19

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What it costs to run where you live

Enter your ZIP to see what this unit costs to run a year on your own utility’s electricity rate.


What the registry files

UEF (Uniform Energy Factor) how much hot water you get for each unit of energy the heater uses
3.9 DOE CCD · 2026-09-19 Compared only with other models registered as an electric tank at the high draw pattern.
Draw Pattern the standard daily usage profile DOE tests the unit against
High DOE CCD · 2026-09-19
First Hour Rating how many gallons of hot water the unit can deliver in one hour, starting from a full tank
80 gal DOE CCD · 2026-09-19
Rated Storage Volume the tank size in gallons
60 gal DOE CCD · 2026-09-19
On the market since (ENERGY STAR) the date the manufacturer told ENERGY STAR the model went on sale
2024-11-10 ENERGY STAR · 2026-09-19
Connected / demand response (ENERGY STAR) whether the unit can take signals from your utility to shift when it heats, and by which standard (such as CTA-2045)
Yes (CTA-2045-B) ENERGY STAR · 2026-09-19
Refrigerant and GWP (ENERGY STAR) the refrigerant a heat pump unit uses and its global warming potential, a leak's climate effect relative to carbon dioxide (CO2 = 1)
R-134a, GWP 1430 ENERGY STAR · 2026-09-19
Sound level (ENERGY STAR) how loud the unit is while it runs, in decibels as filed
49 dB ENERGY STAR · 2026-09-19

What it costs to install

$3,528–$4,692 installed

Not a quote — a modeled range of what installers have charged for this class of unit; your price will vary with labor rates, access, and local code requirements.

Escalation indexes: equipment (BLS PPI) latest available: August 2026; labor (BLS ECI) latest available: April 2026 to June 2026.

NLR REMDB (BLS PPI/ECI escalated) · 2026-04-01

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Safety record

No CPSC recall names this model.

Checked against the CPSC recall database. CPSC does not publish a model-level match for this product category, so this list is curated by hand from the manufacturer's recall filings.

CPSC · 2026-09-24

Does it fit your space?

Enter your own numbers below — this compares them to what ENERGY STAR publishes for this model, it does not tell you what to buy.

Compressor operating range (ENERGY STAR)
the air temperatures around the unit in which its heat pump runs; outside this range the heat pump stops
Dimensions (ENERGY STAR)
the unit's filed height, width, depth or tank diameter, in inches
Input voltage and maximum current (ENERGY STAR)
the circuit voltage the unit is certified on and the most current it draws
  • Ambient temperatureEnter your numbers37.4°F min, 107.6°F max
  • Physical footprintEnter your numbers21.8" ⌀
  • Electrical supplyEnter your numbers240V, 24A max
ENERGY STAR · 2026-09-19

What these figures mean

The 1,272 kWh figure is computed by this site. It is not taken directly from the registry. It combines the registry's UEF, the ratio of hot water delivered to energy used, of 3.9 with the DOE test's daily hot-water draw for the high draw pattern. The source is the DOE CCD, retrieved 2026-09-19. The figure therefore holds only at that test draw. It does not describe a household whose daily hot-water use differs from the test draw. This page does not give a figure for other levels of use. The method this site uses to calculate annual cost sets out how the test draw enters the calculation.

The high draw pattern describes a larger household, or one where showers and laundry overlap. The 57th rank and the 34 kWh gap apply only among the 194 electric tank models registered at that pattern. The unit has a rated volume of 60 gallons. It also has a first hour rating, the gallons of hot water available in the first hour from a full tank, of 80 gallons. For a household that fits a lower draw pattern, this unit's rank there is not available on this page. Those models sit in a different class. To check other units against the same class, use the same-class replacement search by model number.

The running cost is not written in this text, because it depends on your own utility electricity tariff. The page computes it from your ZIP, and this text gives no estimate. The input is the 1,272 kWh at the high draw pattern, priced at your rate. The 34 kWh gap to the class median is priced the same way, so its value in money also depends on your tariff. The cost calculator for your own ZIP applies that tariff. The installed price range appears in its own block with its source and date. It is a modeled installed-cost range, not a quote, and this text does not restate its figures.

DOE CCD · 2026-09-19

How this compares

The closest models in the same class — same fuel, type and draw pattern.


Keep going

UEF 3.9 · Grade B Price it on your ZIP