GE Profile Heat Pump 50-Gallon (PF50S10FPY01) is a heat pump (hybrid electric) water heater from GE Profile with a 50 gallon rated tank and a 59 gallon first-hour rating at a 3.2 UEF — 1015 kWh/yr certified use, 48.1 in tall.
Efficiency
Uniform Energy Factor (UEF)
3.2
Annual electricity use
1015 kWh/yr
Recovery efficiency
377 %
General
Fuel
Electric
Capacity
First-hour rating
59 gal
Rated storage volume
50 gal
Draw pattern
Medium
Heat pump
Heat pump type
120 Volt Integrated HPWH
Refrigerant (GWP)
R1234YF
Compressor low-temp cutoff
35 °F
Installation
Input voltage
120
Max current draw
7.5 A
Smart features
Smart / connected capable
Yes
Dimensions
Height
48.1 in
Diameter
18.5 in
Certification
ENERGY STAR certified
Yes
Who is the GE Profile Heat Pump 50-Gallon (PF50S10FPY01) for?
Its 59 gallon first-hour rating suits a
household of 2–3 people under DOE sizing guidance.
Estimated running cost: about $173/year at the national
average electricity rate (1015 kWh/yr certified use).
Runs on a 120 V circuit (up to 7.5 A) — often no new wiring needed.
The heat pump compressor operates down to 35 °F ambient — below that, backup
elements take over.
Is the GE Profile Heat Pump 50-Gallon (PF50S10FPY01) ENERGY STAR certified?
Yes, the GE Profile Heat Pump 50-Gallon (PF50S10FPY01) holds a current ENERGY STAR certification for water heating efficiency (UEF 3.2).
How much does the GE Profile Heat Pump 50-Gallon (PF50S10FPY01) cost to run per year?
About $173 per year at national average energy rates, based on its certified annual energy use under the DOE test draw pattern. Your rate and usage change this figure.
What electrical circuit does the GE Profile Heat Pump 50-Gallon (PF50S10FPY01) need?
The GE Profile Heat Pump 50-Gallon (PF50S10FPY01) runs on a 120 V circuit drawing up to 7.5 A — many installations use an existing outlet with no new wiring.
Is the GE Profile Heat Pump 50-Gallon (PF50S10FPY01) a smart water heater?
Yes, the GE Profile Heat Pump 50-Gallon (PF50S10FPY01) is connected-capable, with app control and eligibility for most utility demand-response programs.
