Bradford White RE2HP50-1NCTT 40-Gallon vs Richmond Heat Pump 40-Gallon (10E40-HP5S30)

The Bradford White RE2HP50-1NCTT 40-Gallon is the more efficient unit: UEF 3.89 versus 3.83 — about 2% less energy for the same hot water. At national average rates that works out to about $142/year for the Bradford White RE2HP50-1NCTT 40-Gallon against $146/year for the Richmond Heat Pump 40-Gallon (10E40-HP5S30) — a $4 annual difference. The Bradford White RE2HP50-1NCTT 40-Gallon delivers more hot water in the peak hour (65 gal first-hour rating vs 60 gal).

Bradford White RE2HP50-1NCTT 40-Gallon Richmond Heat Pump 40-Gallon (10E40-HP5S30)
Uniform Energy Factor (UEF) 3.89 3.83
Fuel Electric Electric
First-hour rating 65 gal 60 gal
Rated storage volume 45 gal 36 gal
Draw pattern Medium Medium
Annual electricity use 835 kWh/yr 859 kWh/yr
Heat pump type 240 Volt Integrated HPWH 240 Volt Integrated HPWH
Input voltage 240 240
Max current draw 19 A 21 A
Recovery efficiency 445 % 434 %
Smart / connected capable No No
Refrigerant (GWP) R-134a (GWP:1430) R-134a (GWP:1430)
Compressor low-temp cutoff 37 °F 37 °F
Height 46.1 in 44.8 in
Diameter 18 in 18 in
ENERGY STAR certified Yes Yes

Frequently asked questions

Which costs less to run, the Bradford White RE2HP50-1NCTT 40-Gallon or the Richmond Heat Pump 40-Gallon (10E40-HP5S30)?

The Bradford White RE2HP50-1NCTT 40-Gallon: about $142/year versus $146/year for the Richmond Heat Pump 40-Gallon (10E40-HP5S30) at national average rates — a $4 annual difference.

Are the Bradford White RE2HP50-1NCTT 40-Gallon and Richmond Heat Pump 40-Gallon (10E40-HP5S30) both ENERGY STAR certified?

Yes — every water heater in this database is drawn from the U.S. EPA ENERGY STAR certified water heater datasets.