Stiebel Eltron Accelera 220E 58G Heat Pump Water Heater

Stiebel Eltron Accelera 300E 80G Heat Pump Water Heater

FREE SHIPPING within lower 48 states! *Plus check state and federal rebates - payback can be as little as 2 years!

Stiebel Eltron
Accelera
Heat Pump Water Heater

A heat pump water heater is not a new concept. Stiebel Eltron Accelera works like an air conditioner but instead of dumping the heat outdoors, it puts it into the water. The Accelera's compressor and fan consume only 1kWh of electricity to generate the heat equivalent of 3 – 5kWh. The efficiency of the unit goes up with increasing ambient air temperatures. This groundbreaking efficiency redefines what a water heater is capable of. Plus, payback can be as little as 2 years! Check your local, state, and federal Incentives here.

FEATURES:

58 or 80 gallon storage capacities

Reduces hot water costs by up to 80% by extracting energy from the ambient air around the unit - place it in the warmest spot you can

Cools and dehumidifies the air around it

Uses a single heating element - 1500W

Only wrap-around aluminum condenser on the market - means no possible contamination of potable water

Reliable German technology and manufacturing backed by a 10-year warranty

CSA/ETL Listed

ELECTRICAL CHARACTERISTICS:

	Accelera 220E	Accelera 300E
Tank Capacity	58 gallon (220 litre)	79.8 gallon (302 litre)
DOE Est Annual Energy Usage	1040 kWh/yr	1289 kWh/yr
First Hour Rating	50.3 gallon	74.2 gallon
Max DHW temperature	149°F/65°C
Voltage/Frequency (Single Phase)	220-240V/ 60Hz
Required Circuit Breaker	15A
Rated Power, Compressor and Fan	650W
Rated Power, Booster Element	1500W
Operating Temperature Range	42-108°F/ 6-42°C
Condensate Connection	3/4" Male NPT to 1/2" Barbed Elbow
Water Connections	1" Male NPT
Safety Condenser	Wraps around outside
Weight (Empty/Full)	265 lbs/ 749 lbs	298 lbs/ 957 lbs
Dimensions	61" H/ 27.25" Diameter	75.25" H/ 27.25" Diameter

HOW A HEAT PUMP WORKS:

The heat pump system contains a fan that forces air through an evaporator (1). The evaporator contains a liquid refrigerant. When this refrigerant evaporates, it extracts heat from the ambient air.

The now warm gaseous refrigerant passes through the compressor (2) which increases its pressure. As the pressure increases, the temperature of the refrigerant rises. The refrigerant turns back into a liquid which is now hot.

The hot refrigerant then passes through the condenser (3), which is wrapped around the water tank, transferring its heat to the water.

The refrigerant which is now cool then passes through an expansion valve (4), where it goes back into a gaseous state and the process begins anew.

 

See more technical information in the Product Documentation section above!