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Stiebel Eltron Accelera 300 Heat Pump Water Heaterthe world's most efficient Energy Star rated heat pump water heater!
The Stiebel Eltron Accelera 300 is the most efficient heat pump water heater presently rated by the Energy Star program in North America. Energy Star rates energy efficiency using a measure called the "Energy Factor." The
Energy Factor is the ratio of useful energy output from the water heater to the total amount of energy delivered to the water heater and it is measured in accordance with strict standards so consumers can compare the efficiencies of one model to another. The Stiebel Eltron Accelera 300 boasts an Energy Factor of 2.51, significantly higher than any other Energy Star rated heat pump water heater. In addition the Accelera 300 features the lowest operating costs, largest storage tank, one of the highest first hour ratings, and one of the longest warranties making it the best value on the market today.
• reduce water heating cost by up to 80% • industry-leading efficiency • 80 gallon storage capacity • back-up booster element • cools and dehumidifies air around it • low heat loss through superior insulation • sacrificial anode • meets all U.S. & Canadian safety standards • 10 year warranty Heat pump water heaters are the latest water heating technology to emerge in the North American market. While heat pumps have been efficiently heating the air in our homes for decades, it is only recently that the same technology has been integrated into relative compact and highly efficient water heating systems for both residential and light commercial applications. The efficiency of a heat pump water heater typically exceeds 200%! Accordingly, they cost less than half as much to operate as a conventional tank-type water heater. A heat pump does not generate heat like a conventional water heater. Rather, it "pumps" or transfers heat from one area to another by alternatively compressing and decompressing a refrigerant as it passes from one area to another. In the case of a heat pump water heater, it transfers heat from the air surrounding the heater into the water inside its tank. Since only a small compressor motor, pump, and fan are required, the process is extremely energy efficient! The Accelera heat pump water heater features a enamel-lined storage tank with a very high level of foam insulation for low stand-by heat loss. A 1.7 KW back-up electric heating element is integrated into the unit to deliver extra heating power in the event that the heat pump is unable to draw sufficient heat from the air surrounding the unit to meet short-term peak water demands. To save energy, the booster heater only heats the top third of the tank (approx. 27 gallons). The tank and heating element are protected from corrosion by a sacrificial anode thereby extending service life. A thermostat automatically switches the booster heater on if the water temperature inside the tank falls below 112F (45C).
Like all heat pump water heaters, the warmer the ambient air temperature, the more efficient the Accelera 300 will be. The Accelera's compressor and fan consume only 1kWh of electricity to generate the heat equivalent of 3 to 5kWh during most conditions. For instance, the coefficient of performance at 70% relative humidity, 59F incoming water temperature, and room temperature is approximately 4 and will rise to 6 at 95F. Accordingly, the Accelera is more efficient in warmer climate zones and perform best where the average year-round temperature exceeds 40F. In a warm climate, the unit can either be placed in the garage or attic where it takes excess heat from the ambient air, or inside the house, where it helps with the air conditioning load. In a cooler climate, the unit is typically placed in the basement where it also acts as a dehumidifier. You get hot water at a discount and a dry basement as well. How a heat pump water heater works...The heat pump system contains a fan that forces air through an evaporator (1). The evaporator contains a liquid refrigerant. This refrigerant evaporates and absorbs heat from the ambient air. The now warm gaseous refrigerant is then compressed by the compressor (2) which is driven by an electric motor. As it goes through the compressor the pressure and temperature rises. The refrigerant turns back into a liquid which is now hot. The refrigerant then passes through the condenser (3), which is wrapped around the water tank. The hot refrigerant releases its heat to which is absorbed by the water in the tank. The now cooler refrigerant then passes through an expansion valve (4), where it transformed back into a gaseous state and the process begins again.
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