CEAC-2021-07-July
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New Products<br />
New, Cost-Efficient Commercial/<br />
Industrial Hot Water Heater is Also<br />
Renewable Energy-Ready<br />
Rochester, N.Y. — R.P. Fedder Industrial, LLC is the exclusive,<br />
Western New York distributor of the first commercial carbon<br />
dioxide heat pump water heaters in North America to use<br />
natural refrigerant. The newly introduced Aegis Heat Pumps<br />
by Lync, a Watts brand, are high-efficiency, environmentally<br />
friendly hot water systems for customers holding themselves<br />
to the highest sustainability standards. Aegis heat pumps<br />
are well-suited to New York’s frigid winters because, unlike<br />
electric heat pumps developed to date, they can operate<br />
efficiently with ambient temperatures of -4° and above.<br />
“We are excited to offer this first-of-its-kind energy-efficient<br />
water heater solution to our customers. Essentially, it’s hot<br />
water for a renewable energy world,” says Chris Fox, president<br />
of R.P. Fedder. “By using a natural refrigerant, CO2, this<br />
system will enable our customers to accomplish important<br />
decarbonization and environmental protection goals while<br />
saving money. It’s a great solution for any institution striving<br />
to meet green standards.”<br />
Until now, the only real, economically viable option for<br />
commercial-scale domestic hot water in the northern U.S.<br />
has been fossil fuel. For facilities that have switched their<br />
electricity generation to a renewable, sustainable source, this<br />
means lasting reliance on fossil fuels simply to heat water.<br />
As an electric heat pump, Aegis can derive energy from the<br />
same renewable source as other building systems.<br />
Available in air and water source models, Aegis heat pumps<br />
are powered by R744, commonly referred to as refrigerant<br />
grade CO2. This is non-toxic, non-flammable, has an<br />
Ozone Depletion Potential (ODP) of zero, and a low Global<br />
Warming Potential (GWP) of one. That’s compared to other<br />
refrigerants, such as R134a and R410a, which have GWP of<br />
56<br />
| Chief Engineer