THE WINDOW REFRIGERATOR
&
THE HYBRID WINDOW REFRIGERATOR & A/C
Patents Pending
windowrefrigerator.com or winref.com
At night you close your window to keep your home
warm.
Why not open it to your refrigerator's back, to keep
it cool and save electricity.
Simple Energy Savings for: Summer, Fall/Spring, and Winter.
Its
condenser coil, like a window A/C's condenser coil, is outdoors to save
electricity whenever the kitchen is warmer than the outdoors (which, because of
the oven, the indoor refrigerator, and
the dishwasher, is most of the time).
In winter it uses the outdoor cold air to cool its inside. In the summer, it freezes water behind the
refrigerator compartment at night when it's cool outdoors. During the day, the ice melts keeping the
refrigerator cool. It can be built into
a thru-the-wall air conditioner or a heat pump, which is usually installed
under the window through an opening in the wall.
By
combining the major components in refrigerators, air conditioners and heat
pumps, it become a hybrid
synergistic device that costs less, is more energy efficient, saves space and
works better than the individual devices.
1)
Reduce the initial system cost by reducing manufacturing and shipping
costs.
2)
Reduce pollution by reducing the number of appliances that are disposed
of in landfills.
3)
Reduce the number of and installation-maintenance costs of appliances in
buildings, hotels and condominiums.
4)
Reduce refrigerator noise by having its motor and compressor outdoors.
5)
Saves electricity and extends refrigerator's life by reducing its
workload at night or whenever the outdoors is colder than the kitchen.
6)
In the summer it doesn't heat the home and work against the A/C.
7)
Increase consumer choice and convenience.
Saves Electricity
According
to the US Energy Information Administration's web site, in 2001, 13.7% of all residential electricity was
consumed by refrigerators – the highest of all the household
appliances. The separate freezer
consumed an additional 3%. The
household refrigerator consumes more electricity than a computer, computer
monitor, television, printer, copier, clothes dryer, space heater, water heater
or the indoor/outdoor lighting (9%). It
even consumes more electricity than a window A/C (2%), because unlike the A/C,
the refrigerator is a necessity that is never turned off.
An Analogy: When the
outdoor is 80° F, the window A/C consumes less electricity than when it's 100°
F outdoors. The same is true of a
window refrigerator. When the outdoor
temperature is 60° F, 50° F, 40° F, or 30° F the window refrigerator consumes
less electricity than the indoor refrigerator that is in a 70°- 80° F kitchen
day and night all year round.
As
the outdoor temperature drops, the window refrigerator's efficiency
(coefficient of performance, or COP) increases. The COP depends primarily on the temperature difference between
the refrigerator's condenser and evaporator.
The closer the two temperatures are (the colder the outdoors), the
higher the COP and the more heat that can be transferred with less work
(electricity).