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Reduce Energy Consumption
With the cost of energy rising every year on average of 3% per year, doesn’t it
make sense to reduce long-term consumption without sacrificing your lifestyle?
Here are the possibilities -
- Reduce consumption while the air conditioner is running
- Reduce consumption from decreased usage
- The hotter it gets, the more you save
Actual installation tests have demonstrated that when the air conditioner is
running, ICE 22 can reduce the electricity needed to run by 10%, on average.
Actual installation tests also demonstrated that the air temperature in the
air ducts was reduced by 2.7 degrees, as compared to the air duct temperature
prior to the installation. This means that your air conditioner will run less
as your house will cool faster, resulting in an additional 2-6% reduction in
electricity.
Electricity Reduction when A/C is Running |
Number of Units Tested |
Average Outdoor Temperature (oF) |
Average Running Amps Before ICE 22 |
Average Running Amps After ICE 22 |
% Improvement |
20 |
78.3 |
15.7 |
13.5 |
13.9% |
18 |
56.5 |
16.4 |
15.4 |
6.4% |
38 |
67.9 |
16.0 |
14.4 |
10.1% |
Average Indoor Temperature Drop Electricity Reduction due to A/C Running Less |
Number of Units Tested |
Avg. Air Duct Before (oF) |
Avg. Air Duct After (oF) |
Temp Drop (oF) |
Electricity Reduction |
15 |
58.95 |
56.24 |
2.71 |
2-6% |
A key conclusion from the actual installations is that the warmer it is outside, the
more the savings will increase. When the outdoor air temperature was increase by 20 degrees,
ICE 22 reduced electricity consumption by an additional 7%.
Imagine when it is 90oF or 100oF?
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