AIRCOSAVER. Smith Environmental Products. Save 20 to 30% On your air conditioning costs. $ $ $. Improving energy efficiency is the best short-term answer to today’s energy problems.
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Smith Environmental Products
Save 20 to 30%
On your air conditioning costs
$ $ $
The best thing is: Everyone can contribute!
Upgrade it with an AircoSaver
It is a retrofit product that adds intelligence to
air-conditioning systems, which saves KWh and extends compressor life.
It’s Just a Waste of energy!
Package Units (RTU)
This table shows the equivalent increase in the efficiency (Energy Efficiency Rate “EER”) of Air Conditioning installed after AircoSaver. For example, an AC with an EER of 10, taking AircoSaver with savings of 30%, increases its efficiency to an EER of 14.
* Per month data is based on a 30 day month
COMMENTS: The average temperature, relative humidity and heat index were all higher after the AircoSavers were installed which lowered the overall savings. Also, the KW Demand savings was almost 7%, but was not figured into the savings listed above. The data above was compiled from the following sources: CPS Energy monthly electric bills for Jun, Jul, and Aug 2008. The weather data was downloaded from weatherunderground.com station KTXSANAN78.
Call SEP for a copy of this report the AircoSaver
90 Min. Before & After test the AircoSaver
In 24 hr. operational siteAircoSaver Test3 ton Bard wall unit in Telecom HutDallas, TX06-09-09
Intercept Y1 from thermostat and re-route through AircoSaver the AircoSaver
Supply 24V to AircoSaver
Install sensor in supply Air Flow or on evaporator
(whichever is coldest)
* Contact SEP for a copy of this report the AircoSaver
Page 5 of 5
At each site, air conditioner supply voltage was recorded. Air conditioner power was derived from the formula- (measured volts X measured amps X assumed power factor of .85) = power. Only one site, SD0364 was supplied with three phase power for air conditioners. The three phase power conversion factor of 1.732 was used to calculate power consumption at that site. Pre period average hourly power consumption was compared to post period average hourly power consumption and the result was annualized to determine annual energy savings. No air conditioner performance corrections were made for increased ambient (external) temperature. At eight of the nine sites average temperature during the post period was higher than during the baseline test period. An examination of compressor kW VS ambient temperature showed little difference.
Project Results and Discussion
Average hourly power savings was calculated for each site and extrapolated to annual energy savings. Overall air conditioning savings was 20% of baseline air conditioner energy consumption, and averaged 7071 kWh for the nine sites. Energy savings averaged 6.8% of site total energy consumption.
The Aircosaver control system may be incentivized through the Standard Performance Contract Program at nine cents per annual kWh saved. The incentive is limited to ½ the installed cost, or the calculated incentive, whichever is less.
At an average site electric cost of 14.4 cents/kWh Annual energy savings for installing the AircoSaver at each site is around $1,000 per year.
AircoSaver Summary Data From Each Test Site
Major Wireless Carrier Cell Site- Evaluation of AircoSaver HVAC Savings
Test report issued September 18, 2009 by CR Harmstead, SDGE and Adam Fitzpatrick, ENERGE Corporation:
C.Rocky Harmstead- firstname.lastname@example.org Adam Fitzpatrick – email@example.com
Smith Environmental Products the AircoSaver
9330 Corporate Dr.
Suite # 510
Selma, TX 78154
Johnny E. Smith
VP Tech Support
Ph # 210-386-1447
Solving Problems $aving Money