A/C Booster Super cooler

Automatic energy management for central air conditioning

• A/C Booster Super cooler, a controlled drip system using r.o. water (reverse osmosis) delivery on the condensing coil when appropriate exhaust air temperatures are reached.  The Booster only operates when extra cooling power is needed to BOOST COOLING POWER and the units energy efficiency. Otherwise it operates in standby mode using no water. 
• Water is cheaper than electricity and the power saved vastly outweighs water costs.  Here in the valley the cost for Booster summer water usage would be approximately $16.68.  Generally, a swamp cooler uses more than 50,000 gallons of water seasonally costing $46.30
• Household R.O.. water consumption for the Booster is based on tons of a/c. The average gallons per hour for 3-5 ton condensers is 1.5-2 gallons of r.o..  Summer water use is dependent on local area seasonal cooling hours. Efficiency of the r.o. water purification will determine the total gallons or cubic feet needed for proper Booster operation.
• A/C Booster Supercooler uses the RO-Check system to monitor the water quaintly from the r.o. membrane to ensure water purity. When purity standards are not meant, water is simply turned off preventing scaling on the condenser.   With a simple replacement of the r.o. membrane the A/C Booster returns to normal operation. These membranes are designed to normally last through the summer cooling season.
• A/C Booster Super cooler typically reduces home Central Air Conditioning electric consumption by 35% to 50%. The A/C Booster Super cooler  is a temperature & water flow controller, The electronic device is Patent Pending and automatically adjusts to both a/c & dc volts plus 50 or 60 cycle.   A/C Booster Super cooler  reduces compressor temperature & pressure by increasing condenser heat removal resulting in shorter cool cycles. This allows the greatest efficiency and reduced electrical usage, while lowering (18-28 degrees F.) supply temperatures. levels for even the most humid regions.  By these new lower temperatures, Lower temperatures increases faster removal of humidity providing more comfort in business building & homes.A/C Booster Super cooler is low maintenance (usually inserting a new R.O. Membrane, a seasonal replacement), easy to install and will save energy.
• FEATURES
• · Patented process reduces air conditioning electric consumption typically 35% to 50%·
• · Increased savings without replacing or upgrading
  costly system components
• · “State-of-the-art” mini controller system
• · Protects compressor against high temperatures & pressures
  · Installation by qualified installer in less than an hour on most a/c systems without interfering in the operation
• · No programming or follow-up visits required
• · Maximum summertime efficiency
• · Reduces maintenance and extends compressor life
• · Fail-safe operation (If our product stops working your a/c continues cooling)
• · Will save energy
• · 1-year replacement warranty on A/C Booster for breakdowns or defects

The A/C Booster’s drip tube is placed on the upper portion of the  air intake of the condenser coil. The evaporating water droplets super cool air passing over the condenser and greatly increase the heat transfer rate.  Now the condensing unit will operate at a much higher efficiency and lower cost. It will also extend the useful life of compressor, etc.

The principle is simply to present an air intake temperature at the condenser coil that the equipment was designed for. All manufacturers specifications indicate that the hotter the air across the condenser, during cooling mode, the lower the efficiency.   What is the use of paying high dollars for a new high efficiency unit when it goes out to lunch on so called SEER Rating when the temperature rises above its design. Where is your Booster?

Here is a great EXAMPLE !!!!!  If you have central air ---

A 60,000 BTUH air conditioner at 80 degrees (f) ambient, may drop to only 36,000 to 42,000 BTUH when the ambient temperature rises to the 100 - 120 degree (f) level. In the Southwest, it is common for rooftop temperatures to reach 140 degrees or more during high heat periods. Precisely, what the A/C Booster Supercooler is engineered to prevent thus saving the compressor from over heating and excessive electrical consumption.

Sizing of air conditioning systems is based upon a number of factors, when any of the design considerations are not met; the air conditioning system is relatively oversized for the cooling load and thus, less efficient. A/C Booster Super cooler patented process determines the “cooling demand” and “thermal characteristics” of the entire air conditioning system by analyzing the condenser’s  “ heat exchange,” and dynamically modifies that “cool cycle pattern” to provide the required amount of cooling in the most efficient manner.

• This new increased cooling power also results in less frequent and more efficient compressor cooling cycles.

Electricity is provided from the condenser’s 24 volt thermostat wires and does not interfere with the existing controls, and will not cause the compressor to run unless the existing thermostat is calling for it to do so.
Just as computer control has increased the gas mileage of automobiles: A/C Booster Super cooler improves the thermal efficiency of air conditioning systems, by supplementing the heat removal process and will not interfere with on/off action of the thermostat (even a “smart” one) with the analysis and control capabilities of a computer. We have proven electrical savings; not only on properly sized and operating systems, but also on units that were slightly undersized.

 

Roof mounted a/c units are subjected to unusually high ambient temperatures and will cost more both in energy consumption and repairs. This problem is solved with the A/C Booster Energy Management System.

The A/C Booster Supercooler temperature controller activates automatically  when warmer temperatures increase compressor work load during the cooling cycle. This automatic energy saving system lowers compressor temperature and pressure assuring peak energy efficiency.

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