Cool Sound Industries, Inc.
Advanced technology for Air-conditioning & Heating
"We harness the power of sound" ™
Phone 561-707-1633 info@CoolSound.net
Mission Statement
Cool Sound Industries, Inc. is a private company registered in State of Florida and is dedicated to using thermoacoustic technology for air conditioning for residential homes and businesses. Cool Sound Industries will advance the basic scientific and technological knowledge in thermoacoustic for cooling and heating.
15 universities have been teaching Thermoacoustic technology in the Department of Engineering for over a decade. The main reason the air-conditioning manufactures have not developed this type of cooling and heating system for residential homes was because there was no money in it for them, thermoacoustic units have little to no maintenance, a longer lifespan and are more durable. Cool Sound Industries goal is to create and develop environmentally friendly alternatives to traditional cooling and heating systems currently being used today. Cool Sound Industries has discovered an innovative solution for cooling and heating your home with this new technology, No Freon, No Propane Gas and No Compressor resulting in significant savings on energy costs and has a longer lifespan.
What is Thermoacoustic Technology?
Thermoacoustic technology utilizes sound waves to transfer heat, creating a more energy-efficient and sustainable cooling and heating solution. This innovative approach eliminates the need for harmful refrigerants like Freon and Propane gas, making it a safer and greener option for the environment. Thermoacoustic systems use no compressor and has a longer lifespan with little to no maintain.
Thermoacoustic is the science describing the interaction between heat and sound waves, where temperature changes cause pressure and density oscillations, and sound waves can in turn cause temperature changes. This phenomenon allows for the creation of devices like thermoacoustic engines, which convert heat into powerful sound waves, and thermoacoustic refrigerators, which use those sound waves to move heat and produce cooling. These devices are notable for their simplicity and lack of moving parts, making them reliable and suitable for different applications like cooling and heating.
How it Works
Temperature to Sound (Engines)
A thermoacoustic engine uses a heat source to create a temperature gradient across a porous material called a "stack" or "resonator". This gradient causes gas particles to expand and contract, generating powerful, high-amplitude sound waves.
Sound to Temperature (Refrigerators)
A thermoacoustic refrigerator uses these intense sound waves to pump heat. As the sound wave compresses and decompresses the gas within the resonator, the gas absorbs heat from one part and releases it in another, creating a cooling effect on one side and heating on the other.
How is Cool Sound Industries Leading the Way?
The company has teamed up with leading universities that specialize in thermoacoustic with their engineering teams. Founders Frank Wighard and Keith Franklin are paving the way for a brighter future by focusing on disruptive technologies and innovations in the HVAC sector. The company has 7 new patents to be added to the original patent. Their goal is to become a global leader in air conditioning and refrigeration, providing clean energy technologies that will replace outdated and environmentally damaging systems. By investing in research and development, Cool Sound Industries is positioning itself to transform the industry on a global scale. Their vision embraces sustainability, adaptability, and responsible resource management, driving progress in both environmental and economic spheres.
University Partnerships
Cool Sound Industries has recently formed partnerships with three prestigious universities that offer courses in thermoacoustic technology within their engineering departments. This innovative new technology, used in air-conditioning and refrigeration, completely eliminates the need for Freon, Propane gas, and compressors, resulting in a longer lifespan of 20 years and minimal maintenance for the units. These universities are advancing thermoacoustic technology in the field of Cooling and Heating. The universities include Penn State University, Purdue University, and the University of Texas. These institutions are at the forefront of research and development in the future of air-conditioning and heating.
Investment Opportunities
Cool Sound Industries Inc. is in the process of raising $10 million US dollars to develop and complete the Underwriters Laboratories UL approval and certification before going to the marketplace for commercialization and manufacturing of the A/C units, which is worldwide. Investors are welcome to join us in this effort. The company might make a License Agreement with manufacturers if the investment group would like to do this at a later date. Under current SEC guidelines, only accredited investors can access this investment opportunity. If you are an accredited investor and want to get involved in this most exciting technology, which can transform how we do air-condition and heating in our homes and for commercial use in the 21st century, for a prospective and more information call 561-707-1633
Technical Advantage
Thermoacoustic technology's advantages include a lack of mechanically moving parts, leading to high reliability, low maintenance, and long lifespan. It uses environmentally friendly working gases, such as noble gases, eliminating the need for harmful refrigerants. This simplicity and robust design make it attractive for applications demanding high reliability, such as in submarines and space satellites which are being used today.
Key Advantages:
The most significant advantage is the absence of moving parts in the thermodynamic cycle. This reduces wear and tear, leading to devices that are inherently robust and have a long lifespan.
With fewer or no moving parts, maintenance requirements are minimal, making the technology cost-effective and easier to operate.
Thermoacoustic devices use inert gases (like helium or air) instead of traditional, potentially harmful refrigerants, making them an environmentally benign choice.
Unlike conventional systems, thermoacoustic devices don't rely on a phase change of the working fluid. This allows for operation over a broad range of temperatures and the use of various energy sources.
Thermoacoustic air-conditioning, heating and refrigerators can be scaled from small, low-power applications to larger, higher-power systems.
The use of simple, readily available materials and the inherent simplicity of the design contribute to lower manufacturing costs. Cool Sound’s air-conditioning systems cost no more than today’s AC units, but our units will have a 20-year guarantee. There is little to no maintenance because of the way the unit is designed.
The Future of Air Conditioning
With the rapid changes and advancements in the HVAC industry, Cool Sound Industries is at the forefront of innovation with their thermoacoustic technology. By replacing outdated concepts and principles with sustainable and eco-friendly solutions, they are shaping the future of air conditioning and refrigeration.
As we move towards a more sustainable future, it is companies like Cool Sound Industries that will play a pivotal role in transforming how we view cooling and heating systems worldwide. By embracing cutting-edge technology and a commitment to sustainability, they are making progress and leading the way towards a cleaner and greener environment for all.
In conclusion, Cool Sound Industries, Inc. is a trailblazer in the HVAC industry, dedicated to advancing the use of thermoacoustic technology for a more sustainable and environmentally friendly future. With a focus on innovation, sustainability, and responsible resource management, they are shaping the way we think about air conditioning and heating systems.