IP Kinetik System Converts Your Existing Air-Conditioning System More Efficient and Reduce Energy Cost

The rise in standards of living of people, lower cost of air conditioning systems, and more people living in hotter climates result in increased use of air conditioning across the world. 
Around 80% of the impact of air conditioning on climate results from the draw on fossil fuel-fired power plants and the remaining 20% comes from the units’ refrigerants, the liquid agents, according to Cox.
There is a direct relation, improving the environment by reducing the energy usage for air conditioning. Dehumidifying is the most expensive part of the process.
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Engineer Vahid Vakiloroaya with IP Kinetik System (Images credit: Edwina Pickles via SMH)
Independent Products Pty Ltd and the IP Kinetik technology, an Australian-owned company, aim to reduce the energy cost of conventional air conditioning systems and their environmental toll. 
The IP Kinetik system, devised by engineer Vahid Vakiloroaya, its preconditioning converts the waste energy to real savings, which can cut energy use by air conditioners by 30 percent.
Western Sydney University, where Dr. Vakiloroaya is a postdoctoral research fellow, has been running trials of IP Kinetik for two years.
Air-conditioning systems use nearly half of a building’s electricity and can produce up to 10 liters of wastewater per hour from the average 5 kW System located in QLD.
The IP Kinetik system can easily fit in any existing air-conditioner that uses refrigerant gas, regardless of size or brand.

How does the IP Kinetik system work?

It captures wastewater and uses it to precondition incoming air and subcool refrigerant gas and results in the reduction in energy consumption & CO2 emissions, creating real savings for users and the planet.
The most effective means to remove heat being not ambient air like all conventional AC units use and have used for the last 50 years but by plunging the refrigerant (hot) gas into cold condensate water. 
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Image source: Twitter
As water will dissipate the heat more effectively than air. The flow-on effect without getting too technical is that this improves efficiency and improves the “power” output of your AC unit leaving the compressor to turn on less, work less and thus use less electricity over time.
Smart energy use is key to reducing peak demand, energy consumption, electricity bills, and spending on infrastructure. 
Improving energy efficiency by just 1 percent a year would grow Australia’s economy by $26 billion by 2030, said The Energy Efficiency Council.
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Image source: LinkedIn
In fact, this innovative system should be implemented on all new air conditioners itself around the world and reduce the carbon footprints.
Independent Products developed and refined its system, which is now used by clients including Qantas, Telstra, and BHP.
There are also air-cooled heat recovery systems in the market, which make use of the cooled refrigerant suction gas to pre-cool the hot refrigerant discharge gas that is commercially available. (Source: SMH)

Kamlesh Jolapara

I am FutureEnTech team member, a blogger and an engineer. The FutureEnTech site was created with an aim to provide a common platform where people can contribute their ideas and knowledge for betterment of our society and environment. It has been achieving many milestones in views and subscribers. We need your support for making this site a grand success. Keep reading the posts and subscribe for the latest updates.

Kamlesh Jolapara has 45 posts and counting. See all posts by Kamlesh Jolapara


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