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SkyCool Systems

SkyCool Systems has developed a rooftop, radiative sky cooling panel that improves the efficiency of air conditioning and refrigeration systems. Daytime radiative sky cooling is enabled by our patented1 multilayer optical approach, achieved by films with high solar reflectivity which send heat into space. Our panels cool without evaporating water and only require the electricity to run a small circulating pump. The cooling effect from our panels occurs all day and night and is very well aligned with the 24/7 operation of commercial and industrial refrigeration systems where cooling is a dominant load.

We are proposing to integrate arrays of panels in low and medium temperature circuits in commercial and industrial refrigeration systems to lower the amount of cooling that needs to be performed by the refrigeration system. The estimated electricity savings for refrigeration applications is 500 to 600 kWh/m2 of panel/year, 2x-3x the electricity generated from solar. We have completed several commercial installations demonstrating the effectiveness of our system. SkyCool panels provide energy savings of 15% - 20%. The goal of this project is to complete more deployments of our panel system and in effect streamline installations and demonstrate energy savings with partners.


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Short Description {{}} Status {{}} Year Founded {{}} Industry Group {{}} Sector {{}} Development Stage {{}} Country {{}} Nbr Employees {{profile.traction.num_employee_range}} Revenue Range {{profile.traction.revenue}} Total Equity
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Capital Raised Grant round of $3.5M
2021 Investors Advanced Research Projects Agency - Energy (ARPA-E), US Green Building Council
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MOUNTAIN VIEW, Calif., Feb. 10, 2021 /PRNewswire/ -- SkyCool Systems announced today that it was awarded $3.5 million in funding from the U.S. Department of Energy's Advanced Research Projects Agency-Energy (ARPA-E). The funding will be used to further scale SkyCool's radiative cooling panels that reject heat into the depths of outer space in order to improve the efficiency of cooling systems.

"This funding will enable SkyCool to scale-up and deploy radiative sky cooling technology across the U.S.," said Eli Goldstein, SkyCool's CEO and Co-founder. "Together with our commercialization partners, we will work to deploy our radiative cooling panels directly with large supermarket chains, refrigerated warehouses and in other commercial cooling systems. We are thrilled to continue to work with ARPA-E to bring our innovative cooling solution to the market."

SkyCool Systems is a clean energy company focused on using radiative cooling as an efficiency add-on and replacement of traditional cooling systems. The company's radiative cooling panels significantly improve the efficiency of air conditioning and refrigeration systems by rejecting heat from condensers to the cold sky. At scale, energy efficiency technologies like SkyCool's will reduce greenhouse gas emissions, lower electricity production requirements from power plants, and improve the reliability of electrical grids.

SkyCool Systems received its competitive award through ARPA-E's Seeding Critical Advances for Leading Energy technologies with Untapped Potential (SCALEUP) program. SCALEUP is a first-of-its-kind initiative that builds on ARPA-E's primary research and development (R&D) focus, supporting the scaling of high-risk and potentially disruptive new technologies across the full spectrum of energy applications. The program works to take promising energy technologies to the pre-pilot stage of the path to market and ultimately lead to realized commercial impact.


SkyCool Systems was founded in 2016. The company is dedicated to using its technology to bring efficient, climate-friendly cooling to all parts of the globe. For additional information about SkyCool Systems, please visit

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SkyCool radiative cooling panel


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This company uses technology and nature to cut your air conditioning bill

SkyCool Systems is trying to break that vicious cycle, using technology that promises to offer buildings an alternative means to cool down byessentiallymimicking how the planet cools itself.
"Our planet naturally cools itself by sending heat out in the form of infrared light or radiation," saidEli Goldstein, SkyCool's cofounder and CEO, through a process known as radiative cooling.
"We're using that effect to essentially radiate heat out and out during the day and at night, even under direct sunlight."
The five-year-old company said it does this through rooftop panels made using nanotechnology. These panels consist of an optical film that radiates infrared light and cools itself in the process. They resemble solar panels but actually do the opposite, reflecting 97% of the sunlight that hits them and cooling the surface below, according to the company.
SkyCool's model involves embedding a network of pipes below those panels. These pipes are filled with water, which is kept cool by the panels and then flows into a refrigeration or air conditioning system. This process is designed to take pressure off the system's cooling mechanism. And because the panels cool naturally and don't need external power to function, it helps the entire system use less electricity.
SkyCool's panels somewhat resemble solar panels but actually perform the opposite function.
A Grocery Outlet store in Stockton, California, which has been using SkyCool's system since last year, says it saw a marked drop in its electrical bills.
"After we had our SkyCool system installed, our electricity company increased their rates on us," Jesus Valenzuela, the store manager, told CNN Business. "We actually didn't see our bill go up at all. In fact, we saw it go just a little bit down," he added. Valenzuela estimates that the panels have saved his store roughly $3,000 a month.
Scientists have been researching the benefits of radiative cooling for years, including Goldstein's co-founder and UCLA professor Aaswath Raman, who is a pioneer in the field. Several solutions and models to harness the process have been proposed in recent months.
But there are some challenges, including a constraint familiar to the solar industry: it doesn't work as well without sunlight.
"Our technology works best in hot, dry climates where the sky is clear, so when you have clouds, that blocks that radiative cooling window," Goldstein said. "In the same way that [carbon dioxide] blocks light and sort of has that heat trapping effect, water vapor also will block infrared light."
But perhaps the biggest obstacle to making the technology ubiquitous is its relatively high cost. Most radiative cooling solutions "suffer from a high manufacturing cost and large-scale production limits," researchers at China's Fudan University wrote in a paper published in the journal Nature earlier this year.
Infrared imaging shows the relatively lower temperature of the panels compared to their surroundings.
Goldstein declined to reveal exactly how much SkyCool's panels cost but acknowledged that they are currently "more expensive" than solar panels.
"New technologies like radiative cooling are often more expensive," he said. "People are very sensitive to first cost, and so that is another barrier to getting new things out there."
Much of that is because of low production volumes, he said. Scaling up production could help bring the cost down, Goldstein said, particularly for developing countries in Asia and Africa where SkyCool hopes to eventually expand. For now, the company is focused on commercial applications of the technology, though it hopes to start installing panels on the roofs of individual homes. It has installed panels at other locations around California, including a retail store and a data center.
"We're just excited to be able to use this new technology for good," Goldstein said.

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