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2024-2025 Outlook
“Only Icarus competes across all three applications: Cool PV to increase output, thermal storage, and optimize power vs. heat storage.”
Interested in investing in Icarus?
With the U.S. and other regions offering incentives and adopting aggressive renewable energy targets, the demand for efficient and reliable solar energy solutions is set to rise sharply. Icarus RT is at the forefront of this transformation, offering technology that not only meets but exceeds the demands of a rapidly growing market.
$278B
Total Addressable Market
$26B
Serviceable Available Market
$1B
Serviceable Obtainable Market
Trusted by partners and clients worldwide
Frequently Asked Questions
Can the Icarus system be retrofitted to existing PV installations?
Yes, the Icarus Quartet System is designed to be easily retrofitted to existing PV installations, enhancing their efficiency without the need for a complete system overhaul.
What kind of maintenance does the Icarus system require?
The Icarus system requires minimal maintenance. Regular inspections and occasional servicing of the heat extractor and thermal storage components will ensure optimal performance.
Is the Icarus system compatible with all PV panels?
Our heat extractors are designed to fit most off-the-shelf 300W PV panels. We strive for compatibility with all major brands, but specific assessments can be conducted if needed.
What is the expected lifetime of the Icarus Quartet System?
The Icarus system is built to last, with an expected operational lifetime of 20 years.
How does the Icarus system help with peak energy demand?
The system stores thermal energy during the day and can provide power or hot water on demand, reducing peak energy costs and easing the load on the grid during high-demand periods.
How does the Icarus Quartet System work?
The Icarus Quartet System cools PV panels using a proprietary heat extractor, increasing their power output by 12-18%. The system also stores the extracted thermal energy, which can be used for hot water or converted into additional electricity on demand.