Artic Solar, Inc
1057 Ellis Rd N #17 , Jacksonville, Florida, United States

Artic Solar is manufacturing an advanced solar thermal technology in Jacksonville, FL.  We are producing a patented collector (XCPC) which generates temperatures of up to 400°F/200° C without tracking.     High Temperature Solar using the XCPC collectors provide enough Heat, in a small enough footprint, to be truly practical for Commercial and Industrial applications. And our Advanced Technology has many applications.

Our Vision

Our Purpose Is To See The Planet Flourish. Benefiting The Environment, Providing People With Clean Water And Improving Economies By Reducing Fossil Fuel Consumption Utilizing Solar Air- Conditioning, Refrigeration And Industrial Process Heat.

Economically Create Steam With Our XCPC Systems

Artic Solar produces a patented collector the XCPC which generates temperatures of up to 400°F/200°C without tracking.  This is a game changer for the industrial and commercial markets because we can now economically offer our systems to meet their heating needs whether it is Industrial Process Heat, Hot Water or Steam anywhere across the Globe.  Our Industrial Process Heat applications (which is what we do best), as well as Absorption Chilling & Refrigeration, Water Clean-Up (Desalination/Evaporation/Pasteurization) and ORC electricity production are among the Solar Thermal solutions we have for many industries.

• We offer the only Non-tracking concentrator which provides lower O&M costs
• The XCPC operates effectively in both direct and indirect sunlight
• Efficiency of over 50% at 400°F
• Can be designed for any application between 100°F and 400°F
• Most cost effective solar solution for medium to high temperatures

Efficiency In Design

Existing solar technology is incapable of delivering cost effective high temperatures required for many commercial applications. The XCPC collector fills a huge gap in Commercial and Industrial applications.  Our advanced technology allows facilities to offset fossil fuel expenses and reduce greenhouse gas emissions.  Save money and create positive contributions to the environment with Artic Solar’s XCPC technology.     The goals of many commercial and industrial businesses today are to reduce greenhouse gas emissions.  Wouldn’t it be a great benefit to reduce operating expenses at the same time freeing up resources to fund other company projects.

The Biggest Revolution In Solar Technology. 

  Never before have buildings been able to integrate solar collectors capable of steam generation. Therefore, industrial applications have not been economically viable to anyone except governments.     Artic Solar’s patented technology allows the next generation of solar collectors to be manufactured and easily installed to quickly create a positive return on investment.     The “Holy Grail” of the solar business has been to make Air Conditioning with the Sun. Now, for the first time, Artic Solar makes that possible with a system that provides enough heat to drive single and double effect absorption chillers, efficiently.

Oil & Gas

Oil & Gas Artic Solar can now green up the oil and gas industry and save them money.  Our collectors are able to reach the necessary temperatures up to 400° F to heat solutions used in the oil extraction process.  But that is not, all we can provide the hot water or steam used to clean up radiators and clean up, recover or evaporate the process water before disposal. Enhanced Oil Recovery (EOR) is a term for processes used to increase the amount of crude oil that can be extracted from an oil field. Solar EOR uses concentrated solar power to concentrate the sun’s energy to heat water and generate steam. Give us a call to learn more.

Mining

Mining and remote locations are the most promising market opportunity for solar thermal technologies. In copper mining, water is fundamentally used in the traditional flotation benefaction process, in smelting and electro refining or in the hydro-metallurgical process, which consists of leaching, solvent extraction and electro winning.  The water temperature for this type of extraction is approximately 140°F/60°C. These temperatures are easily generated by the XCPC as a replacement of diesel for electrolyte heating.  Higher temperatures may speed up the process and significantly reduce GHG.

We’re With You Every Step Of The Way, Including

• System design
• Engineering
• Permitting
• Utility interconnection paperwork
• Installation
• Ongoing off-site monitoring