Solar Lens Test

Dual Axis Tracking
Turbine Prototype
Chefplex News Story

Airport Security

Ushering in the New Era of Solar Fuels

Years Ahead of Schedule

IAS Fresnel solar thermal lens.

IAUS's new solar technology is the first to offer the possibility of competing head-to-head with fossil fuels for both electricity and gasoline production. It costs less now than the World Government's goal for solar power cost per kilowatt by the year 2020. IAUS's unique thin-film lens focuses the sun's energy, producing super-heated steam for power generation. IAUS's panels are inexpensive, efficient, and require virtually no maintenance. Typical solar reflector panels ( e.g. solar dishes, troughs, heliostats) are very expensive and require a great deal of maintenance to sustain a solar focal point. Once installed, IAUS's lenses need no further adjustment. Other solar technologies, such as photovoltaic (PV) panels, are also very expensive and require an expensive inverter to convert DC power to AC. They also require expensive batteries for power storage. Unlike PV systems, IAUS's product does not need an expensive inverter or battery storage. It operates on heat and produces heat as a byproduct. This energy can be stored using a chemical regeneration process held in a continuous cycle. This chemical, in turn, is then used to create steam when there is no sun. This unique added process costs significantly less than batteries; so much so, that it offers a reasonable answer to 24/7 solar power.


Currently, the world's annual energy market is approximately $3 trillion and growing rapidly. It is two times larger than the world's agricultural market and four times larger than the cost of the world's military.

First IAS solar thermal collector prototype.

Solar Power Breakthrough IAUS Hits Milestone Previously Thought to be Impossible



IAUS has successfully finished its first high-volume run of its new breakthrough solar panels. Nearly 1,000 Kilowatts of IAUS's solar panels were manufactured in a short 24-hour run. On a 24/7 operating schedule, an estimated 350 Megawatts of IAUS panels can be produced annually. In comparison, a traditional photovoltaic (PV) solar module manufacturing plant with a yearly capacity equal to IAUS would cost an estimated $840 Million to construct.



IAUS's unique thin-film solar lens can be produced at a fraction of the cost of today's traditional photovoltaic solar panels. IAUS believes its new product is the first solar power technology with legitimate potential to compete with gas and other fossil fuels in the immediate future. Low-cost energy produced by IAUS's new patented and patent-pending solar technology can be used to generate electricity or produce clean fuels such as hydrogen and green methanol (gasoline replacements) at a competitive price. IAUS plans to quickly expand its annual solar panel production capacity this year to 1 Gigawatt, which is enough to supply an estimated $2 Billion in sales per year.



Click Here to see IAUS's Lens heat generation demonstration. The super-high temperature at the focal point instantly ignites a block of wood. Look closely, you can see the flames. 

Click Here to see IAUS's louvering lens technology  IAUS's new louver design eliminates nearly 80% of the maximum wind load pressure on both the panels and the steel structure. 

Click Here to see IAUS's Hydraulic Pivot Technology  IAUS's new hydraulic pivot design eliminate the high cost of traditional gear systems.

View Hydraulic Pivot Technology in use.

See IAS’s breakthrough, turbine.

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