HEATER
A Digital Air Heater Made for Wind Power
Patented in 2006 (Patent No. US7133604B1 and Canadian Patent 2535305), I proudly present Haser (Heat Amplification by the Stimulated Emission of Radiation), my groundbreaking indoor digital air heater. With only a single moving part—a fan—Haser operates efficiently, consuming just 2.2 kilowatts to heat a 2,000-square-foot home from October to May for an average cost of only 25 cents per hour.
This advanced heater can warm spaces measuring up to 16,000 cubic feet or workshops up to 20,000 cubic feet, making it the perfect solution for both residential and professional environments.
This advanced heater can warm spaces measuring up to 16,000 cubic feet or workshops up to 20,000 cubic feet, making it the perfect solution for both residential and professional environments.
How Haser Works: Revolutionary Design for Maximum Efficiency
The innovative design of Haser is built inside a cylinder, which is the ideal geometric shape for electrical, optical, and thermal energy emissions. This configuration incorporates infrared heat lamps within a reflective enclosure, optimizing heat generation. When you have a good hollow conductor, you also have a good electrical conductor optically, electrically, and thermally.
When the heat lamps reach the proper focal length, they create an accurate virtual image that nearly doubles the heat produced. The result is a perfect holographic image of the lamp formed inside the hollow conductor, significantly enhancing energy efficiency and creating the best heat sync possible.
Moreover, the filaments in the 375-watt heat lamps remain cool, thanks to continuous airflow, allowing for an impressive lifespan of over 27,000 hours—five times the standard rating.
When the heat lamps reach the proper focal length, they create an accurate virtual image that nearly doubles the heat produced. The result is a perfect holographic image of the lamp formed inside the hollow conductor, significantly enhancing energy efficiency and creating the best heat sync possible.
Moreover, the filaments in the 375-watt heat lamps remain cool, thanks to continuous airflow, allowing for an impressive lifespan of over 27,000 hours—five times the standard rating.
