ThermoLift Demonstrates Prototype on October 3rd; Attends NREL Innovation Showcase on 6th

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ThermoLift, with funding from the U.S. Department of Energy (DOE) and the New York State Energy Research and Development Authority (NYSERDA), demonstrated the performance of its 2nd-generation TC-Cycle™ prototype to representatives of Oak Ridge National Laboratory (ORNL) and the National Renewable Energy Laboratory (NREL) on October 3rd, at ThermoLift's engineering facility in Ann Arbor, Michigan. Later that week, ThermoLift, as one of the invited Wells Fargo Innovation Incubator (IN²) companies, attended the inaugural NREL Innovation Showcase in Beaver Creek, Colorado and presented to conference attendees including the IN² Wells Fargo Board of Directors, investors, and other industry leaders.

Norberto Domingo, Senior Engineer in R&D at ORNL, Jason Woods, Senior Engineer at NREL, and Dave Hamilton, Executive Director at CEBIP, attend prototype demonstration on October 3rd

We are excited to work with companies like ThermoLift to advance their technology by offering real-world test conditions at the laboratory in order to optimize their potential for success in the marketplace

The Innovation Showcase was held on October 6th-7th in Beaver Creek, Colorado. Organized by NREL to support early stage clean technologies currently working with NREL and other DOE National Laboratories; conference attendees included Wells Fargo IN2 representatives, investment firms, and industry leaders. The power of IN2 is that it’s built on collaboration with leaders at Wells Fargo, universities, regional accelerators, and the experts, researchers, and scientists at NREL,” said Ashley Grosh, vice president and Co-Manager of the IN2 program with Wells Fargo Environmental Affairs. “We are really pleased to see ThermoLift, a Round 2, IN2 awardee, continue to make great strides and meet technical milestones helping advance their technology into the marketplace. “We are excited to work with companies like ThermoLift to advance their technology by offering real-world test conditions at the laboratory in order to optimize their potential for success in the marketplace,” said Richard Adams, Director of NREL’s Innovation and Entrepreneurship Center.

Both ORNL and NREL came together under one roof to participate in the first public demonstration of the TC-Cycle™ technology. ORNL, as part of ThermoLift's cooperative agreement with the DOE, will be benchmarking the TC-Cycle™ system and validating its performance. NREL's focus, as part of funding from the Wells Fargo IN² Innovation Incubator, will be to use system-level modeling to assist ThermoLift in understanding full-system integration in commercial buildings and assessing user cost savings.

Paul Schwartz, CEO of ThermoLift, commented that “while ThermoLift’s 2nd-generation prototype is not ready for production, we see a clear pathway to initial field demonstration in the next 12-18 months.” He added that ThermoLift is “not aware of any other active program across the globe investigating this unique thermodynamic cycle, and that our recently granted patent provides the company with a unique advantage to commercialization.”

Traditional HVAC systems are dominated by vapor compression-driven heat pumps and refrigerant-based air conditioning systems which are electrically driven, suffer performance degradation at low temperatures, and operate with multiple phase changes resulting in efficiency losses. ThermoLift’s patented TC Cycle™ avoids these shortcomings and has the added benefit of being able to maintain high performance (high efficiency) through the full spectrum of partial-load and full-load conditions. This makes TC Cycle™ a favorable HVAC technology in a marketplace that has seen upwards of 20 million heating and cooling systems installed last year alone. ThermoLift has the opportunity to establish itself and capture a significant portion of this multi-billion dollar industry.

ThermoLift is developing a cold-climate, natural gas air conditioner and heat pump technology that combines heating, air conditioning, and water heating into a single appliance. It is anticipated to provide 30-50% reduction in building HVAC costs while having relative reductions in associated greenhouse gas emissions. As a point of reference, the energy consumed to heat and cool buildings makes up 17% of the total energy consumed in the U.S. each year at an annual expense of approximately $200B.

ThermoLift is headquartered at the Advanced Energy Research and Technology Center (AERTC) in Stony Brook, New York and receives business development support from Stony Brook University's Clean Energy Business Incubator Program (CEBIP).

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