Lineage - Greeley Performance Update
Rebound Technologies Inc.
The world has changed. Let's change the way we cool it.
On a high level, the Greeley?IcePoint??unit is matching its design spec and meeting its thermal performance metrics.?The thermodynamics at full scale have been proven.?
Below is a snapshot of the data taken?since commissioning in April 2023. The high moisture capture rate of 90% matches the model well.? Also, the demand response (thermal battery) performance is as anticipated and?is?providing peak shaving value.? Most importantly, initial learning from the site has already led to balance of plant improvements that are underway to drive the supply air temperature colder and the water removal rate higher.
Current data shows positive impact?to the facility?and there is?good?potential for better performance as we continue to optimize IcePoint's? integration.? The improvements should be completed by end of Q3.
About Rebound ?
Rebound Technologies has developed a freeze point suppression cycle that offers a 2-in-1 solution combining agile freezing and unprecedented humidity control for frozen food processors and cold chain logistics companies. Rebound’s IcePoint? offers next generation flexibility and impact in an otherwise fixed capacity, legacy equipment world. Agile freezing with inherent frost and ice management allows for leaner and cleaner cold chain operations. IcePoint’s thermal storage capability has already demonstrated it is the cheapest battery on the planet and will support decarbonization of the grid. A globally patented technology, Rebound’s IcePoint? meets varying cooling demands while simultaneously optimizing moisture levels equating to improved system performance, increased productivity, demand response capability and excellent return on investment. ?
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CEO Claudius Lynne LLC. Retired Co-Founder VaCom Technologies. IIAR Board of Directors. ASHRAE Chair REF-CPCC Committee. IIR. IoR. Cal Poly HVACR IAB. WSET Level 3 Certified.
1 年Granting there are prospective big savings on the main refrigeration equipment from latent load reduction, what is the kW/ton for total cooling, and the sensible heat ratio, for this equipment, over the course of a good run period? Perhaps too simplistic but I can’t get the traction I want from the spec sheet. Congratulations. Solid fundamentals, but really required your stick-to-itiveness.