Aaron Meles

Vice President, Product at Mojave Energy Systems, Inc.

Aaron Meles has a diverse work experience spanning across various industries and roles. Aaron is currently the VP of Product at Mojave Energy Systems, Inc. since October 2022. Previously, they worked as a Product Manager at PARC, a Xerox Company, specializing in Cleantech from October 2020 to October 2022. Prior to that, they served as a Senior Project Engineer at Haworth from April 2019 to October 2020. In the past, Aaron has held roles such as Director of Manufacturing and Product Development at MOVE Systems, Director of Engineering at Specified Air Solutions, and Product Manager at Advantix Systems. Additionally, they have also gained experience as a Gas Turbine Systems Engineer and Aerothermal Engineer at Power Systems Mfg., LLC, as well as an Engineering Intern at Solar Turbines. Aaron's career started with an engineering co-op position at GE and they also worked as a Graduate Research Assistant at the University of North Florida during their studies.

Aaron Meles earned a Bachelor of Science degree in Mechanical Engineering from Rose-Hulman Institute of Technology in 2008. Aaron later pursued a Master of Science degree in the same field at the University of North Florida, completing their studies in 2012.

Location

Grand Rapids, United States

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Mojave Energy Systems, Inc.

Mojave is changing the nature of air conditioning. Air conditioning has become critical to productivity and comfort in our indoor environments. As a result, it accounts for about 10% of total global electricity use and emits one billion tons of carbon dioxide. What if we could maintain the same comfort, reliability and purchase costs while lowering energy consumption and emissions? Since its invention in 1902, air conditioning has relied on vapor compression which over time has become progressively more efficient at lowering air temperature, but remains inefficient at humidity control. At the same time, modern building codes, ventilation requirements, and efficient appliances have reduced temperature loads but increased humidity loads. That means buildings today use more energy to control humidity than temperature. Mojave's ArctiDy introduces a patented way to solve this problem.


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11-50

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