Mojave Energy Systems, Inc.
Philip Farese has a diverse and extensive work experience. Philip is currently the CEO of Mojave Energy Systems, Inc. and has been with the company since 2022. Prior to this, they worked as the Managing Director of PC Farese Consulting from January 2022 to August 2022.
Philip Farese also has experience at Point72, where they held the roles of Senior Researcher from February 2019 to December 2021 and XO, Market Intelligence from June 2017 to February 2019.
Before that, they served as the Chief Strategy Officer at Enphase Energy from June 2015 to January 2017, where their responsibilities included leading various departments and spearheading strategic initiatives.
Philip Farese also worked as the Head of Research and Development/CTO at Advantix Systems from August 2012 to February 2015. At this advanced air conditioning company, they led research, product development, and design efforts.
Prior to that, they were a Senior Energy Analyst at the National Renewable Energy Laboratory from March 2010 to August 2012.
Philip Farese began their career at McKinsey & Co. as an Engagement Manager, where they focused on growth strategy and organization for utilities and equipment manufacturers in the energy, technology, and non-profit sectors.
Philip also worked as a Research Fellow at Princeton University from September 2002 to August 2005.
Throughout their career, Philip Farese has demonstrated proficiency in leadership, strategy development, research, and analysis in various industries.
Philip Farese obtained a PhD in Physics from UC Santa Barbara, completing their studies from 1996 to 2002. Prior to that, they earned a dual Bachelor's degree in Physics and Mathematics from Cornell University, graduating in 1996. Philip Farese also holds certifications in Machine Learning from Coursera Course Certificates and an OSHA 10-hour certification.
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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.