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Mark Dyson
Carbon-Free Electricity at RMI
Mark Dyson is a seasoned professional with a diverse educational background and extensive experience in the energy and resources sector.
Mark holds a Master of Science (MS) in Energy & Resources from UC Berkeley and a Bachelor of Science (BS) in Computer Science & Geology from Carleton College.
Currently, Mark serves as the Senior Principal at RMI, a position he excels in due to his years of prior roles within the same organization.
Prior to his current role, Mark served as a Principal, Manager, Senior Associate, and Analyst (Electricity) at RMI, where he showcased his expertise in the energy industry.
Before his tenure at RMI, Mark held significant positions such as a Senior Energy Analyst at Ascend Analytics, a Researcher at the National Renewable Energy Laboratory, and a Research Assistant at Lawrence Berkeley National Laboratory.
Mark's early career includes roles as a Research Associate in Geology at Carleton College, demonstrating his versatility across various sectors within the energy and resources domain.
With a wealth of experience and a solid educational foundation, Mark Dyson continues to make valuable contributions to the field of energy and resources.
Highlights
Everyone's talking about load growth from #AI - but data centers are a practice round for a much bigger wave of load growth that we are already seeing and are going to continue seeing in this country coming from electrification of industry, vehicles, and buildings. RMI is working to get ahead of this so that we can power this new chapter of American economic development with a reliable, carbon-free gird.
In today's The New York Times, Patrick Sisson explores this issue as it is showing up for data centers around the country:
Our team at RMI is excited to launch VP3, the Virtual Power Plant Partnership, alongside founding members Ford Motor Company, General Motors, Google Nest, OhmConnect, Olivine, Inc., SPAN, SunPower Corporation, Sunrun, SwitchDin, and Virtual Peaker. In recognition of the critical work needed to tackle scaling the market for virtual power plants, initial funding of the VP3 effort was made possible by General Motors and Google Nest. VPPs are a largely untapped energy resource poised for explosive growth – RMI’s research shows that, by the end of this decade, VPPs can greatly reduce peak power demand in the US alone. A market of that size represents the opportunity for accelerated equitable energy transition for communities and income and sustainability opportunity for households and businesses. VP3 brings industry voices together to catalyze change in the necessary policies, regulations, and market rules required to enable VPPs to scale to their full potential. RMI is committed to being at the forefront of the VPP opportunity alongside leading voices in VPP-related sectors. Learn more: www.vp3.io
