I am a PhD student in the Stanford University Civil and Environmental
Engineering Department, Atmosphere/Energy Program. My research aims
to understand how to best organize the contiguous United States
electric grid to maximize the amount of renewable energy. My
first objective of this work is to determine the effects of aggregating
electric load from various Federal Energy
Regulatory Commission (FERC) regions. My
second objective is to find the least-cost portfolio of generators
and the associated storage, transmission, and reserve requirements that
meet the load and an RPS requirement for a fully interconnected US system and for each
FERC region operating independently.
These results will then be compared to determine the effects of aggregating
electric load and renewable resouces from the FERC regions and
give insight into the most economical organizational
structure of the contiguous U.S. electric grid. My advisor
is
Mark Z. Jacobson. Outside of
research, I am the leader for a wind energy project
in Redwood City through the Stanford Solar and Wind Energy
Project
(SWEP)
student organization. The goal of this project is
to determine if winds near Redwood City would yield
cost-effective large-scale wind energy generation. I
received my BS from The Ohio State University in June 2007 in
Food, Agricultural, and Biological Engineering, with a minor in
International Studies. During my undergraduate career, I worked
extensively with biofuels and bio-based energy. In 2008, I completed my MS at Stanford
University in the Atmosphere/Energy Program.