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Summary We are proposing a smart grid seminar series for the spring 2015 semester that focuses on exploring the next generation power grid and its relationship to renewable energy. The series will

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Summary We are proposing a smart grid seminar series for the spring 2015 semester that focuses on exploring the next generation power grid and its relationship to renewable energy. The series will
Summary
We are proposing a smart grid seminar series for the spring 2015 semester that focuses on
exploring the next generation power grid and its relationship to renewable energy. The series will
consist of talks, documentary films, and debates that bring different perspectives and disciplines
together to discuss this important issue. As Vermont will be the first state in the country to move
to a statewide smart grid, this topic is especially relevant to students at UVM.
Introduction and Background
As Americans debate the impact our aging energy infrastructure is having on our economy and
future prosperity, a quiet revolution is happening here in Vermont. Our state is working on
becoming the first in the nation to have a statewide smart electricity grid. The shift to a smart grid
represents a major change in the role of electric utilities and the services they provide to
consumers as they transition from conventional utilities to information­driven utilities. With an
information­driven approach to delivering power, the smart grid enables utilities to provide a
greater percentage of electricity generation with renewable electricity sources, creating
opportunities for homeowners and businesses alike to be able to choose from which sources
their electricity comes from and allowing customers to lower utility bills while reducing their
carbon footprint. Despite substantial top­down policy support and increasing recognition of the
term “Smart Grid”, the relationship between a smarter grid and renewable energy remains
largely nebulous to the general public. It is our hope that this seminar series will expose UVM
students to the technology behind the smart grid and its relationship to renewable energy, and to
create opportunities for students to get involved with the technology, policy, and human
behavioral factors behind the grid.
Methodology and Time Frame
The seminar series will be held during the spring 2015 semester. We are planning on a series
held every month consisting of nationally known and local speakers, as well as documentaries
related to renewable energy and the smart grid. In addition to individual speakers and
documentaries, we also plan on hosting at least one debate on the topic of renewable energy
and its relation to the smart grid. In addition to the seminar, we hope to provide members of the
UVM community time to meet with the speakers in smaller groups as interest and time allows.
Currently, we are envisioning a total of 4 seminars consisting of 1 or 2 speakers each. These
seminars will be a mix of local and national speakers in academia, business, or politics to speak
on energy markets, energy storage, and other renewable energy topics relating to the smart grid.
We are also planning to show a documentary related to the smart grid and will bring in the
producer for discussion and questions and to provide updates on the how the topic covered in
their film has changed since it was released. Finally, we will have one debate­style seminar
pertaining to renewable energy sources and the grid. This will be a way for students to hear
conflicting perspectives on smart grid and renewable energy, and foster a lively discussion about
the tradeoffs of a smart grid.
Benefits and Results
Our seminar series will foster a greater understanding of how a smarter grid is necessary for
incorporating clean energy sources into the mix of power supply to our community. The
seminars will encourage understanding of and dialogue around an important change to
Vermont’s energy infrastructure that is largely already in place, though one that is poorly
understood. The result of a seminar geared toward the smart grid will benefit our communities'
educational, environmental, and economic goals. Engaging external speakers with the UVM
community will bring in important information about current practices that we can incorporate
into our approach to best utilizing the Vermont smart grid, and ideas on how to improve. The
result of this education will ripple through our environment and economic structure. A large part
of the smart grid is focused on renewable energy, and this education will carry through to
bettering our environment.
Student Engagement
The series will be open to the entire UVM campus community and will be held in a location that is
convenient for students to attend. Each seminar will be structured to allow for student questions
and we feel that having a variety of local and national speakers, as well as showing
documentaries and a debate will help to engage students with different interests and seminar
ideas. Furthermore the talks will be interdisciplinary, discussing the impact of human behavior,
technology, and public policy on the smart grid and how having a smarter grid allows better
incorporation of renewable energy into the mix of power generation technologies.
Suggested Project Champions
This seminar series is primarily lead by current UVM Smart Grid IGERT students:
● D. Curtis Saunders([email protected])
● T.C. McAndrew ([email protected])
● Robert Swain ([email protected])
● Emily Cody ([email protected])
● Christopher Clement ([email protected])
● Daniel Fredman ([email protected])
● Mark Wagy ([email protected])
With faculty support from:
● Professor Jeff Marshall ([email protected])
● Assistant Professor Paul Hines ([email protected])
Project Budget and Budget Justification
For this seminar series, we are asking for between $7,000 ­ $11,000. We are
budgeting approximately $500 for each local speaker and $1,500 for each national
speaker. The money will be used for travel, food, and lodging of the speakers, as well as
costs associated with providing food and drinks (coffee, tea, pizza, cookies) at the
seminars to help encourage student participation. We are planning on bringing in 4 ­ 6
national speakers ($6,000 ­ $9,000) and 2 ­ 4 local speakers ($1,000 ­ $2,000) for a total
budget of between $7,000 ­ $11,000. Our preliminary list of speakers and topics is below.
Class
Who/What
Organization
Subject
Speaker
Krishan Gupta
Siemens
Big Data and AMI: Making the
Most of Analytics
Speaker
Thomas Kaestner Ernst & Young
Speaker
Daniel Kammen
UC Berkeley ­
Energy and
Resources Group
What Does an ‘Energy
Transition’ Look Like?
Speaker
Charles Hall
SUNY­ESF
The Impact of the Declining
Energy Return on Investment
(EROI) of Energy Resources on
Economic Development
Speaker
Hunt Alcott
NYU ­ Economics
Behavioral economics and the
energy crisis
Speaker
Carl Linvill
Regulatory
Assistance Project
Forecasting for an energy
transition to renewables ­
economics and policy
implications
Film
Gasland
Film
Fuel
Film
Windfall
Film
Smart Grid
Author of “Cost Benefit Analysis for
the Comprehensive Use of Smart
Metering”. A report written on behalf
of the German Economics Ministry
detailing how Smart Grids do not end
up benefiting the consumer.
Justification for use of student­supported, CEF funds
We believe that this seminar series is a very appropriate use of student­supported CEF funds.
These seminars will be open to the entire UVM community and students and faculty alike will
greatly benefit from the ideas and information brought to the campus by these seminars.
Whether they know it or not, having a smart grid will impact the way the UVM consumes
electricity: the costs of electricity as well as the source of that electricity. Because we will
incorporate technological aspects of smart grid as well as the behavioral and policy challenges
that surround the incorporation of renewable energy and smart grid, the seminar will appeal to a
broad contingent of the student body. The funds will provide unique experiences to the students
and members of the community who attend. For example, bringing someone involved with
making a documentary on energy consumption and its relationship to the smart grid is a richer
and more interactive experience than simply watching the documentary; or having the chance to
interact with a politician who has been a key figure in making Vermont a bastion of renewable
energy use and implementation of smart grid will allow for direct interaction and a more personal
connection with the policymaker.
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