welcome to the 9 annual global climate and energy project …€¦ · director, global climate and...
TRANSCRIPT
Sally M. Benson Director, Global Climate and Energy Project
Stanford University
OCTOBER 10, 2012
GLOBAL CHALLENGES – GLOBAL SOLUTIONS – GLOBAL OPPORTUNITIES
GCEP RESEARCH SYMPOSIUM 2012 | STANFORD, CA
GLOBAL CLIMATE AND
ENERGY PROJECT
STANFORD UNIVERSITY
Welcome to the 9th Annual
Global Climate and Energy
Project Symposium
Sally Benson,
GCEP Director
October 8, 2013
GCEP: A Grand Vision for Industry-Academia Partnership
Source: Global Energy Assessment, 2012
2.5 Billion People Use Biomass for Cooking
Billions of People Lack Access
to Modern Cooking Fuels
Proportion of Population Using Biomass for Cooking
Source: Global Energy Assessment, 2012
Proportion of Population Without Access to Electricity
1.5 Billion People Lack Access to Electricity
Billions of People Lack
Access to Electricity
Designing a Sustainable
Energy System
Wher
How can we provide for these needs without
damaging the planetary support systems we rely on?
Clean air – Stable climate – Healthy ecosystems – Clean water
2 X Current Energy Use
Global Climate and Energy Project Goals
• Discovering new scientific concepts for
clean energy – lead generation
• Developing breakthrough energy
technologies – proof of concept
• Educating future energy thought leaders
and research workforce – capacity
building
….to enable affordable, safe, secure and
clean energy for everyone –making the
world a better place
The 9th Annual GCEP Symposium
• A unique forum for engaging in informed discussion of the latest issues
and trends in the energy arena:
Stage setting plenary talks
In-depth panel discussions of energy issues
Presentation of cutting-edge academic research
Opportunities for learning about broad energy areas
Interactions with leading energy research practitioners
2013 GCEP Highlights
Soils
India Workshop
with Reliance
Industries and
Foundation
Negative
Emissions
Workshop and
New Awards
New Research
Awards
GCEP Trip to India Purpose
• Examine opportunities for GCEP to support
energy research aimed at meeting
Developing World needs
• Explore possibility for GCEP collaboration
with academia and industry in India
Schedule
• May 13-14 - Field Trip to Villages, Nagpur-
Seoni
• May 15-16 – Workshop on Game Changing
Technologies, Mumbai
Panel discussion will cover this in detail tomorrow
Opportunities for GCEP with A Focus
the Developing World
• Urgent need for innovation:
Distributed electricity generation
and energy storage
Clean cooking fuels
• Critical success factors:
Extremely affordability
Accessibility to all
Simple operation and
maintenance
Direct provision of services
New Research Identified by GCEP in 2013
- Energy Supply with Net Negative Emissions
• Negative emissions 101
Wednesday afternoon
• GCEP will soon announce
new awards:
Optimization of biomass
for transportations fuels
with CCS and soil carbon
sequestration
Biomass pyrolysis for
transportation fuel
production with biochar
byproducts for soil quality
improvement
http://gcep.stanford.edu/events/work
shops_negemissions2012.html
NEW RESEARCH INITIATED BY GCEP IN 2013 Durable High Performance Batteries
Photoelectrochemically
Rechargeable Zn-Air Batteries Hongjie Dai
High-Energy- Density Lithium Ion
Battery using Self-Healing Polymers Zhenan Bao, Yi Cui, Mike Toney
Challenge
• Extending cycle life of
batteries by minimizing
material degradation is
critical to their effective
use as energy storage
systems
Approach
• Create very durable
battery electrodes by
combining high-
capacity, active
materials with polymers
containing dynamic
reversible hydrogen
bonds that can self-
heal
• Zn-air batteries can have high energy
densities – but round trip efficiencies are low
and making rechargeable batteries is difficult
Approach
• Design photo-electrochemically rechargeable
Zn-air batteries with improved energy and
power density, energy efficiency and cycle life
through use of novel nanocarbon-inorganic
hybrid materials and stable semiconductor
photoanodes
Output
• Zn-air batteries that could be used in rooftop
and grid storage applications and recharged
under solar illumination
Challenge
• Affordable, safe, high-
energy density
batteries for energy
storage systems are
still elusive.
Output
• Potential for high-energy, low-cost lithium
batteries with long cycle life.
NEW RESEARCH INITIATED BY GCEP IN 2013 Achieving High Efficiency and Low cost Solar
Photovoltaics Light Trapping in High-efficiency
Low-cost Si Solar Cells Mark Brongersma, Albert Polman,Harry Atwater
Challenge
• Solar cell efficiencies are often limited by
their ability to absorb and convert light energy
from across the whole solar spectrum
Approach
• Plan to use light trapping techniques through
sub-wavelength design of dielectric and
semiconducting nanostructures to create a
thin film crystalline Si cell that can capture a
high fraction of incoming solar light
Output
• Will enable solar cells with both high
efficiencies and low material requirements
Novel Inorganic-organic Perovskites
for Solution Processable PVs Mike McGehee, Hema Karunadasa
Challenge
• Need for cheap, highly efficient solar cells
that are easy to manufacture
Approach
• Will develop novel organic-inorganic
perovskites for potential use as a top cell for
hybrid tandem photovoltaics and then test
and characterize cell performance
Output
• Could produce low cost multijunction solar
cells that are over 25% efficient at large scale
by printing on top of conventional silicon or
CIGS solar cells
NEW RESEARCH INITIATED BY GCEP IN 2013 Renewable Fuel Production
Maximizing Solar-to-Fuel
Conversion Efficiency in Oxide
Photo-electrochemical Cells Will Chueh, Nick Melosh
Catalysts for Electrochemical
Conversion of CO2 and CO to Fuels Tom Jaramillo, Jens Nørskov,Anders Nilsson
.
Challenge
• Processes for the sustainable generation of
fuels from CO2 offer critical pathways for
reducing GHGs
Approach
• Will examine alloys for ability to catalyze CO
and CO2 reduction reactions to hydrocarbons
and alcohols using both computational
simulations and experimental testing
Output
• Provides key technology component in
coupling renewables to fuel production
Challenge
• Current efficiencies for creation of solar fuels
through water disassociation in photo-
electrochemical cells are generally very low
Approach
• Build a solid-state solar energy conversion
device in which a wide band‐gap mixed ion
and electron conducting oxide would replace
the liquid electrolyte device that operates at
an optimum temperature range of around 500
to 700C
Output
• Demonstrated principles of a more practical
device for efficient conversion of solar energy
to fuels.
• 186 Faculty Principal
Investigators
• 713 Grad Students and
Post-docs
• 40 Research Institutions
• 82 Full-Scale Research
Activities
• 35 Exploratory Studies
• 600 Peer-Reviewed
Publications
• 893 Conference
Presentations
• 39 Patent Applications
• 4 Start Up Companies
GCEP Status – October 2013
Renewables
Carbon-Based Energy
Systems
Other
Electrochemistry and Electric Grid
Hydrogen
GCEP Symposium Advanced Technologies for Affordable Low-Carbon Energy
Keynote and Plenary Speakers
• Climate Change and Our Common Future
Gro Brundtland, Vice Chair – United Nations Foundation,
Former U.N. Special Envoy on Climate Change, Former
Prime Minister of Norway
• Lessons from the Journey from Academia to
Commercial Markets
Richard Swanson, Founder and Former President and
Chief Technology Officer – SunPower, Consulting
Professor – Precourt Institute for Energy, Stanford
University
• Fireside Chat: The Tesla Story – Perspectives from
the CTO and VC
JB Straubel, Co-Founder and Chief Technology Officer –
Tesla Motors
Ira Ehrenpreis, General Partner – Technology Partners
GCEP Symposium Advanced Technologies for Affordable Low-Carbon Energy
Keynote and Plenary Speakers
• India’s Low Carbon Strategy for Inclusive Growth
Kirit Parikh, Former Member – Planning Commission of
India, Chairman – Integrated Research and Action for
Development
• Increasing Prosperity in Rural India Through
Sustainable Agriculture and Energy Services - Moderator: Sally Benson
Jagannatha Kumar, Head of Reliance Foundation
Banny Banerjee, Mechanical Engineering, Design –
Stanford University
Bruce Clemens, Materials Science and Engineering –
Stanford University
Mark Thurber, Program on Energy and Sustainable
Development – Stanford University
GCEP Symposium
GCEP Research – Technical
Presentations
• Carbon-Based Energy Systems – Moderator:
Lynn Orr
Chris Edwards, Gary Mavko, Jen Wilcox
• Solar Energy – Moderator: Mark Brongersma
Harold Hwang, Jim Harris, Mike McGehee
• Bioenergy – Moderator: John Ralph
Dave Lobell, Jim Swartz, Alfred Spormann
• Advanced Energy Transformations and
Storage – Moderator: Yi Cui
Allen Bard, Chris Chidsey, Dan Stack
Learn about the latest technology innovations in clean
energy research from GCEP principal investigators
Advanced Technologies for Affordable Low-Carbon Energy
GCEP Symposium
Energy Tutorials
• Energy Systems Integration 101
Mark O’Malley, Director – Electricity Research
Centre, University of College Dublin
• Future Personal Mobility 101
Sven Beiker, Executive Director – Center for
Automotive Research at Stanford
• Nuclear Energy 101
Burt Richter, Nobel Laureate – Physics, Director
Emeritus SLAC
• Negative Emissions 101
Chris Field, Founding Director – Department of
Global Ecology, Carnegie Institution
Jennifer Milne, GCEP Energy Assessment Analyst
– Stanford University
Gain a basic understanding of key technical areas in energy from leading experts
Advanced Technologies for Affordable Low-Carbon Energy
GCEP Symposium
Student Events
• GCEP 2013 Distinguished Student Lecturers
Mauro Pasta, Materials Science and Engineering, Stanford
University
Andrew Scheuermann, Materials Science and Engineering,
Stanford University
Joey Nelson, Geological and Environmental Sciences, Stanford
University
• Poster Session and Reception
Advanced Energy Transformations and Storage
Bioenergy
Carbon-Based Energy Systems
Solar Energy
• GCEP Sponsor/Student Networking Lunch
• GCEP Student Social
Interact directly with GCEP energy researchers
Advanced Technologies for Affordable Low-Carbon Energy