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DEVELOPMENT OF A KNOWLEDGE MANAGEMENT SYSTEM FOR ENERGY DRIVEN
BY PUBLIC FEEDBACKMASSIMILIANO FRATONI1, JOONHONG AHN1, BRANDIE
NONNECKE1, GIORGIO LOCATELLI2, KEN GOLDBERG1
UNIVERSITY OF CALIFORNIA, BERKELEY UNIVERSITY OF LINCOLN, UK
MARCH 23, 2015
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DOE-NE RECENTLY CONDUCTED AN EXTENSIVE FUEL CYCLE REVIEW
• Multi-lab effort
• Thousands of fuel cycle options
• 40 evaluations group based on physics (fuel source, neutron
energy, recycling) rather than technology (reactor A vs. reactor
B)
• 808 pages summary
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THE OUTCOMES WILL INFLUENCE FUTURE R&D PRIORITIZATION
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• How do we convey these results to the general public?
• What does the general public think of these results?
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WE ARE PROPOSING A KNOWLEDGE MANAGEMENT SYSTEM
• Relatable
• users easily relates to the provided metrics
• Interactive
• users can generate their energy profile
• Appealing
• users can learn and at the same time express opinions
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METRICS MUST BE EASY TO RELATE TO FOR THE GENERAL PUBLIC
Economics Levelized cost of electricity
Electricity cost for watching TV 2 hours a
day for
Environmental Land useSquare meters used by power plants to
power
California
Social Large accident risk
Fatalities due to large accidents for all the
power plants in CA in one year
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THE UNDERLYING METHODOLOGY USES AN ESTABLISHED FRAMEWORK
• 3BL — triple bottom line framework
• Three key elements
• social
• economics
• environmental
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THE UNDERLYING METHODOLOGY USES AN ESTABLISHED FRAMEWORK
• 3BL — triple bottom line framework
• Three key elements
• social
• economics
• environmental
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CONCLUSIONS
• In order to communicate with the general public there is a
need to use “every day” metrics rather than technical metrics
• General public feedbacks facilitate communication between
scientists, legislators, and general public
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DEVELOPMENT OF A KNOWLEDGE MANAGEMENT SYSTEM FOR ENERGY DRIVEN
BY PUBLIC FEEDBACKMASSIMILIANO FRATONI1, JOONHONG AHN1, BRANDIE
NONNECKE1, GIORGIO LOCATELLI2, KEN GOLDBERG1
UNIVERSITY OF CALIFORNIA, BERKELEY UNIVERSITY OF LINCOLN, UK
MARCH 23, 2015
