Richard D. Boardman Idaho National Laboratory Charles Forsberg Massachusetts Institute of Technology
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www.inl.gov Richard D. Boardman Idaho National Laboratory Charles Forsberg Massachusetts Institute of Technology Integrated Nuclear / Renewable Energy System for Oil Shale Production June 4 , 2014
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Integrated Nuclear / Renewable Energy System for Oil Shale Production June 4 , 2014. Richard D. Boardman Idaho National Laboratory Charles Forsberg Massachusetts Institute of Technology. Load-Balancing Nuclear Reactors. - PowerPoint PPT Presentation
Transcript of Richard D. Boardman Idaho National Laboratory Charles Forsberg Massachusetts Institute of Technology
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Richard D. BoardmanIdaho National Laboratory
Charles ForsbergMassachusetts Institute of Technology
Integrated Nuclear / Renewable Energy System for Oil Shale Production
June 4 , 2014
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Load-Balancing Nuclear Reactors A substantial basis for nuclear energy for dynamic use of heat for
electricity and heat applications Provides understanding of relevance of nuclear-renewable energy integration Relative comparison of Advanced SMR – HES: temperature, coolant, reactor
response characteristics, etc. Value proposition for cleaner production of fossil fuels.
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Small Modular Reactor
Power Generation
ThermalEnergy
Electrical Energy
ElectricalGrid
Process-Oriented Heat Application
Giga-WattBattery
Thermal Reservoir
Conc. Solar WindCoal/Bio-Fired
Gas TurbineCombined Cycle
Energy Systems Integration Provides Flexible Energy Storage
U.S. Western Energy Corridor: An Opportunity for NHES
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Forsberg, MIT
Hou
rs a
t Pa
rtic
ular
Pri
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Price of Electricity, $ MW(e)h
Peak Demand
High Prices
Low Demand
Low Prices
Forsberg, MIT
2012 California Price variation of wholesale electricity prices for 1 year
Variable electricity demand leads to variable electricity prices
Forsberg, MIT
Forsberg and Curtis, MIT
Forsberg and Curtis, MIT
Forsberg and Curtis, MIT
Forsberg and Curtis, MIT
Lowest Greenhouse
Footprint
Forsberg and Curtis, MIT
