Sandia National Laboratories: ECIS Fact Sheets

Energy Security
Climate Security
Infrastructure Security
Enabling Capabilities
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Energy Security

Energy Security Goal 1
Develop advanced solar energy technologies and systems that will enable a domestic solar industry to deliver electricity at less than 10¢/kWh.
Energy Security Goal 2
Demonstrate, in a working prototype, 12.5% sunlight to syngas (or other intermediate) and analysis for a system design to achieve >6% end-to-end sunlight to fuel and a roadmap to >10% lifecycle sunlight to fuel.
Energy Security Goal 3
Develop reactor design and support systems to demonstrate the application of small, modular reactors (SMRs) to fulfill DoD mission goals for energy security.
Energy Security Goal 4
Complete a deep borehole disposal system demonstration project with industry that will transform nuclear waste management.
Energy Security Goal 5
Provide for the science-based design tools necessary for industry to reduce carbon dioxide and petroleum footprint of the transportation fleet by 25%.
Solar Energy Programs Fact Sheet
Sunshine to Petrol (S2P)
Solar Glitter
Wind Energy Programs Fact Sheet
Joint BioEnergy Institute (JBEI) Brochure
Photovoltaic Systems Evaluation Laboratory (PSEL)
Distributed Energy Technologies Laboratory (DETL)
Regional Test Center for Evaluating Photovoltaic Performance and Reliability (RTC)
National Solar Thermal Test Facility (NSTTF)
Scaled Wind Farm Technology (SWIFT) Facility
Sandia Research to Improve Transportation Energy Storage
Sandia’s Battery Abuse Testing Laboratory

Climate Security

Climate Security Goal 1
Assess U.S. prosperity and security impact risks by modeling climate and human response at the regional level with quantified uncertainty.
Climate Security Goal 2
Design data-gathering and analysis systems to enable the U.S. to sign a global climate treaty.
Climate Security Goal 3
Develop a credible technical path for achieving DOE’s 2015 goal of an industrial-scale demonstration of carbon capture and sequestration (10MT/yr).
Climate Security Goal 4
Joint Venture for Safe and Secure Offshore Petroleum R&D—an industry-government partnership to advance R&D and emergency response for offshore oil & gas exploration and production.
Climate Security Goal 5
Deploy technology solutions that make government and private sector success in water safety, security, and sustainability, both domestically and globally.
Assessing Climate Uncertainty
Understanding Climate Change

Infrastructure Security

Infrastructure Security Goal 1
Establish and grow critical cyber security capabilities within the Department of Homeland Security with Sandia as the enduring advanced development partner.
Infrastructure Security Goal 2
Increase resilience of U.S. critical infrastructure systems by providing government, regulatory, and industry stakeholders with increased understanding of interdependencies and risk.
Infrastructure Security Goal 3
Reduce the risk of energy supply disruptions from globally strategic sources to the U.S. and to key overseas installations.
Infrastructure Security Goal 4
Design and demonstrate 30% renewable energy penetration into the energy surety microgrid within five years.
Infrastructure Security Goal 5
Develop and use energy security systems analysis/assessment tools and a sustainable implementation business model to meet DoD/DOE/DHS defined energy security objectives.
Energy Surety Microgrid (ESM)
Enabling Secure, Scalable Microgrids with High Penetration Renewables
New Mexico Collaboration Demonstrates Viability of Commercial-Scale Microgrids
SPIDERS: The Smart Power Infrastructure Demonstration for Energy Reliability and Security
Sandia National Laboratories’ Stationary Energy Storage Research Program
Energy Storage Test Pad and Energy Storage Analysis Laboratory
Achieving Higher Energy Density in Flow Batteries at Lower Cost with MetILs
Economic and Policy Analyses Provide Key Perspectives on Energy
ES-Select Evaluates Energy Storage Technology

Enabling Capabilities

Enabling Capabilities Goal 1
Deepen fundamental science and engineering competencies in key strategic areas to enable ECIS mission objectives and goals.
Enabling Capabilities Goal 2
Nurture discovery science for fundamental breakthroughs in interfacial science, quantum phenomena, materials physics, bioscience, gas-phase chemistry, nanomaterials systems and architecture, and math algorithms.
Enabling Capabilities Goal 3
Determine capability needs for SMU and support capability development through targeted Laboratory-Directed Research & Development (LDRD) projects.
Center for Integrated Nanotechnologies (CINT)
Sandia’s Energy Storage Research Program
Battery Reliability Science at Sandia
Mechanistic Multiscale Modeling of Battery Electrochemical Reactions

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ARPA-e

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