https://storagewiki.epri.com/index.php/Energy_Storage_Roadmap:_Vision_for_2025/Environmental_Responsibility?feed=atom&action=historyEnergy Storage Roadmap: Vision for 2025/Environmental Responsibility - Revision history2024-03-28T08:27:42ZRevision history for this page on the wikiMediaWiki 1.37.1https://storagewiki.epri.com/index.php?title=Energy_Storage_Roadmap:_Vision_for_2025/Environmental_Responsibility&diff=1324&oldid=prevJthompson: Created page with "{{DISPLAYTITLE: {{SUBPAGENAME}}: Desired Future States}} =<span style="color:#f68d12;">Reduced Emissions with Energy Storage Applications</span>= {{FutureStateInfobox |Future..."2021-08-26T17:34:57Z<p>Created page with "{{DISPLAYTITLE: {{SUBPAGENAME}}: Desired Future States}} =<span style="color:#f68d12;">Reduced Emissions with Energy Storage Applications</span>= {{FutureStateInfobox |Future..."</p>
<p><b>New page</b></p><div>{{DISPLAYTITLE: {{SUBPAGENAME}}: Desired Future States}}<br />
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=<span style="color:#f68d12;">Reduced Emissions with Energy Storage Applications</span>=<br />
{{FutureStateInfobox<br />
|Future State Lead Name=[mailto:gdamato@epri.com Giovanni Damato]<br />
|Lead Image File=File:Giovanni Damato.png<br />
}}<br />
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High renewables adoption, electric vehicle use, delivered electricity efficiency, reduced emissions from existing fossil generation fleet, and ecosystem protection are supported.<br />
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;<span style="color:#f68d12;font-size:115%;">Gaps to this future state</span><br />
*Documented use to reduce emissions <br />
*High renewable scenarios <br />
*Long-duration storage applications <br />
*Metering and emissions accounting <br />
*Emissions cost and value streams<br />
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=<span style="color:#f68d12;">Sustainable Life Cycle Implemented</span>=<br />
{{FutureStateInfobox<br />
|Future State Lead Name=[mailto:sshaw@epri.com Stephanie Shaw]<br />
|Lead Image File=File:Stephanie Shaw.png<br />
}}<br />
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Materials selection and extraction practices, manufacturing, transportation, and deployment practices consider and minimize negative impacts to environment and society.<br />
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;<span style="color:#f68d12;font-size:115%;">Gaps to this future state</span><br />
*High social and environmental impact materials<br />
*Life cycle assessment (LCA) data<br />
*Procurement decision-making criteria<br />
*Global supply chain diversity and resilience<br />
*Materials certifications and traceability throughout life cycle <br />
*Material supply adequacy<br />
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=<span style="color:#f68d12;">End-of-Life Impacts Minimized</span>=<br />
{{FutureStateInfobox<br />
|Future State Lead Name=[mailto:sshaw@epri.com Stephanie Shaw]<br />
|Lead Image File=File:Stephanie Shaw.png<br />
}}<br />
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Safe disposal, recycling, and reuse of energy storage system components minimize negative environmental impacts of energy storage projects at end of life.<br />
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;<span style="color:#f68d12;font-size:115%;">Gaps to this future state</span><br />
*Safe and responsible recycling and disposal<br />
*End-of-life utility planning and contracts<br />
*Economic recycling processes for lithium ion batteries <br />
*Validated battery second-life products and applications <br />
*Regulatory support for recycling and materials recovery</div>Jthompson