Difference between revisions of "Energy Storage Roadmap: Vision for 2025/Safety"
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{{DISPLAYTITLE: {{SUBPAGENAME}}: Desired Future States}} | {{DISPLAYTITLE: {{SUBPAGENAME}}: Desired Future States}} | ||
For more information on storage safety, visit [https://storagewiki.epri.com/index.php/Storage_Safety ES Safety] | |||
=<span style="color:#0076f0;">Safety Practices Established</span>= | =<span style="color:#0076f0;">Safety Practices Established</span>= | ||
{{FutureStateInfobox | {{FutureStateInfobox | ||
Revision as of 12:14, 21 June 2023
For more information on storage safety, visit ES Safety
Safety Practices Established
| Future State Leader: Lakshmi Srinivasan |
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Codes, standards, and best practices for integration and operation of energy storage support the safety of all.
- Gaps to this future state
- Public safety guidelines
- Installation, transportation, and handling safety guidelines
- Operator guidelines
- Maintenance guidelines
- Incident response protocols
- Design and manufacturing safety practices
Asset Hazards Characterized and Minimized
| Future State Leader: Taylor Kelly |
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Safety hazards are characterized and mitigated with informed and comprehensive approaches to reduce the probability and severity of safety events.
- Gaps to this future state
- Battery thermal runaway characterization and mitigation
- Siting risk management practices
- Emerging storage technology safety information and analysis
- Failure modes and effects analyses
- Fire hazard testing and models
Community Resilience and Public Safety Applications Viable
| Future State Leader: Nick Tumilowicz |
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Solutions are developed and demonstrated to support a range of customer and community resilience applications for disruptions and disasters.
- Gaps to this future state
- Quantification of resilience value for communities
- Energy storage public safety use definition
- Community and customer awareness of options
- Coordination of customer and utility assets