Difference between revisions of "Energy Storage Roadmap: Vision for 2025/Electric Reliability"

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(Created page with "{{DISPLAYTITLE: {{SUBPAGENAME}}: Desired Future States}} =<span style="color:#1cb78c;">Energy Storage Asset Reliability Characterized and Enhanced</span>= {{FutureStateInfobo...")
 
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*Business continuity
*Business continuity


=<span style="color:#1cb78c;">Grid Planning and Energy Storage Maintenance Practices Established</span>=
=<span style="color:#1cb78c;">Energy Storage Integrated into Grid Planning and Portfolio Management</span>=
{{FutureStateInfobox
{{FutureStateInfobox
|Future State Lead Name=[mailto:msmith@epri.com Morgan Smith]
|Future State Lead Name=[mailto:msmith@epri.com Morgan Smith]

Revision as of 12:58, 8 September 2021


Energy Storage Asset Reliability Characterized and Enhanced

Future State Leader:
Steve Willard
Steve Willard.png


Robust operational data shared through standardized metrics and testing inform planning, operations, and maintenance decision making.

Gaps to this future state
  • Operational data availability
  • Analysis and benchmarking of available technology data
  • Reliability models for utility planners and operators
  • O&M practices and asset management

Energy Storage Controls Integrated and Interoperable

Future State Leader:
Suma Jothibasu
Suma Jothibasu.png


Energy storage control systems support multiple-use applications and interoperability with utility systems to support predictable, reliable, and flexible operations.

Gaps to this future state
  • Open standards for communications and controls
  • O&M practices and asset management
  • Cyber security, including firmware upgrade verification
  • Business continuity

Energy Storage Integrated into Grid Planning and Portfolio Management

Future State Leader:
Morgan Smith
Morgan Smith.png


Calibrated models and best practices support power system planning and O&M practices to maximize predictability and optimize maintenance.

Gaps to this future state
  • Reliability and performance data, planning tools and methods
  • Operational practices for degradation management
  • Failure characterization and predictive maintenance
  • Maintenance approach consistency