Difference between revisions of "Energy Storage 101"
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The content is based on EPRI's Energy Storage 101 training courses. We will continue to build out the content with up-to-date content. If you have any suggestions, please email [mailto:eminear@epri.com Erin Minear]. | The content is based on EPRI's Energy Storage 101 training courses. We will continue to build out the content with up-to-date content. If you have any suggestions, please email [mailto:eminear@epri.com Erin Minear]. | ||
=State of Energy Storage: [[Energy Storage 101/Drivers and Big Picture|Drivers and Big Picture]]= | ==State of Energy Storage: [[Energy Storage 101/Drivers and Big Picture|Drivers and Big Picture]]== | ||
What is driving the adoption of energy storage and how do these forces influence the current energy storage landscape throughout the world? This section covers the following topics in more detail. | What is driving the adoption of energy storage and how do these forces influence the current energy storage landscape throughout the world? This section covers the following topics in more detail. | ||
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*[[Energy Storage 101/Drivers and Big Picture#Current Status and Future Outlook|Market and deployment trends]] | *[[Energy Storage 101/Drivers and Big Picture#Current Status and Future Outlook|Market and deployment trends]] | ||
=Energy Storage [[Energy Storage 101/Economics|Economics]]= | ==Energy Storage [[Energy Storage 101/Economics|Economics]]== | ||
* [[Energy Storage 101/Economics#Introduction to Grid Services|Introduction to Grid Services]] | * [[Energy Storage 101/Economics#Introduction to Grid Services|Introduction to Grid Services]] | ||
** [[Energy Storage 101/Economics#Transmission-Connected and Bulk Energy Storage|Transmission-connected and Bulk]] | ** [[Energy Storage 101/Economics#Transmission-Connected and Bulk Energy Storage|Transmission-connected and Bulk]] | ||
| Line 29: | Line 29: | ||
* [[Energy Storage 101/Economics#Modeling Energy Storage|Modeling energy storage]] | * [[Energy Storage 101/Economics#Modeling Energy Storage|Modeling energy storage]] | ||
=Energy Storage [[Energy Storage 101/Technologies|Technologies]]= | ==Energy Storage [[Energy Storage 101/Technologies|Technologies]]== | ||
*[[Energy Storage 101/Technologies#Defining Energy Storage|Definition of energy storage]] | *[[Energy Storage 101/Technologies#Defining Energy Storage|Definition of energy storage]] | ||
*[[Energy Storage 101/Technologies#Technical Characteristics of Energy Storage|Characteristics of energy storage: How to understand and consider performance]] | *[[Energy Storage 101/Technologies#Technical Characteristics of Energy Storage|Characteristics of energy storage: How to understand and consider performance]] | ||
*[[Energy Storage 101/Technologies#Survey of Technologies|Survey of technologies: Different storage mediums]] | *[[Energy Storage 101/Technologies#Survey of Technologies|Survey of technologies: Different storage mediums]] | ||
=Energy Storage [[Energy Storage 101/Integration and Deployment|Integration and Deployment]]= | ==Energy Storage [[Energy Storage 101/Integration and Deployment|Integration and Deployment]]== | ||
*[[Energy Storage 101/Integration and Deployment#Planning|Planning]] | * [[Energy Storage 101/Integration and Deployment#Project Lifecycle|Project Lifecycle]] | ||
*[[Energy Storage 101/Integration and Deployment#Procurement|Procurement]] | ** [[Energy Storage 101/Integration and Deployment#Planning|Planning]] | ||
*[[Energy Storage 101/Integration and Deployment#Deployment and Integration|Deployment and Integration]] | ** [[Energy Storage 101/Integration and Deployment#Procurement|Procurement]] | ||
*[[Energy Storage 101/Integration and Deployment#Operations and Maintenance|Operations and Maintenance]] | ** [[Energy Storage 101/Integration and Deployment#Deployment and Integration|Deployment and Integration]] | ||
*[[Energy Storage 101/Integration and Deployment#Decommissioning|Decommissioning]] | ** [[Energy Storage 101/Integration and Deployment#Operations and Maintenance|Operations and Maintenance]] | ||
** [[Energy Storage 101/Integration and Deployment#Decommissioning|Decommissioning]] | |||
=Additional Resources= | ==Additional Resources== | ||
*[https://www.epri.com/research/programs/053125 EPRI Energy Storage Program] | *[https://www.epri.com/research/programs/053125 EPRI Energy Storage Program] | ||
*[https://www.epri.com/esic Energy Storage Integration Council (ESIC)] | *[https://www.epri.com/esic Energy Storage Integration Council (ESIC)] | ||
Latest revision as of 00:29, 10 April 2024
This content is intended to provide an introductory overview to the industry drivers of energy storage, energy storage technologies, economics, and integration and deployment considerations. ES 101 may be helpful for bringing new stakeholders up to speed on the energy storage landscape.
The content is based on EPRI's Energy Storage 101 training courses. We will continue to build out the content with up-to-date content. If you have any suggestions, please email Erin Minear.
State of Energy Storage: Drivers and Big Picture
What is driving the adoption of energy storage and how do these forces influence the current energy storage landscape throughout the world? This section covers the following topics in more detail.
Drivers for Energy Storage
- Decreasing technology costs
- Increasing renewable generation
- Evolving utility needs
- Increasing utility customer choice and engagement
- Policy and regulatory changes
Current Status and Future Outlook
Energy Storage Economics
Energy Storage Technologies
- Definition of energy storage
- Characteristics of energy storage: How to understand and consider performance
- Survey of technologies: Different storage mediums
Energy Storage Integration and Deployment
Additional Resources