Presentations
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Lessons From Our Microgrid
The presentation will describe the Evolution of Energy Storage at Snohomish County Public Utility District.
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Standards to Reduce the Complexity of Communicating, Controlling, and Integrating Data from Energy Storage Systems
This poster will summarize the results and highlight what interoperability standards are out there for storage systems and how they can streamline both initial installation and long term O&M.
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Accurately Modeling C&I Solar + Storage Projects
The storage industry is in a transition from ‘early adopters’ to ‘early majority,’ and “getting the system right” from a financial perspective is vital to market success.
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EOS - Zynth Energy Storage Testing at Duke Energy
Energy storage systems utilizing Lithium Ion based chemistry have been deployed at grid scale throughout the world.
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Commonly Misunderstood Concepts in Energy Storage
This poster and presentation aim to highlight some of the most common misconceptions and points of confusion in the energy storage industry and the public as a whole.
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Energy Storage Systems Digital Twins to Facilitate Optimal and Flexible Energy Market Operation
We are witnessing tremendous growth in the deployment of energy storage systems (ESS).
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Energy Storage in Integrated Resource Plans (PNNL-28627)
IRPs shape a utility’s resource acquisition efforts and provide the “paper trail” that allows regulators to review the utility’s progress when investigating the prudence of investments.
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Automated Performance Tracking of Post-Deployment Sites
At Enel X, one of our main products is DER.OS, a battery control and optimization software that we deploy to the sites in our portfolio.
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Opportunities for Energy Storage in Systems with High Integration of Renewable Energy such as Chile
The integration of wind and solar photovoltaic generation capacity in Chile is increasing rapidly.
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Analyzing the Value of Co-locating Solar PV, Energy Storage and Wind
This study demonstrates the optimal sizing of solar, wind and battery energy storage systems co-located behind a single interconnect to maximize the value from the hybrid system.
