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Energy Storage
Facilities
With next-generation thermal storage materials and solutions are also being developed. These materials solutions are being integrated into systems at scales that will enable experimental validation of both control models and cost analysis. Energy storage technologies that minimize costs and grid impacts by integrating electric vehicle (EV) charging, solar photovoltaic (PV) generation, and energy-efficient buildings using controllable loads.

Applications
Energy storage technologies for stationary applications less than 10 megawatt-hours to:
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Enable extreme fast-charging of EVs
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Optimally integrate PV generation from a DC–DC connection
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Couple electrochemical and thermal storage
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Increase energy efficiency of buildings
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Eliminate potential grid impacts of high-power EV charging systems
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Lower installation costs to the consumer.

Size and Capacity
Specific energy storage capacity pivots can be aggregated based on energy usage patterns, peak demand, and the duration for recommended backup power considering that, a facility that requires 1 MWh for backup suitable for a small commercial operation which can be made adaptable based on size and/or growth of demand.
A Graphite battery systems generally require less space than traditional lead-acid batteries. A 1 MWh system for example may occupy approximately 200 to 300 square feet, that can vary based on specific design, development and configuration.
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