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"The Evolution of Energy Storage Technologies and Automation"

Explore automation’s role in bridging the gap between promising designs and mass production as energy-storage technologies scale

The U.S. added a record 2 gigawatts of energy storage in the first quarter of 2025, with utility-scale projects increasing nearly 60% from the first quarter of 2024. The reasons for the rapid ascent of energy storage include its critical role in supporting intermittent renewable energy generation, its ability to serve as a backup source of power for businesses and homes, and the role storage can play in helping meet rapidly growing demand for electricity, especially from energy-thirsty data centers. 

The sector’s future hinges on manufacturing systems that can adapt quickly to new chemistries, higher volumes, and ever-higher quality and safety standards. This playbook explores how automation plays a role in bridging the gap between promising designs and mass production as energy-storage technologies continue to evolve and deployment scales rapidly by:

• Bolstering manufacturing efficiency 
• Improving product quality 
• Mitigating safety risks 
• Supporting energy storage growth

Offered Free by: Utility Dive's studioID and JR Automation
See All Resources from: Utility Dive's studioID and JR Automation