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Battery energy storage systems (BESS) are emerging as a critical flexibility layer within the evolving power architectures for AI workloads. Their role depends on the challenge: supporting grid compliance and managing dynamic AI loads, or enabling bridge-to-grid strategies alongside onsite generation. Drawing on market experience across battery energy storage, power generation, controls and integrated power systems, this session explores:
- How BESS can help manage load dynamics, ride-through, power quality and other emerging grid requirements
- How BESS architectures change when addressing grid-connected versus bridge-to-grid applications
- Why successful deployment requires system-level integration of BESS, generation, controls and other power assets
- How duty cycle, degradation and end-of-life requirements should influence BESS design from day one
