Energy

For data centers, demand flexibility is a responsibility

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Based on a feed excerpt; full article content has not been acquired. Source evidence retrieved 09/11/2026, 14:08:26 UTC.

Briefings

A new analysis by Verse estimates that 10 gigawatts of new data centers in ERCOT bringing their own power and offering demand flexibility could save Texas ratepayers approximately $2.3 billion annually. This finding stems from a backlash against utility bills caused by data centers lacking their own power, which has led to community opposition and new regulations. The study highlights that BYOP with flexibility can neutralize or reduce these costs, while also accelerating grid interconnection processes. Key pillars for responsible development include compliance, flexibility, supply, payment, and transparency. Specific examples include Google's $716 million contract in Arkansas and ERCOT's Batch Zero process, which allows flexible loads to connect before full transmission infrastructure is built.

Key points

• 10 gigawatts of new data centers in ERCOT with BYOP and flexibility could save Texas ratepayers about $2.3 billion annually.
• ERCOT's Batch Zero process allows flexible loads to connect before full transmission infrastructure is built, enabling dispatch between requested capacity and network limits.

Context

Data centers that do not bring their own power face nationwide backlash, causing utility bill increases and community opposition. This has led to new regulations across jurisdictions. The study focuses on ERCOT and SPP, where flexible loads can connect before transmission is fully built. The analysis is part of a broader industry effort to ensure data centers are treated as partners in grid reliability.

Limitations

The analysis is based on a single new analysis from Verse estimating 10 gigawatts of new data centers in ERCOT. It does not account for regional variations in grid capacity or specific local utility policies beyond ERCOT and SPP. The $2.3 billion savings figure is an estimate based on current grid constraints and does not include long-term impacts of interconnection delays or future grid expansions.

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