Bloom Energy has released a mid-year update to its annual Data Center Power Report, providing a detailed look at the factors shaping the industry's trajectory through 2030. The findings indicate that while AI adoption continues to drive a prolonged period of expansion, the pace of development is being threatened by a combination of power availability, rising construction costs, and growing community scrutiny. As AI evolves from the initial model-building phase to real-world applications, developers are increasingly forced to seek onsite power alternatives to bypass grid limitations and ensure the viability of new capacity.
Bloom Energy Report Identifies Power Availability as Primary Constraint
The report, based on surveys conducted in April 2026 with 156 decision-makers—including hyperscalers, colocation providers, neoclouds, data center developers, and chip developers—indicates that power access remains the dominant challenge for the sector. According to the data, 61% of developers plan to bring their own power if the existing grid cannot meet their specific capacity requirements. This shift is driven largely by the acceleration of AI adoption, where inference now accounts for more than 50% of AI compute. This transition toward inference signals a move toward practical, real-world applications, which creates a sustained and increasing demand for new data center capacity that the current electrical infrastructure may struggle to support.
Community Scrutiny and Regulatory Barriers Impacting Execution
Beyond the technical challenge of power access, the report identifies intensifying community scrutiny as a significant barrier to the execution of large-scale projects. Local opposition is primarily driven by concerns over potential increases in electricity prices, increased water consumption, and the overall strain on grid reliability. These social and economic pressures have translated into tangible regulatory hurdles; as of May 2026, at least 86 local moratoriums and 18 state bills have been proposed across the United States to address these concerns. Bloom Energy CMO Natalie Sunderland noted that the winners in the next phase of the AI buildout will be those who can grow in a way that works for both operators and host communities. She suggested that clean onsite power solutions, which reduce strain on local infrastructure, may be critical for developers seeking to bring capacity online faster.
Infrastructure Gaps and Carbon Capture Deployment
The report further identifies a "readiness gap" between hardware evolution and facility development that risks slowing AI innovation. Chip developers anticipate the adoption of rack-level DC designs and high-density architectures by 2028, which is one full year ahead of the implementation plans held by data center developers. This misalignment suggests a growing challenge in ensuring that physical facilities are ready to support evolving AI hardware requirements. Additionally, the report notes a shift in emissions management, with nearly one-third of onsite-powered sites expected to incorporate carbon capture by 2030. This trend reflects a strategic push to address environmental and emissions concerns while simultaneously expanding the power capacity necessary for AI growth.
Key Takeaways
- 61% of data center developers plan to implement onsite power solutions if the grid is unable to meet their capacity needs.
- As of May 2026, 86 local moratoriums and 18 state bills have been proposed in the U.S. due to concerns over water use, grid reliability, and electricity prices.
- Chip developers anticipate the adoption of high-density architectures by 2028, one year before data center developers plan to implement them.
EnergyInsyte's Take
The report signals a shift where the viability of AI expansion depends as much on local political and social acceptance as it does on electrical capacity. Executives should monitor the gap between chip-level hardware readiness and facility infrastructure, as this misalignment could delay deployment. The increasing prevalence of local moratoriums suggests that onsite power and carbon capture may become standard requirements for securing project approvals.
Source: Businesswire
