Data Center Counsel

In this episode of the Data Center Counsel podcast, Jared Berg and Bryan Clark are joined by Josh Robichaud for a discussion of the Federal Energy Regulatory Commission (FERC) in data centerdevelopment. Josh explains FERC’s role in regulating wholesale power markets and interstate transmission through regional transmission organizations and independent system operators, while states maintain authority over generation siting and retail electricity sales. The discussion also highlights emerging policy reforms, including a US Department of Energy directive asking FERC to consider standardized processes for large-load interconnections and approaches to allocating grid upgrade costs associated with new data center demand.

In this episode of Bracewell’s Data Center Counsel podcast, Scott Segal and Andrew Shaw explore whether nuclear energy can meet the rapidly growing electricity demands of AI-driven data centers. As hyperscale facilities transform electricity demand into a system-level challenge, the discussion examines why nuclear — both large light water reactors and small modular reactors (SMRs) — is uniquely positioned to provide firm, carbon-free baseload power.The conversation covers a range of topics, including: the operational alignment betweennuclear generation and high-load data centers emerging partnerships between tech companies and nuclear operators     Nuclear Regulatory Commission (NRC) licensing reformsfuel supply constraintssafety considerations

In this episode of the Data Center Counsel podcast, Scott Segal and Tamara McKinzie examine the shifting geography of US data center development. What was once concentrated in traditional hubs like Northern Virginia is rapidly expanding into rural and emerging markets across Texas, Oklahoma, Kentucky, North Dakota, South Dakota and parts of the Southeast. Scott and Tamara look at the drivers behind this migration — including land availability, speed to power, regulatory certainty and grid reliability — as well as the growing pushback from communities concerned about energy prices, water usage and land preservation. They discuss the growing importance of regulatory certainty, land-use considerations and affordable electricity as communities evaluate the potential impacts of large-load development.

In this episode of the Data Center Counsel podcast, Jared Berg and Bryan Clark talk with Ted Duver about the regulatory forces driving data centers to develop on-site, behind-the-meter generation. They examine how long interconnection timelines, grid infrastructure constraints and evolving regulatory frameworks — particularly in PJM and ERCOT — are pushing developers toward greater control over power supply in pursuit of “speed to power” and Five 9s reliability.The group compares ERCOT’s energy-only market and recent Senate Bill 6 reforms with more traditional ISO/RTO markets, highlighting regulatory uncertainty, cost allocation debates and the growing role of co-located generation.

The Data Center Counsel podcast returns for an episode on the evolving legal and regulatory framework governing large-load interconnections in Texas, with a focus on data centers and other energy-intensive facilities. Hosts Jared Berg and Bryan Clark examine how large-load projects have historically connected with the ERCOT grid and explain why a surge in speculative and overlapping interconnection requests has strained that process. They dive into Texas Senate Bill 6, exploring how it seeks to standardize interconnection requirements, improve transparency, address cost allocation and enhance grid reliability following Winter Storm Uri. The conversation also examines emerging solutions that are poised to reshape how large loads plan, finance and secure power in Texas.

In the inaugural episode of the Data Center Counsel podcast, Bracewell partners Jared Berg and Bryan Clark discuss the factors contributing to extended large-load interconnection timelines in Texas and the implications for data center development. They provide an overview of how the growing demand for electricity — particularly from the oil and gas sector — has affected transmission capacity, generation availability and interconnection queues within the ERCOT system.