In the wake of a devastating derecho that struck Gary, Indiana on August 11, 2026, the city found itself grappling with a stark reality: while data centers hummed along uninterrupted, tens of thousands of residents were left without power. This stark contrast has ignited a heated discussion about energy priorities and the resilience of critical infrastructure.
The storm, which initially left nearly 370,000 people without power, highlighted the vulnerabilities in the electrical grid and the disparities in energy allocation. As of August 20, more than 63,000 residents were still in the dark, facing disruptions in daily life, including school closures and work stoppages.
Data Centers: The Uninterrupted Powerhouses
The resilience of data centers in Gary has raised eyebrows and sparked controversy. While residents struggled with prolonged outages, these facilities continued to operate seamlessly. This disparity has led to questions about the prioritization of corporate infrastructure over residential needs.
According to reports, data centers in the region never lost power, even as the community around them faced extended blackouts. This has fueled speculation about the role of these facilities in the prolonged outage and the allocation of resources during crisis situations.
The Human Impact: A Community in the Dark
The prolonged power outage had a profound impact on the residents of Gary. Schools were forced to close, businesses remained inactive, and daily life ground to a halt. The lack of electricity affected everything from refrigeration to medical equipment, creating a cascade of challenges for the community.
Mayor Eddie Melton expressed the community’s frustration, demanding more crews to speed up restoration efforts. The outage strained public resources and highlighted the inadequacy of the response from utility companies and government agencies.
The Broader Context: A National Issue
The situation in Gary is not an isolated incident. Across the United States, the demand for electricity by data centers is on the rise. AI data centers are expected to triple their share of US electricity consumption, from 4.4% in 2026 to 12% by 2028. This increasing demand has direct downstream impacts on residential customers, including rising electricity rates.
In Virginia, data centers already consume more than one in four kilowatt-hours generated in the state. The national average residential electricity rate hit 17.45 cents per kWh in January 2026, a 9.5% increase year-over-year, far outpacing regular inflation. These rising rates are a real concern for people and small businesses, but expensive energy is better than no energy at all.
Seeking Solutions: Backup Power and Beyond
In the face of prolonged outages, backup power solutions have become a critical consideration for many residents. Kristina Zagame, Senior Researcher at EnergySage, emphasizes the importance of battery systems in keeping essentials running when the grid goes down. Homeowners are encouraged to compare their options and choose systems designed around their specific needs.
However, backup batteries are just a Band-Aid for a much bigger problem. Local leaders and utility monopolies seem to have plenty of money to give tax breaks and other incentives to corporate data centers but struggle to prioritize water and energy security for the people they are supposed to serve. Residents are starting to demand real answers and solutions.
The power crisis in Gary, Indiana, serves as a stark reminder of the need for resilient infrastructure and equitable energy allocation. As the community works to recover, the lessons learned from this event will be crucial in shaping future policies and ensuring that all residents have access to reliable and affordable energy.
