This Act establishes a federal framework to manage the grid impact of large electricity consumers like data centers by reforming interconnection rules, ensuring cost responsibility, and promoting energy efficiency research.
Adam Schiff
Senator
CA
The Energy Cost Fairness and Reliability Act of 2026 establishes a new federal framework to manage the rapid interconnection of large energy users, like data centers, to the interstate transmission grid. It mandates that the Federal Energy Regulatory Commission (FERC) create formal interconnection procedures requiring these large loads to fully cover the costs of necessary grid upgrades. Furthermore, the bill directs the Department of Energy (DOE) to collect data and establish an AI testbed to study and mitigate the impact of growing energy demand on grid reliability and consumer electricity costs.
Energy Cost Fairness and Reliability Act: Data Centers to Foot 100% of Grid Upgrade Bills to Protect Household Rates
The Energy Cost Fairness and Reliability Act of 2026 is designed to act as a firewall between your monthly electric bill and the massive power demands of the AI revolution. As data centers and large-scale manufacturing expand at record speeds, they require massive upgrades to our aging power grid—transformers, high-voltage lines, and new substations. This bill shifts the financial burden of those upgrades entirely onto the companies building these 'large load' facilities (sites using over 50 megawatts), ensuring that everyday homeowners and small business owners aren't stuck subsidizing the infrastructure needed to train the next generation of AI chatbots.
Paying Their Own Way
Under this bill, the days of 'socializing' the costs of industrial expansion are over. Section 3 mandates that large facilities must pay 100% of the costs for interconnection studies and any network upgrades required to hook them up to the grid. These payments are strictly nonrefundable, and the Federal Energy Regulatory Commission (FERC) is explicitly banned from letting these companies recoup that money by charging other customers or getting future credits. For a family already dealing with rising utility costs, this means your rates shouldn't spike just because a massive server farm moved in down the road. It puts the bill squarely in the hands of the entities creating the demand.
The VIP Lane for Green and Fair Growth
Not all big power users are treated the same. The bill creates a 'priority' system for the grid’s waiting list. If a company wants to move to the front of the line, they have to play ball with the community and the grid. Priority is given to projects that install large-scale battery storage to handle their own outages, pay construction workers 'prevailing wages' (standard union-level rates), and use registered apprentices. It’s a 'carrot and stick' approach: you can build your data center, but if you want it done fast, you need to support the local workforce and prove you won't crash the local grid when demand peaks.
Demand Flexibility and the AI Reality Check
This isn't just about money; it's about keeping the lights on. The bill requires these massive facilities to prove they have 'demand flexibility'—the technical ability to throttle down their power usage if the grid is under stress. Think of it like a smart thermostat on a massive scale. Additionally, the Department of Energy will start tracking exactly how much juice these AI models are sucking up. By creating an 'AI Testbed' at a National Laboratory, the government hopes to find more efficient ways to run these systems before they outpace our ability to generate power. While this adds a layer of bureaucracy for tech giants, it provides the data needed to prevent regional blackouts as our lives become increasingly electrified.