For decades, utilities planned grids around a predictable link between population, economic activity, weather, and consumption, with demand rising gradually and investments following long-term forecasts. Commercial demand is now taking the lead, disrupting that pattern and putting new pressure on planning assumptions. The shift matters because conventional forecasting and infrastructure timelines may no longer match how load is actually developing, making a rethink of grid planning necessary.
Exelon and Invenergy have filed complaints at FERC seeking changes to capacity market rules. Exelon wants FERC to require PJM to adopt a prompt capacity auction, while Invenergy wants the Midcontinent grid operator to allow HVDC merchant lines to receive capacity payments. The disputes could reshape how capacity is procured and how merchant transmission is compensated in those markets.
Orsted said its 704-MW Revolution Wind project off Rhode Island has reached full commercial operation, a milestone announced during a Nov. 5 investor call. The project is connected to the New England grid, according to the excerpt. For industry readers, the step adds substantial offshore wind capacity to the regional power system and marks a key delivery milestone for the developer.
The Trump administration has imposed a ban on foreign-made grid components, prompting industry concern. Stakeholders support the goal of securing the grid but argue that restrictions based on geography rather than function and capability miss the point. They warn the approach could raise costs, prove impractical, and threaten investment.
How much more generation will the U.S. need to meet rising electricity demand? It’s an important question, but it isn’t the only one the power industry needs to answer. As data centers, advanced manufacturing, and broader electrification increase demand, the growing challenge is
The article argues that trusted control systems and reliable operational data, rather than algorithms alone, will determine how useful AI becomes in power-generation control rooms. As generation fleets grow more diverse, it highlights the grid-stability risks of unexpected outages, citing Mark Robens’ example of a 1-GW offshore wind park going offline. For professional readers, the takeaway is that AI adoption in operations depends first on dependable data and control foundations.
The article examines the utility corridor as a shared and increasingly contested piece of energy infrastructure, where high-voltage transmission lines cross farmland, suburbs, and industrial areas. It focuses on reconductoring—upgrading existing lines—and how such work must be coordinated with pipeline integrity planning in the same right-of-way. For professionals, the takeaway is that these narrow strips may offer capacity gains without new land, but only if transmission and pipeline interests are planned together.