Gov. Josh “Bully” Shapiro Renews Threat to Pull PA Out of PJM Grid
Here we go again with SSDD (same stuff, different day). We’re referring to the bullying talk coming from Pennsylvania Governor Josh Shapiro and his threats to pull the Keystone State out of the PJM grid, the largest electric grid in the U.S., covering all or parts of 13 states plus the D.C. swamp. Shapiro first made this same threat more than a year ago, in January 2025 (see PA Gov. Shapiro Gets Uppity with PJM, Threatens to Leave the Grid). He kept up the bullying, renewing his calls in January of this year for PJM to adopt his preferred anti-competitive reforms (see PA Gov. Shapiro Continues to Bully PJM Grid to Dump Free Market). And now he’s saying it again—threatening to pull PA out of PJM if PJM doesn’t bend to his demands. Read More “Gov. Josh “Bully” Shapiro Renews Threat to Pull PA Out of PJM Grid”
On Monday, President Donald Trump invoked the Defense Production Act (DPA) to channel federal funding toward domestic energy projects, specifically targeting liquefied natural gas (LNG), petroleum, coal power, and grid infrastructure. Empowering the Energy Department to bypass regulatory and financial hurdles, the move aims to curb rising electricity and gasoline costs ahead of the midterm elections while meeting surging power demands from the AI industry. 
Chesco Energy proposes building a natural gas “peaker” plant in Marshall County, Indiana, representing a billion-dollar investment. This 50-acre facility, located near a major transmission line and gas pipeline, aims to create over 200 construction jobs and provide backup power during peak demand, like hot summer days, to prevent grid failures. Marshall County officials, previously hesitant about solar farms, view this project more favorably as it generates significant power without sacrificing extensive farmland. 
AI data centers are in the news every single day. We don’t think it’s melodramatic to say that AI is changing the world right now. We also believe it’s accurate to say that everyone (yes, you reading this) will use AI at some level (if you don’t already) within the next year or two. AI, or artificial intelligence, requires, in the aggregate, millions of computers. All of those computers need a place to live (i.e., data centers). And those data centers need electricity to run. Tapping into the local electric grid is not a good option because it takes the grid years to plan, build, and add new sources of power. “Hyperscalers” (massive cloud service providers like Amazon’s AWS, Microsoft’s Azure, or Google’s Cloud, offering scalable, on-demand computing, storage, and networking resources) need to build data centers to house the computers that power AI today. Not years from now. This is a conundrum. A Pittsburgh battery company has partnered with a Houston, Texas, turbine maker to provide a natural gas-based solution ready in months, not years. 
In March, South Carolina regulators approved Duke Energy’s proposal to build a 1.4-gigawatt (GW) natural gas-fired power plant in Anderson County, marking the utility’s first new generation project in the state in a decade (see 
Despite being the nation’s leading electricity exporter and a top producer of natural gas, nuclear power, and coal, Pennsylvania residents pay significantly more for electricity — 45% more per kilowatt-hour than in 2018. Why? Sleazy politicians blame “greedy” utility companies and AI data centers, even though the rise in electric prices predates the current data center boom. If you dig just a little, you will find the real answer: it’s due to the policies put in place by the same sleazy (Democrat) politicians who blame others. 
PJM Interconnection, the nation’s largest electric grid system serving 65 million people across 13 states and Washington, D.C., is pursuing an emergency plan to secure 15 gigawatts (GW) of new power supply to avert electricity shortages driven by surging data center demand tied to artificial intelligence (AI). The grid operator looks to pair proposed data centers with new generation through bilateral negotiations running from September to March 2027. Let’s make a deal! 
Homer City Redevelopment, LLC has reached a significant milestone with the commencement of vertical construction, known as “first steel,” at the Homer City Energy Campus in Pennsylvania. Following extensive foundation work, the project has transitioned to above-ground construction, starting with the Gas Insulated Switchgear building. This facility is currently the largest natural gas-powered energy project under construction in the United States, replacing a decommissioned coal plant. 
CERAWeek 2026 was held in Houston, Texas, from March 23–27, 2026, focusing on “Convergence and Competition: Energy, Technology and Geopolitics”. The conference highlighted the accelerated pace of the “energy transition,” centering on energy security, skyrocketing AI power demand, infrastructure bottlenecks, and natural gas as a durable, competitive asset. In reviewing the reports published following CERAWeek, it’s obvious that natural gas was the belle of the ball. 
West Virginia Governor Patrick Morrisey is spearheading what he calls the “50 by 50” energy initiative, a plan for the state to grow its electric energy production from a current 16 gigawatts (GW) of generation to 50 GW by 2050 (see 
Last year, MDN warned readers that the newly elected, incoming governor of Virginia, Abigail Spanberger, is a radical left Democrat (see 
South Carolina regulators have approved Duke Energy’s proposal to build a 1.4-gigawatt (GW) natural gas-fired power plant in Anderson County, marking the utility’s first new generation project in the state in a decade. Scheduled for construction in 2027 and operational by 2031, the facility aims to address surging energy demands driven by population growth and economic expansion, though critics (falsely) attribute the need primarily to AI-driven data centers. Supported by Governor Henry McMaster under the S.C. Energy Security Act, the project is expected to generate an annual $84 million economic impact while ensuring long-term power reliability for the region.