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Independent Engineering: Turning Power Plant Plans into Bankable Projects
Most energy projects don’t stall because the design is flawed; they stall because lenders don’t have enough confidence in the risks, controls, and cash-flow stability. Developers and plant teams naturally lead with technical capability; the types of turbines, how it...
EPCm Project Delivery: A Critical Solution for The Thermal Power Build-out in The AI Era
As the world races to expand firm, dispatchable thermal generation to meet the extraordinary electricity requirements of AI and data-center infrastructure, the Engineering, Procurement, and Construction Management (EPCm) model has become an attractive and necessary alternative to conventional EPC contracting. EPCm provides owners & developers with control over procurement, competitive…
Large Loads Looming Concern
by Leland McMillan, NERC Supervisor “Load” has emerged as a reliability impact lately, but not the load that you might be thinking of. Generation Load is often defined as electrical power that a generator can create. Transmission System Load is energy demand that moves on the transmission system and is…
AI in Power Plant Cybersecurity: What You Need to Know
by Eddie Aveitia, NERC CIP Reliability Specialist The Changing Threat Landscape Artificial intelligence is changing how both attackers and defenders approach cybersecurity at power generation facilities. You don’t need to be an IT expert to understand the basics—and understanding matters is important because these threats can directly impact plant operations,…
How Small Modular Reactors (SMRs) Impact the Electrical Grid
By Richard Schlottmann, NERC Project Manager Introduction Small Modular Reactors (SMRs) are emerging as a pivotal technology in the evolution of the electrical grid, offering a blend of flexibility, reliability, and resilience that addresses many of the challenges facing modern power systems. As the energy sector accelerates its transition toward…
Section 1600 Reporting
By Stefano Schnitger, Senior NERC Reliability Specialist The North American Electric Reliability Corporation (NERC) Section 1600 reporting framework authorizes targeted data requests from registered entities to support reliability oversight under Section 215 of the Federal Power Act. This framework ensures NERC and Regional Entities have accurate, timely data for reliability…
ERCOT’s 2026 Winter Outlook for Texas
By Mike Moyer, Power Market Compliance Services Specialist ERCOT stated that the Texas power grid is better equipped than in past years to deal with an extreme weather event. Changes have been made to the Texas power grid with legislation that was passed in 2021-2022, which now requires these plants…
2026 NERC CMEP: What GO/GOPs Should Prepare for This Coming Year
by Sean Thompson, NERC Supervisor Each year, the ERO Enterprise CMEP Implementation Plan signals the reliability, and compliance risks that Compliance Enforcement Authorities (CEAs) are most likely to probe. For Generator Owners (GOs) and Generator Operators (GOPs), the goal isn’t guessing what you’ll be audited on—it’s translating those themes into…
Data Center Construction Management
BREAKING THROUGH 2026’S POWER INFRASTRUCTURE BOTTLENECKS A View on 2026’s Power Challenges Data center developers are racing to support AI-driven growth, but a number of challenges persist. Grid constraints, long lead times for critical equipment, and a limited supply of large gas turbines are pushing many to explore unconventional solutions.…
Grid Reliability: What It Really Takes to Keep Power Moving
Keeping the grid stable isn’t just a technical goal — it’s what prevents small problems from turning into major outages. For power generators and utilities, reliability is the day-to-day discipline of keeping critical equipment online, operating within limits, and responding quickly when conditions change. Grid reliability protects more than uptime. It supports economic stability, public…
Beyond Roofs: The Future of Infrastructure Inspection
The Current State of Infrastructure Inspection Most facilities rely on traditional rooftop inspections: technicians walk the roof, capture photos, and compile them into analog or digital reports. These methods are reactive, based on limited surface visuals, and lack spatial precision. Many facility managers shrug at questions like, “What’s the condition of your roof?” because…
