Articles promoting safe electrical installations, electrical safety and the electrical industry.
Department of Energy guidance explains EV charging station types, Level 1–DC fast equipment, connector terminology, and practical planning for procurement, installation, permitting, maintenance, and codes.
Explore how governments can sequence policies across market stages and vehicle types to accelerate equitable, reliable electric vehicle charging infrastructure deployment.
Explores the benefits and applications of liquidtight flexible metal conduit (LFMC), highlighting NEC Article 350 requirements, compliance standards, and its advantages in wet, corrosive, and demanding environments.
Examines how the 2026 NEC updates to Article 625 address higher-power EV Infrastructure 2.0 installations, highlighting key inspection priorities for safety, reliability, grounding, disconnecting means, and compliance.
Explore how the industry-wide labor shortage extends beyond field crews to critical planning, and why retaining retired professionals’ expertise is essential to project success and code compliance.
The race toward faster, greener data centers is bringing a surge of uncertified and custom equipment — leaving inspectors and AHJs to determine compliance in a rapidly changing landscape.
This #IAEINewsLIVE session will perform a short circuit study on a small system leveraging the per-unit method of calculations and complex variables.
Today’s IAEINewsLIVE program will take a walk on the math side and talk about complex numbers and how they are used by power systems engineers and others who calculate things like fault currents.
This IAEINewsLive is a focus on Tom’s top 10 changes found in the 2023 NEC. This will focus on just Chapters 1 – 4.
This article reviews NEC Article 300.4 requirements for protecting concealed wiring in walls and explains how common fasteners can create short circuits, arcing faults, or shock hazards.
This article explains the intent and importance of NEC 300.4, emphasizing how proper protection against fastener penetration remains critical to preventing conductor damage, shock hazards, and fire risks.
As electrical failures continue to cause fires and costly downtime, this article highlights why NFPA 70B has become a critical tool for ensuring safe, reliable, and proactively maintained electrical systems.
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