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Closing the Gap: ICF Report Urges Strategic Grid Action Now

Closing the Gap: ICF Report Urges Strategic Grid Action Now

An ICF report advises utilities to prioritize location-specific planning and grid-enhancing technologies while grid expansions catch up to demand.


Distribution Transformers and Voltage Regulation—Part 2: Step-Down Transformers

Distribution Transformers and Voltage Regulation—Part 2: Step-Down Transformers

Distribution transformers shape network voltage and fault behavior. Learn how winding configurations, vector groups, and grounding methods impact…


When the Grid Becomes Software

When the Grid Becomes Software

How utilities can avoid the telecom industry’s historical virtualization mistakes to successfully build a software-orchestrated, resilient energy…


 Securing and Scaling a Connected Grid: Communications Architecture

Securing and Scaling a Connected Grid: Communications Architecture

Modernizing the grid into a distributed, data-driven system requires secure and flexible communication networks to handle the growing complexity of…


Distribution Transformers and Voltage Regulation—Part 1: Introduction

Distribution Transformers and Voltage Regulation—Part 1: Introduction

Learn how distribution transformers bridge medium-voltage feeders and end-use equipment, ensuring stable voltage through strategic placement,…


Primary Distribution Systems—Part 4: Fault Levels and Short Circuits

Primary Distribution Systems—Part 4: Fault Levels and Short Circuits

Learn about fault levels and short-circuit protection for medium-voltage distribution. We’ll examine current sources, fault types, symmetrical…


Distribution System Fundamentals—Part 3: Emerging Trends

Distribution System Fundamentals—Part 3: Emerging Trends

This article provides analysis steps and implementation strategies for distributed energy resource behavior, transportation electrification, and…


Why Fragmented Intelligence Undermines Grid Reliability

Why Fragmented Intelligence Undermines Grid Reliability

Relying on periodic snapshots for transformer health leads to costly failures, but continuous, real-time hydrogen monitoring can avoid them.


Distribution System Fundamentals—Part 2: Topologies and Reliability

Distribution System Fundamentals—Part 2: Topologies and Reliability

Explore distribution topologies, from simple radial feeders to complex networks, and examine reliability metrics, common causes of outages, and…


Powering the Energy Transition: Why Transformer Insulation and Sealing Matter

Powering the Energy Transition: Why Transformer Insulation and Sealing Matter

Learn the engineering challenges of ensuring transformer resilience and managing the shift to new ester and silicone oils with advanced, PFAS-free…


Substation Commissioning and Testing—Part 3: Field Testing

Substation Commissioning and Testing—Part 3: Field Testing

Substation field testing ensures long-term reliability. It verifies instrument transformers , circuit breakers, and protection relays against…


Briefs: Solid-State Batteries and Infrastructure Upgrades

Briefs: Solid-State Batteries and Infrastructure Upgrades

Donut Lab and ION Storage Systems are advancing their solid-state battery technologies, and the U.S. Department of Energy and PPL Electric…


News Mar 19, 2026 by Karen Hanson
Google and Tesla Lead Coalition for Grid Optimization

Google and Tesla Lead Coalition for Grid Optimization

The Utilize coalition wants to address the energy crunch by maximizing the power grid’s efficiency through software tools, battery storage, and…


News Mar 18, 2026 by Karen Hanson
ABB Expands Energy Software With SaaS OPTIMAX

ABB Expands Energy Software With SaaS OPTIMAX

A new cloud-based OPTIMAX platform helps businesses optimize energy use, cut emissions, and deploy advanced analytics faster.


News Mar 16, 2026 by Stephanie Leonida
From Months to Minutes: How Automated AI Can Modernize the Grid

From Months to Minutes: How Automated AI Can Modernize the Grid

ThinkLabs AI’s CEO spoke to EEPower about helping Southern California Edison automate its grid planning and operations with AI.


Smart Substations and Digitalization—Part 5: Future Trends

Smart Substations and Digitalization—Part 5: Future Trends

This article discusses trends in AI-assisted smart substations, including sensor density, autonomous and self-healing networks, and inverter-based…


What We Can Learn From Five California Microgrids

What We Can Learn From Five California Microgrids

Learn how California microgrids offer resilience and cost savings for critical facilities like data centers, using hybrid renewable systems (solar,…


Smart Substations and Digitalization—Part 4: Data Analytics and ML

Smart Substations and Digitalization—Part 4: Data Analytics and ML

Learn how smart substations can leverage IEC 61850 and CIM for data flow. Advanced analytics and machine learning (ML) can turn high-res data into…


The Hidden Costs of Outdated Power Plant Practices — And How to Fix Them Fast

The Hidden Costs of Outdated Power Plant Practices — And How to Fix Them Fast

Building integrated and modern systems enable resilient, efficient, and safer operations that…


Sense Debuts Edge-Powered Fault Detection to Bolster Distribution Grid Reliability

Sense Debuts Edge-Powered Fault Detection to Bolster Distribution Grid Reliability

In this exclusive interview, Sense CEO Mike Phillips, provided additional technical insights on new software that detects arcing and downed lines.


new products Feb 02, 2026 by Dale Wilson