Why Conductor Strength Matters in the Power Grid
The USA power grid is an intricate web of fail safes, carrying immense energy across vast landscapes — constantly tested by the unpredictable forces of nature and human behavior. In this high-stakes environment, the strength of grounding conductors is critical. Without reliable conductors to anchor and direct electrical surges safely to the ground, even the smallest vulnerability can escalate into major failures, threatening equipment, personnel and public safety. Many engineers are looking for solutions to address strength-related challenges and ensure the reliability of the grid. Broken, missing or dislodged grounding conductors remain one of the biggest headaches for utilities worldwide. Without a continuous path to ground, electrical energy cannot be safely discharged. When faced with electrical surges or lightning strikes, compromised grounding systems fail to fulfill their crucial role in preventing disasters like equipment failure, electrical fires and fatalities.