The electric grid consists of the generation plant, transmission lines, substations, transformers, and distribution lines. This network creates and delivers electricity that powers homes, businesses, and industries.
Damage to electrical grid components can cause widespread and long-lasting power supply disruptions. Hardening the grid makes it better able to withstand and recover from threats. Avoid or reduce outages with these three effective ways to harden the electrical grid.
Enhance the grid’s reliability by upgrading transmission and distribution poles and structures with stronger materials. Older infrastructure is less likely than modern materials to endure severe weather events. And as the risk of very large wildfires grows, replacing wood poles is an essential wildfire mitigation strategy utilities should implement.
Steel, concrete, and ductile iron are popular line hardening improvement materials. Of the three, ductile iron is the most cost-effective over time.
Another effective way to harden the electrical grid is to improve vegetation management. Overgrown trees and shrubs near power lines can lead to disruptions, and severe weather events make it more likely for branches to fall and damage infrastructure.
Conduct comprehensive risk assessments to identify areas with high vegetation density. Digital vegetation management systems can provide you with organized and relevant satellite data, AI models, historical information, and current ground-level data to optimize your vegetation management efficiency.
Investing in the Smart Grid is a high-tech way to automate and manage the demands placed on the electric grid. Utilities and consumers will benefit from a more reliable power supply during normal usage times and bad weather events.
Electricity demands have skyrocketed over time as homes and businesses increasingly rely on electronic devices. The Smart Grid will use digital and other technologies to monitor and manage electricity to match supply and demand.
Upgrading infrastructure, improving vegetation management, and investing in the Smart Grid help ensure a reliable electricity supply in the face of various threats. Take these proactive measures to protect critical components, meet future demands, and make the electrical grid more resilient.
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