Polymeric insulators have become a standard choice in transmission and distribution networks, valued for their light weight, strong hydrophobic properties, and better contamination performance relative to porcelain or glass. Despite these advantages, sustained exposure to combined environmental and electrical stresses: UV radiation, surface discharges, temperature cycling, humidity, altitude, and contamination causes the silicone rubber housing…

Polymeric composites are increasingly being used on power grids for outdoor high-voltage insulation in place of conventional glass or ceramic insulators. Silicone-based materials are lightweight, heat-resistant, chemically stable and hydrophobic, leading to long-term performance and cost-effectiveness during production, installation and maintenance…[Read More]

ASAsoft® had the pleasure of participating in Our Place Tech Month, and it was an incredibly meaningful experience. A heartfelt thank you to Bonnie Walker and the entire Our Place team for the warm welcome and thoughtful coordination. As part of our contribution, ASAsoft® proudly sponsored a wholesome vegetarian lunch for the community. The atmosphere…

Silicone composite insulators are increasingly utilized in electrical power transmission and distribution, yet they are prone to degradation from electrical and environmental stresses. Understanding the degradation mechanism is vital to prevent potential failures in the electrical grid. Analysis through ATR-FTIR spectroscopy and 2D-COS revealed changes in silicone rubber samples from insulators under tracking wheel testing,…