Novedades

In an industrial plant, a mine, a food company, or an electrical substation, a single failure can bring an entire operation to a halt. And when the failing asset is a transformer, the consequences are rarely limited to the cost of repair. Behind a breakdown, there can be: Lost production hours. Missed commitments to clients. Raw material waste. Unscheduled downtime costs. Damage to other electrical equipment. Safety risks for personnel. Economic losses that far exceed the cos

When an organization thinks about critical assets within its electrical system, it usually focuses on transformers, motors, inverters, or substations. However, there is one component that frequently goes unnoticed until a failure occurs: electrical cables. Although they remain out of sight for much of their useful life, cables are responsible for transmitting the energy that keeps industrial processes, generation systems, critical infrastructure, and commercial operations run

If your company is experiencing power outages, equipment failures, or fluctuations in the power supply, it is time to pay attention. Electrical failures are rarely isolated events. In many cases, they are signs of deeper issues within the electrical system that can affect operational continuity and lead to significant financial losses. Acting in time not only prevents further damage but also helps maintain the efficiency and safety of the entire infrastructure. Signs That You

During the Renovables 2026 fair, held at the Puerta de Oro Event Center in Barranquilla, one of the topics that captured the most attention was fault location in electrical cables, particularly in medium voltage and renewable energy systems. In this space, discussions delved into how the combination of regulations, technology, and methodology allows a historically complex process to be transformed into a precise, efficient, and safe operation. Below, we share the main takeawa