Which of the following is NOT a result of leaving electrical equipment energized in a fire-affected area?

Leaving electrical equipment energized in a fire-affected area can lead to several dangerous outcomes. An energized electrical system can create conditions that exacerbate the fire. For instance, possible explosions or flashbacks can occur if there are flammable materials present and if an electrical fault ignites them. Increased fire intensity is another significant risk, as live electrical equipment may contribute additional energy to the fire during a critical time when suppression efforts are needed.

On the other hand, the notion that leaving such equipment energized reduces risk for personnel is fundamentally flawed. In fact, it can significantly increase hazards for individuals present in the area. Energized equipment presents shock and electrocution risks while also complicating firefighting efforts. Therefore, maintaining an energized state in a fire-affected area is hazardous, making the option outlining reduced risk for personnel incorrect.