Fire outbreaks in a power utility can occur due to several technical, operational, and environmental factors. One of the primary causes is electrical faults such as short circuits, overloading, and insulation failure. When electrical conductors carry current beyond their rated capacity, excessive heat is generated, which may ignite nearby combustible materials. Aging equipment and poor maintenance also contribute significantly to fire risks, as worn-out cables, transformers, and switchgear may develop internal faults over time. Transformer failures are another major source of fire outbreaks in power utilities. Transformers contain insulating oil that acts as a cooling and insulating medium. If the transformer experiences internal faults such as winding failure, overheating, or lightning surge damage, the oil may leak or reach its flash point, resulting in fire or even explosion. Similarly, improper earthing and grounding systems can lead to abnormal current flow and spark generation, increasing fire hazards in substations and control rooms. Human error and operational negligence are also important causes of fire incidents. Unauthorized access to electrical installations, incorrect switching operations, improper handling of equipment, and lack of safety awareness among workers can trigger accidents. In many cases, maintenance activities performed