Given the series of devastating hurricanes that have occurred in 2024, it is more critical than ever for professionals in the electrical equipment reconditioning industry to focus on robust disaster preparedness and recovery strategies. Electrical hazards, such as equipment failure, fires, and electrocution, are heightened during these extreme weather events, particularly when dealing with reconditioned electrical systems. By implementing tailored safety protocols before, during, and after storms, professionals can ensure that both equipment and personnel remain safe, while also enhancing long-term resilience in the face of future disasters.

In light of these challenges, professionals must focus on three critical phases: pre-storm preparations, post-storm recovery, and long-term resilience planning. Each phase requires careful attention to ensure that reconditioned equipment remains safe and operational during hurricane recovery efforts. By taking specific actions, such as de-energizing and relocating equipment before the storm, conducting thorough inspections afterward, and planning for long-term continuity, the risks associated with electrical hazards can be significantly mitigated.

1. Pre-Storm Preparations:
Before a hurricane strikes, de-energizing electrical systems is crucial. Reconditioned equipment should be elevated or moved to higher ground to protect it from potential water damage. Implement lockout/tagout (LOTO) procedures to prevent accidental reactivation, and ensure surge protection systems are in place to guard against voltage spikes. It’s also essential to have updated electrical diagrams and work with certified personnel who understand both reconditioning protocols and disaster safety.¹

2. Post-Storm Recovery:
After the storm, a careful inspection of reconditioned equipment is essential before turning systems back on. Water-damaged components must be evaluated to determine if they need to be repaired or replaced. Using counterfeit or substandard parts poses significant risks, so all replacement parts must meet current certification standards. Additionally, thorough testing should be performed to ensure that equipment is safe and functioning correctly.²

3. Long-Term Resilience and Planning:
Planning for future disasters involves more than just recovery—it requires ongoing training and resilience-building. Develop and regularly test a business continuity plan that includes temporary power sources, communication strategies, and supply chain logistics. Regular drills will help ensure your team is familiar with operating reconditioned systems in emergency conditions, minimizing errors when disaster strikes.³

By following these protocols, professionals in the electrical reconditioning industry can improve safety outcomes and minimize disruptions caused by hurricanes and other natural disasters.

Sources:

¹. Electrical Safety in the Workplace; Facility Executive Magazine

². Facility Executive Magazine; NFPA

³. Electrical Safety Foundation ; NFPA