Florida Is the Lightning Capital: Protecting Your AC on the Treasure Coast

Direct strikes are the rare, dramatic case — and when they hit, the damage is usually total. The everyday threat is the induced surge: a strike within a mile induces voltage spikes in wiring, and the grid's own flickers and outages during the storm add their own events. The run capacitor — voltage-sensitive and already stressed by our climate — is the most common casualty. Control boards die next. Compressors are the expensive end.

The signature: equipment that dies in the same hours as the storm, often with other electronics affected in the house. The differential diagnosis matters (breakers, float switches, and coincidence all get blamed on lightning), but a metered diagnosis naming surge as the cause is also what an insurance claim needs.

Layer one: the whole-system surge protective device installed at the equipment — it clamps the spike before it reaches the compressor, ECM motor, and boards, and costs a small fraction of any component it protects. Panel-level protection layers above it; the two together are the standard in lightning country. A power strip downstream of the panel is not in this conversation — it can't defend components it sits downstream of.

Layer two is grounding: a surge protector on a compromised ground is decoration. We verify grounding and disconnect condition at installation. Layer three is habit: the stable-grid restart after outages (give the system a few minutes and a stable grid), and the pre-storm shutdown during the worst of it when you're home to do it.

Here's the pattern that surprises homeowners: most lightning-season compressor deaths happen after the storm, not during it. Grid restoration produces spikes, sags, and momentary interruptions for hours; each one stresses components the storm didn't touch. The lights coming on feels like the end; electrically, it's a second quieter storm.

The habits that survive it: shut the system off during outages, wait for stable power before restarting, and if anything seems off after restoration (humming without starting, tripping breakers, warm air), call before running it further. The documentation habit — photos of breaker states and equipment condition — pays off if the insurance conversation follows.

A surge device costs a small fraction of the capacitor, board, or compressor it defends — and on the Treasure Coast, the odds it earns its keep within a few seasons are excellent. Add the grounding verification, the restart habits, and the documented diagnosis when damage does occur, and lightning season becomes a weather event instead of a budget event.

Prevention here isn't paranoia; it's actuarial. Florida's title is earned every summer. The homes that protect against it keep their compressors; the homes that don't, fund ours. We'd rather sell you the device.