Where Surges Come From
Surges aren't only caused by nearby lightning strikes, though those are the most dramatic example. Utility grid switching, downed lines being restored, and even large appliances cycling on and off inside your own home all create voltage spikes that travel through the wiring.
Plug-in surge strips can help protect a single device, but they do nothing for hardwired equipment like HVAC systems, water heaters, or built-in appliances, and they offer no protection to anything plugged into an outlet that isn't behind the strip.
How Whole-Home Protection Works
A whole-home surge protector installs at your electrical panel and monitors every circuit it feeds. When it detects a surge, it diverts the excess voltage before it reaches your devices and appliances. It works continuously in the background, without you needing to remember to plug anything into anything.
- Installed directly at your main panel or subpanel
- Protects every circuit fed from that panel, not just select outlets
- Works alongside, not instead of, point-of-use surge strips for sensitive electronics
- Includes a status indicator so you can see it's functioning
Is It Worth It for Your Home?
Homes with modern appliances, smart thermostats, home automation systems, or significant investment in electronics tend to benefit the most, since a single surge event can damage multiple expensive systems at once. Older homes with aging electrical panels are also worth a closer look, since panel age and condition affect how well a surge protector can be integrated.
We'll look at your panel and talk through what level of protection makes sense for your specific home rather than assuming a one-size-fits-all approach.
Schedule an Installation
Call (202) 521-4835 to talk about adding whole-home surge protection to your panel.
Surge Protection for Commercial Properties
Businesses that rely on computers, servers, point-of-sale systems, or specialized equipment face the same surge risks as homes, often with higher stakes. A single surge event that damages a server or a piece of commercial equipment can cost far more than the protection that would have prevented it.
We evaluate commercial panels the same way we evaluate residential ones — looking at available capacity, the type of equipment being protected, and whether additional point-of-use protection makes sense for particularly sensitive gear.
We also check the condition of your grounding system as part of a surge protection installation, since an effective ground path is part of how a surge protector safely diverts excess voltage away from your equipment.
Beyond lightning and grid events, we also see surges caused by neighboring construction work or transformer issues on a shared utility line, which is another reason whole-home protection is useful even in areas that don't see frequent storms.
Frequently Asked Questions
Does a whole-home surge protector replace power strips?
No. It protects the whole electrical system from larger surges, while plug-in strips still add a layer of protection for sensitive individual devices.
Can a surge protector stop all damage from a lightning strike?
A direct lightning strike can overwhelm any protection device. Whole-home surge protection significantly reduces risk from the more common grid and internal surges.
Where does the surge protector get installed?
It's installed at your main electrical panel or a subpanel, where it can monitor the circuits feeding your home.
Is surge protection worth it for a small business?
For businesses relying on computers, point-of-sale systems, or specialized equipment, whole-home or whole-building surge protection is often a worthwhile investment against a single costly surge event.