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Power strips, depending on the type, can provide some protection against surges for what’s plugged into them. However, even those that are designed for this purpose have two important limitations that whole-home surge protection addresses. One is that the latter protects against much larger surges. The other is that it also protects most of the home to that higher degree, not just whatever is plugged into a surge-protective power strip. How this process works is

You can protect your home’s electrical system from many lightning-related power surges with a whole-home surge protector. These devices divert excess voltage away from wiring and into the ground. This reduces the risk of damage to electronics, appliances, and electrical system components. But whole-home surge protectors can’t protect against direct lightning strikes. Quick Takeways Whole-home surge protectors defend against nearby lightning strikes No surge protector offers complete protection against direct lightning strikes. The most common

While older homes have a lot of charm and character, many of them have outdated electrical systems that were never meant to support today’s modern electronics and appliances. This also makes them prone to some serious electrical issues that can increase the risk of fires, electric shocks, and some very costly repairs. Quick Takeaways Older homes often have outdated electrical systems that cannot support modern power demands. Issues such as flickering lights, frequently tripped circuit

During the hottest months of the year, your air conditioner isn’t the only thing working hard in your home. Your electrical system also puts in extra effort to power your appliances, including your air conditioner. This is why some homeowners are surprised their lights flicker whenever the AC kicks on. Occasional flickering can be normal. But, in some cases, it can also be a sign of underlying electrical issues. Here, we’ll take a look at

Owning an electric vehicle is becoming increasingly common in Tampa. Having an at-home charger is a smart move for saving time and money on charging. But you must keep in mind that where you have the charger installed is very important for charging speed and system safety. It also impacts how convenient it is to use the charger each day. This guide walks you through the best placement options and top mistakes to avoid. Quick

The short answer is, “Most likely.” You can probably get by with a 100-amp panel if you only have a Level-I charger. However, if you have a Level-II charger, you won’t because a Level-II charger uses up to 80 amps to charge your EV. If you have a home business that requires a fleet of EVs, and happen to have a Level-III fast charger, then you would need major work done to your home and