If you’re like the majority of Australians, your home is absolutely packed full of electrical appliances—from smaller items like a toaster or hair dryer to larger appliances such as your refrigerator, television, computer, etc. Most people tend to rely on these appliances each and every day, which is precisely why it’s so important to keep them protected. The problem is that electrical disturbances like power outages and power surges can potentially harm your appliance or render them unusable, and having to replace those important appliances can be incredibly expensive. For this reason, we’ll now present a few simple tips you can use to help prevent electrical disturbances and ensure your appliances continue to work when you need them.

Plug Appliances into Power Strip with Built-In Surge Protector

The simplest and most cost-effective way to protect your appliances from electrical disturbances is to plug them into a power strip that features a built-in surge protector. These power strips usually feature a special fuse that is designed to shut off whenever the voltage spikes in order to prevent a power surge from damaging your sensitive electrical equipment and appliances. Unfortunately, these power strips are not always fully effective, and there is still a chance that a major voltage spike could damage your equipment. For this reason, these power strips are usually only recommended as a short-term solution or for use with less expensive equipment.

Consider Meter-Mounted or Whole-Home Surge Protectors

For even better protection, you could also hire an electrician to install either a whole-home surge protector or a meter-mounted protector. Whole-home surge protectors are designed to be installed directly into your home’s electrical panel to provide surge protection to all of your appliances and electrical equipment. These types of surge protectors tend to offer much better protection against voltage spikes than power strips as the surge protector should engage before the power spike spreads throughout the wiring and into individual outlets.

Alternatively, you could also choose to install a meter-mounted surge protector. This type of surge protection is even more robust than a whole-home unit, as the protector is installed before your electricity meter along your incoming electrical line. Both a meter-mounted and whole-home surge protector offer improved protection against power spikes, but you’ll need to seek the assistance of a professional electrician like Gordon Powers to ensure that they are installed safely and correctly.

Install GFCI Outlets Near All Your Major Appliances

Ground-fault circuit interrupters (GFCI) are another option for protecting appliances from power surges. This type of outlet detects the incoming voltage and will automatically shut off the outlet whenever a voltage spike is detected. Most newer homes tend to feature these GFCI outlets in the kitchen and bathrooms, but you can also consider installing them on any outlet for improved protection.

Avoid Outages with an Uninterruptible Power Supply

Power outages are another type of electrical disturbance that can create problems by making you temporarily unable to use your appliances or electrical equipment until the power comes back on. However, you can generally avoid these issues by connecting your important appliances and devices to an uninterruptible power supply. This type of USP device contains a battery that can power your equipment whenever the power goes out, thus ensuring that your electrical appliances remain usable during the power outage.

As you can see, there are actually a number of different ways that you can work to avoid the problems caused by power outages, voltage spikes and other electrical disturbances. Of course, unless you happen to be a certified electrician, it is highly recommended that you leave most of the work to professionals. The best protection is usually offered by a whole-home or meter-mounted surge protector, which means a professional electrician is usually your best bet for avoiding the problems caused by electrical disturbances.