Protection against electrical power disturbances ensures that we enjoy our devices without them picking up accidental or unexpected damage.

But what exactly do these devices do?

How do they work, and what rig is best for your use case scenario?

UPS, AVR, and Surge Protector

What Is a Surge Protector?

A surge protector is an inexpensive unit that protects your appliances from power surges and power spikes.

Unfortunately, these occurrences can wreak havoc on your electronic devices.

Voltage Surge Protector

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It prevents your expensive electronics from being damaged.

Surge protectors are designed to be shut off when the power returns to normal.

The surge protector is then turned back on when the next surge hits.

Uninterruptible Power Supply

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Power surges often occur after a brownout or blackout.

What Is an Uninterruptible Power Supply (UPS)?

These devices are called UPS or uninterruptible power supplies because they provide consistent power during power disturbances.

Automatic Voltage Regulator

The unit is continually powered (for a period) until the battery is depleted.

The time will vary depending on the size and capacity of the battery stored within the UPS.

What Is an Automatic Voltage Regulator (AVR)?

Comparing Apples to Apples

AVRs are most commonly used in commercial buildings, but theyre also becoming more common in regular households.

Surge Protector vs. UPS vs. AVR

Surge protectors, UPSs, and AVRs are all voltage-regulating devices.

Surge protectors offer the lowest level of protection against electrical disturbances.

A UPS can protect against power surges, power outages, power fluctuations, and electrical noise.

Unlike the other two devices, a UPS can also provide continuous backup power for quite some time.

Which gadget Better Fits Your Needs?

AVRs are great options for those looking to protect their devices from power surges and fluctuations.

A UPS provides the highest level of protection at the cost of being bulky, heavy, and expensive.

Why Choose One When it’s possible for you to Have All?

Having all three would be best since different electronic devices are more susceptible to specific power disturbances than others.

This setup should be more of an ideal goal setup that you could slowly build over time.