Power conditioners and uninterruptible power supplies (UPS) have the same function: to stabilize the voltage. However, before choosing which one is right for you, you should be aware of some differences.
Is one better than the other? Here we will tell you how these two devices differ and why you should make a wise decision.
What’s a power conditioner?
Mainly designed to be used in laboratories, industrial, and research settings, a power conditioner buffers the connection between your system and the outlet.
It works to smooth out the fluctuations of voltage and electromagnetic interference that can wreak havoc on system performance.
Advantages and Disadvantages of a Power Conditioner
- The noise floor has been greatly reduced
- Avoid frying your gear (particularly tube amps)
- There will be less wear and tear on the gear
- An effective surge protector is a power conditioner with a high rating
- Power-sensitive devices cannot be used because they have a poor power factor
- Make a distorted waveform
- You cannot replace batteries
- Power outages of a large scope are not protected
- The premium ones are expensive
Power Conditioners Come In Different Types
AC power conditioner
An AC power conditioner cannot automatically regulate the voltage or correct the power factor of a line, but it can filter and protect against surges.
A power conditioner of this type is used for smaller power systems without or with some power factor correction requirements. For example, in an enterprise wiring closet, one rack of network equipment.
Power line conditioners
These use a high-power supply in three phases to give you automatic regulation of the voltage and line disturbance power filtering and correction.
The power conditioner of this type is best suited to large systems. For example, an enterprise facility with several equipment racks or a data center.
What’s a UPS?
Uninterruptible power supplies enable computers to continue running for a limited time after the power goes out. UPS systems also protect power surges.
UPS devices contain batteries that take over when the primary source of power is lost.
Advantages and Disadvantages of a UPS
- Enhances the power factor
- Even when the load suddenly changes, the power remains stable
- A sinusoidal waveform is created
- The user can replace batteries
- Provides a longer backup period
- Works with remote-switching applications
- Their size and weight make them heavy
- Costs are high
There are several types of UPS
In standby (or offline) UPS systems, batteries are connected to an inverter and some electrical distribution equipment. Inverters are usually found in confined spaces, such as equipment closets or utility rooms.
A UPS like this is used to protect computers, equipment monitor racks, communications equipment, and control systems.
The battery pack, inverter, and voltage regulator are the components of a line-interactive UPS system.As long as certain operating parameters are met, the UPS will provide power, regardless of power quality.
Online double conversion
These units isolate your equipment from raw utility power, providing the highest level of protection. It works by turning AC power into DC, then back into AC.
This type has no battery transfer time, making it ideal for sensitive equipment. For this reason, it is the most suitable choice for facilities that have mission-critical equipment or places with insufficient electricity.
Power Conditioner vs.UPS: The Differences
In both categories, you have the tower and rack-mounted.
The unit is smaller, designed as a standalone product, and mainly intended for use in the home or office.
These are typically used for more complex operations in commercial settings. The standard shelf is larger and designed for standard racks.
Voltage rating and run-time
These are designed to provide regulation of the voltage and have a higher run time and voltage rating than power conditioners.
These do not provide voltage regulation and have low run time.
Both types have certain performance monitoring models that give you information on run-time. Battery voltage and current can be monitored to ensure a good health status.
UPS systems can operate without input for a long period of time, so they don’t have to be shut down.
If you use power conditioners, you must turn them off when no signal is present. Therefore, you cannot use a power conditioner for remote switch jobs, whereas UPS systems can
In general, UPS systems are used when clean power is required, which means they produce no noise.
Due to the fact power conditioners are less expensive to build, they tend to produce more noise.
This type doesn’t have switched-made technology, so they are more expensive to make and not eco-friendly. The UPS is superior when it comes to inverter technology benefits.
They use switched-mode-tech that makes them cheaper to maintain and build but they lack any technology benefits.
Power factor correction
A UPShas power factor corrections that allows it to create optimal power factors.
A power conditioner lacks good power factors, so it cannot be used with power-sensitive devices.
Equipment protection policy
AC voltage regulation and voltage correction are both provided by power conditioning devices and UPS.
The UPS supplies sustained backup time while the power conditioner is for short-term equipment.
They have replaceable batteries that the user can change themselves. This is when used in remote switch applications without any power, you don’t need to turn it off to replace the batteries.
Unfortunately, these don’t have user-replaceable batteries meaning they will need to be maintained by a professional when dead.
Power Conditioner vs UPS: Which One Should You Use?
If you have a business and wish to lower the amount of downtime a UPS is a good option. Your business can function and run as usual even when there is a power outage.
They are good for data rooms with the many configurations used for 3-phase and single applications.
Power conditioners offer ongoing power regulations that makes them perfect for factory and hospital settings that need ongoing power.
With voltage regulators, they monitor the power, condition it, and ensure that it remains steady. But they are not suitable for video quality devices or decrease line noise.