What does a power conditioner do? This is the most common question asked by beginner users. To answer this question properly is not always easy because there are many facts. Don’t worry, you will know everything from here.
Power conditioners are not just for large industrial setups. They can be used in households as well, to reduce the risk of power surges including electrical power problems or other natural events.
Power conditioners are also helpful in areas where there are frequent power outages. When the electricity goes off, the power conditioner will still work.
If you want your appliances and electronics to work properly without worrying about frequent blackouts, investing in a quality power conditioner is probably worth your money.
However, in this post, I will be talking specifically about what does a power conditioner do.
I think you already know what is a power conditioner? So in this guide, I will not talk about this. If you don’t know, you can check my other blog post about power conditioners vs surge protectors where you will get lots of information on both.
However, in the next paragraph, I will discuss types of power conditioners before going to the focus point on how does a power conditioner do.
Table of Contents
Popular Types of Power Conditioners
There are three popular types of power conditioners. These are:
- Surge protector
- Line conditioner
- Backup battery backup
Although the idea behind using a power conditioner is to prepare for any possible power fluctuations, each type has its own unique function.
Surge protector power conditioners are perfect for use in areas where there is a lot of electrical equipment that can be damaged by lightning or power surges. This includes offices with numerous computers or a large warehouse.
Line power conditioners are perfect for locations where there aren’t a lot of power fluctuations. This type of power conditioner can regulate the voltage it sends out. This is best for homes where there are not a lot of heavy appliances or electronics.
Backup battery backup is helpful if you want to keep your electronics running during a blackout. This is best for areas where blackouts are frequent.
What does a power conditioner do that a surge protector can’t?
A power conditioner can be thought of as an extension cord that also absorbs the excess power. Different types of power conditioners absorb the extra electricity differently.
For example, surge protector power conditioners store the excess energy in their built-in capacitors. Then, they release this energy back into the main power supply once the excess electricity has been used up.
Line conditioners also absorb any extra power that is not needed. However, it does so by regulating the voltage that is sent to the appliance or electronics.
As for backup battery backup power conditioners, these use excess electricity for battery power. Then, it transfers this power to the electronics that are running on battery.
The above terms just show the type of power conditioner that is used for different purposes like home, office, and industrial.
But you should remember a power conditioner may assist us in a variety of ways. Here are some examples.
Control voltage fluctuations: Some appliances or electronics may malfunction when there are voltage fluctuations. The power conditioner will absorb the excess electricity to ensure that the voltage sent to your equipment is consistent.
Work as a voltage regulator: Some power conditioners can regulate the voltage they send out. This is good for areas, where there aren’t a lot of electrical appliances or blackouts, are frequent.
Works as a power supply: Some of the power conditioners can work as a power supply for electronic devices. So It can easily control incoming power and outgoing power.
Acts as a surge protector: Most power conditioners are also considered to be surge protectors. This means that they can absorb the excess electricity to protect your home appliances or office equipment. Also, it works as a power grid of your home or office.
Blocks radio/TV frequency (RFI): Power conditioners may also block radio and TV signal frequencies. This is helpful when power conditioners are used in homes or offices that have numerous electrical appliances to avoid problems with radio and TV signals and electrical noisy sound. It also is used to build theater systems to protect from any damage.
Use as a backup power: Some power conditioners can also function as a backup power supply. This is useful for areas where there are frequent blackouts.
Active power filters: Power conditioners can also act as active power filters. The incoming voltage is rectified, filtered, and inverted before being supplied to the electrical appliances or electronic devices.
Now, you have a clearer picture of what a power conditioner can do. Are you interested in adding this to your home or office? Please, let us know the comment section.
However, back to the guide.
What Does a Power Conditioner Not Do?
A lot of people think that using a power conditioner can help reduce their electric bill. But this isn’t true! A power conditioner doesn’t absorb excess energy from your appliances or electronic devices.
The way it works is that the power conditioner absorbs the extra electricity instead of your electronic devices. When there are AC voltage fluctuations, the power conditioner releases the stored energy back to your device.
But this doesn’t help you reduce your electric bill because it is simply releasing the energy back to your appliance or electronic devices.
Another thing you should keep in mind a conditioner is not like a battery, where you can store electricity for later use. They only release the extra energy that they have stored if there is a voltage fluctuation.
Power conditioners also do not protect against electrical fires and large lightning. To protect your home appliances from these problems, you should use a surge protector or a UPS (uninterrupted power supply).
Frequently asked question
How much do power conditioning devices cost?
The cost of a power conditioner depends on the features and design. For example, there are basic models that start at around $50 and advanced ones that go up to $700.
What is the difference between a power conditioner and a voltage regulator?
A power conditioner can help you in a number of ways discussed above. A voltage regulator only regulates/increases or reduces voltage.
Do audio interfaces need power conditioners?
This is a good question. An audio interface is a device that allows record and produces sounds. No, they don’t need power conditioners, but you can use power conditioners if you want to.
How to use a power conditioner for pc?
A power conditioner for a PC is used to provide a stable voltage supply. This means that if there are any fluctuations in the electrical current, then the power conditioner will compensate by releasing the stored energy.
Also, if you use a high-power gaming PC or other devices, then you can use a good quality surge protector for gaming PC to protect your electronic devices from power fluctuations.
The Bottom Line
A power conditioner is a device that helps you protect (safety ground) your electronic devices from power fluctuations. They may also help regulate the voltage to prevent damage. Also, they do not reduce the amount of energy drawn by appliances or other electronics in order to lower your electric bill.
When using a PC for gaming, running high-end applications, or expensive devices, it’s always good practice to use a surge protector that will provide levels of protection as well.
Other features include acting as an active filter and blocking radio/TV frequency (RFI). If you’re interested in buying one, there are models starting at around $50 and going up to $700 depending on the design and features desired.
If you have any questions or thoughts, please comment in the section below.
Palash is an entrepreneur in the tech industry and the author of the Smart Home Protector. As a tech entrepreneur & reviewer of a home safety gadget store, his job helps customers remain on top of what’s coming next in our rapidly changing world.