What is house power: AC or DC? This is a common question people have as they make adjustments to their home, build a new home, or are simply hit with curiosity as it pertains to power supply sources in general. And, the answer is not as easy to find online as you may think - which is why we're going to explain what type of power is typical houses: AC or DC.
To answer your question straight away, most houses in the US use alternating current (AC) power supplies. We'll explain why that is, and what you can do to determine exactly what type of power supply is in your home.
Then, we'll quickly talk about if it's possible to switch your house power current from AC to DC - and if so, how to do it. We'll then explain where you can find power supplies for your home or business - regardless of if you need AC or DC power - at Bravo Electro. Let's not waste any more time - what is house power, AC or DC?
What Is House Power: AC or DC?
What is house power: AC or DC?
The answer depends on where you live. In the United States, most houses have alternating current (AC). Homes in Europe typically have direct current (DC). It's important to note that this is just in general, and may not apply to homes that have been custom-built on their own grid.
The main difference between AC and DC electricity is the direction of flow. With alternating current, electrons flow in one direction for a set period of time, then switch and flow in the other direction. This back-and-forth movement causes a change in voltage. Direct current always flows in the same direction. The voltage also fluctuates with AC power, but not as dramatically as it does with DC power.
How to Determine What Power is In Your House For Sure
As we just discussed, most houses here in America are supplied by AC power. However, you definitely want a definitive answer - so how can you tell what power supply is used in your home?
If you're unsure of what type of power is running through your house, there are a few ways you can determine this.
First, check your light bulbs. If they are incandescent light bulbs, then your home is most likely powered by AC electricity. These types of bulbs only work with AC current because the filament inside them needs to be heated up to produce light - and this heating can only happen with an alternating current.
If you have fluorescent light bulbs, then your home is likely powered by DC electricity. These types of bulbs work with direct current because they use gas instead of a filament to produce light.
Another way to determine the type of power in your house is to look at your outlets. If the outlet has two flat prongs and one round prong, then it's an AC outlet. If the outlet just has two flat prongs, then it's a DC outlet.
Why Is AC Power Used In Most Houses?
So now that we know what determines whether a house uses AC or DC power, you may be wondering why most houses opt for AC electricity. After all, if DC power is less expensive and more efficient, then why not use it in homes?
The main reason AC power is used in most houses is because it can be easily transmitted over long distances. This is due to the fact that AC current can be reduced (or increased) using a transformer. DC power, on the other hand, can't be changed as easily - making it difficult to transmit over long distances.
Another advantage of using AC power is that it's easier to store than DC power. You can store AC electricity in batteries, while DC electricity needs a device called a capacitor.
Is It Possible To Convert Your Home's Power System From AC To DC?
Although most houses use an AC power supply, there are some instances where it may make more sense to use a DC power supply. For example, if you're using a lot of solar panels or wind turbines, then it may be more efficient to store the electricity in batteries (which use DC power).
If you want to convert your home's power system from AC to DC, you're in luck - it's easier than you may think. In fact, we wrote an entire article on how to convert DC to AC power. You just need the right converter. These can be found online or at your local hardware store. Once you have the converter, simply connect it to your home's electrical system and it will do the rest! Simple enough, right?
Now, when it comes to actually finding power supplies for your home, where can you turn? Look no further than Bravo Electro.
Where Can I Find Power Supplies for My Home?
Whether you need an AC or DC power supply for your home, Bravo Electro has what you need. We carry a wide selection of both AC and DC power supplies, so you can find the perfect one for your needs. Whether you're trying to track down a reliable 12v power supply, 24v power supply, or even a 48v power supply, you'll find an abundance of options in our online store.
Not only do we have all the different voltages you need, but we have different types of power supplies, too. Open frame power supplies, constant voltage LED power supplies, medical power supplies, you name it - we've got it. And, the best part about shopping with Bravo Electro? If we don't have exactly what you need, we can help you build it custom. We have electrical engineers on standby ready to chat over the details of your project and help you get the exact products you need. Don't hesitate to reach out!
What Type Of Power Is In My House: AC or DC? Wrapping Things Up
While most US houses are run on AC power by default, European houses favor DC power. Nevertheless, you should still check for yourself to confirm the power source used in your home if you plan on making any electrical changes or upgrades. And, when the time comes to buy power supplies, look no further than Bravo Electro!
We hope this article has been helpful in determining what type of power source your home is fueled by. If you still have questions, feel free to get in touch with our rockstar customer support team. We live and breathe power supply, and are happy to chat it up with you and help you with any project you've got on your hands. Want to learn more? Check out our related articles:
- What is an AC DC power supply?
- What is a modular power supply?
- The complete guide to troubleshooting power supplies