A landscaping project for commercial or residential property often requires landscape lighting to create ambiance during the evenings.
However, there are two options to choose between, 12v AC vs 12v DC. In this article, you’ll learn what the difference is between these two types of voltage and how they impact your outdoor lighting choices when it comes to wiring, amps, and even color temperature.
Whether you have a fresh new lawn or just want to accent your garden, outdoor lighting can make all the difference in transforming your outdoor space.
In this article, we will compare the differences between AC and DC power for your lighting. There are many reasons why you might want to choose one over the other, such as safety and power consumption.
We’ll go through all of these points and more so you know how to make an informed decision.
What are 12v AC and 12v DC?
There is a lot of confusion out there about 12v AC and 12v DC landscape lighting. To put it simply, 12v AC is alternating current while 12v DC is direct current.
Alternating current means that the voltage changes direction periodically, while direct current means that the voltage always flows in one direction.
12v AC landscape lighting is more common because it is less expensive to produce. However, 12v DC landscape lighting is becoming more popular because it is more efficient and has a longer lifespan.
If you are looking for landscape lighting that will last longer and be more efficient, then you should go with 12v DC.
12v AC is the standard voltage for most household appliances. It is also the voltage used in most landscape lighting kits. The main advantage of using 12v AC is that it is less likely to cause damage to your lights if there is a power surge.
12v DC is a higher voltage and is typically used in commercial applications. The advantage of using 12v DC is that it uses less energy, which can save you money on your electricity bill. However, the downside is that it can be more difficult to find replacement bulbs for 12v DC lights.
What are the differences between the two types of lighting?
There are two main types of landscape lighting, AC and DC. AC lighting is the most common type whereas, DC lighting is powered by direct current and is typically used for solar-powered lights. Here are the main differences mentioned below:
1. The main difference between AC and DC lighting is that AC uses an alternating current while DC uses a direct current.
2. AC lighting is typically more expensive than DC lighting, but it offers some advantages in terms of safety and efficiency.
3. DC lighting is often used in landscape lighting because it is less expensive and simpler to install than AC lighting. However, DC lighting can be less reliable than AC lighting and may not last as long.
4. When choosing between AC and DC lighting, it is important to consider your specific needs and budget. If you need a more reliable and long-lasting light, then AC lighting may be the better option.
Which type of lighting is better for landscape lighting?
AC lighting is the more traditional type of lighting. It is powered by alternating current, which is the type of electricity that is typically used in homes and businesses.
AC lighting is less expensive than DC lighting, and it is easier to find replacement bulbs for AC fixtures. However, AC lighting can produce a flickering effect that some people find annoying.
DC lighting is powered by direct current. This type of electricity is not typically used in homes or businesses, but it can be found in batteries and solar panels.
DC lighting is more expensive than AC lighting, but it does not produce the flickering effect that some people find annoying. Additionally, DC bulbs tend to last longer than AC bulbs.
12v AC vs 12v DC landscape lighting? Which one is best?
There are two types of 12-volt landscape lighting: 12 volt AC and 12 volt DC. Both have their pros and cons, so it’s important to know which one is best for your needs.
12 volt AC landscape lighting is the more common type. It’s less expensive and easier to find than 12 volt DC landscape lighting. However, it’s not as efficient as 12 volt DC, so your lights may not last as long.
12 volt DC landscape lighting is more efficient than 12 volt AC, so your lights will last longer. However, it’s more expensive and harder to find. If you can find it, though, it’s worth the investment.
12v AC systems are more common in residential applications. They are less expensive than DC systems and they are easier to install. However, AC systems can be more susceptible to voltage drop, so they may not be as reliable in areas with long runs of wire.
12v DC systems are more common in commercial applications. They are more expensive than AC systems, but they are more efficient and can handle longer runs of wire without voltage drop. DC systems also offer more control over the lighting, so they can be used to create more sophisticated designs.
12v AC landscape lighting is great for areas where you want to use LED bulbs, but you have a lot of trees and shrubs in the area.
They will block out some light from the bulbs, but not all of it. On the other hand, if you have a large open space with a few trees and shrubs, 12v DC landscape lighting will provide much more light than 12v AC.
The main difference between 12v AC and 12v DC landscape lighting is that 12v AC requires you to wire it to a circuit breaker and pay a monthly electric bill.
In contrast, 12v DC landscape lighting needs no connection to a circuit breaker, which makes it ideal for larger landscapes. However, both 12v AC and 12v DC landscape lighting is generally used to illuminate landscapes.
What do you think? Is 12v AC landscape lighting the right option for your area? What type of landscape lighting do you prefer? Do you have any landscape lighting-related questions? Let us know in the comments section below.
I am Baker Hughes and I live in the USA. I am an electrical engineer and work with 12 Volt products. I want to explore this section more because it is an area of interest for me that has been developed over time. I have 10 Years of experience with 12 Volt products, specifically wiring, installation, guide, reviews, and troubleshooting.