Well, like most RV owners, you may be torn between buying a converter vs. an inverter. Since you're so concerned about owning a healthy and efficient power source, this blog post will examine in detail all you should know about a power inverter vs. converter. Contact online >>
Well, like most RV owners, you may be torn between buying a converter vs. an inverter. Since you''re so concerned about owning a healthy and efficient power source, this blog post will examine in detail all you should know about a power inverter vs. converter.
A converter is any electronic device capable of changing electric power from one form to another. Since there are two major types of electric power, namely alternating current (AC) and direct current (DC), a converter converts from one form to another. This means you can change AC to DC or DC to AC with a converter.
The major purpose of investing in a converter is to get the type of electric power you desire for a particular load. During energy conversion, there is usually a point or stage where input is transformed into output, and the converter is the medium that takes care of that transforming stage.
However, it is worth noting that your converter can perform several functions besides producing outputs that are different from the original input. Other functions of a converter include:
An inverter is an electronic device that can convert direct current to alternating power. Most properties in the United States use inverters to store energy they can use as a backup power source to light up homes, offices, and factories. It''s safe to say that inverters are a type of electronic converter.
The mechanism behind how inverters work is that they receive direct current from batteries and convert it into alternating current supplied to the connected appliances. While the DC power received is the input, the AC power supplied to power the appliances is the output. The output produced by an inverter can have a pure sine wave, a modified sine wave, or a square wave.
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AC and DC are both types of electricity. AC means Alternating Current, while DC means Direct Current. AC power is produced in power plants and distributed to an extended range via power lines. Homes and businesses need AC power to power their appliances.
Since AC power can be distributed to far regions, it is usually used for countrywide networks, and different homes and businesses can depend on it as their electricity source. For example, you connect to AC power whenever you plug an electronic device, such as a TV or refrigerator, into your wall socket.
However, AC power comes with a setback: you cannot store it. The power plants that produce it must ensure an all-day and night production all year round to meet consumers'' demand nationwide.
On the other hand, DC power always flows from negative to positive, so you can store it in batteries for present or later use. This makes DC an excellent choice for electricity consumers who want to discontinue being connected to the national grid. It''s also perfect for boondocking and RV campers.
The interesting part about these types of current is that they can be converted from one form to another. This is where the inverter vs. converter comparison comes in.
Commonly, a converter is adopted in converting AC to DC, while an inverter converts DC to AC. This means that if you have an AC power source and need to power your DC appliances, you need a converter to transform your AC power source to DC. In contrast, you would need a converter to convert your DC to AC if you need to power your AC appliances but have DC power source, such as from your DC camper battery.
There are different types of inverters based on different classifications. Viewing inverters based on their input source, we have the Voltage Source Inverter (VSI) and the Current Source Inverter (CSI).
You can also group inverters according to their output phases; in that regard, we have single-phase and three-phase inverters. Lastly, when you look at inverters based on their output waveform, you can group them as square waves, sine waves, and modified sine wave inverters.
You can use inverters and converters to power your household appliances. Your inverter can power AC electric drives, HVDC transmission systems, Electric vehicles, and electric cars. Other areas of application of inverters include solar energy systems and wind energy systems.
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