Car power inverters are one of the most essential pieces of technology for traversing the Aussie terrain. But there is a great difference between both AC and DC designs, with AC power streaming from home outlets, whereas DC comes from a battery source.
So, no prizes for guessing: cars utilise DC voltage, whereas home technology enlists AC voltage, meaning you need an inverter to use home goods like blenders and TV sets on long drives.
It is important to note that the DC will utilise your battery’s capacity, alternator rated output and inverter output wattage. Your car’s electricity can only create a finite amount of electricity, and your battery can only create a finite amount before dying. Therefore, this will give you a good idea of which commercial goods you can use on the wide open road!
The 2000 watt Enerdrive inverter is a real winner for taking on long trips, and here is how it can help you with all your long-haul electricity needs:
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But first, what is their function?
These designs enlist a unidirectional DC power supply to impersonate an alternating current (AC) power supply. DC supplies are essential oscillators that switch between the source’s polarity, which then goes on to create a square wave.
Given that typically home goods enlist something more akin to a pure sine wave, typical designs have added components that create either a modified or pure sine wave.
Who can use this fantastic technology?
People who often take off for long haul, cross-country drives can always benefit from this technology. It is perfect for cross-country driving, including camping, business trips and trucking.
Particular devices including mobiles and tablets can function with 12v attachments that work directly with cigarette lighters or accessory jacks. However, any appliances that require AC inputs need the proper technology to operate.
Devices that utilise AC technology include:
- Cooking equipment
- Gaming consoles
- DVD players
- TV sets
- Power tools
Are there different wave types available?
There are two typical styles available, with the pure sine wave being more expensive but more capable when it comes to imitating AC voltage.
The two styles are:
Modified sine wave
This style is typically cheaper than their pure sine wave variations, as they create a “modified sine wave” that generally works well with most appliances.
Pure sine wave converters
Pure sine wave models are usually more expensive than their modified counterparts, but this is because they create a wave that is closer to that of AC voltage, meaning particular technology can better operate with these models supplying the power.
Your supplier will always be happy to help you find the right design for your needs. If you are concerned that you have particular technology that may not operate without pure sine wave excellence, then this is likely the best option for you.
They are perfect for long haul trips
Anyone from campers to truck drivers can benefit from this extraordinary technology. They are perfect for anyone who wants to have some of the comforts of home available when out on long drives, and can help sustain nearly any consumer good you might want to keep working when out on the road.
If you have been searching for that perfect device that can help keep the power going when you are out on the road then this might be perfect for you – simply tell your supplier about your needs and they will be able to provide the most suitable model for you!
