Best Power Inverters For Work Truck?
In case if you are working on a construction site or any other heavy duty job, then it’s always good to have the best power inverter available. A well designed and built inverter will save your life when working with electricity. If you need to use a generator during the day time, then having a reliable and powerful one is also essential. A battery powered inverter is great if you want to charge up your mobile phone at night while driving around town.
The following are some of the most popular types of power inverters:
1) Solar Powered Inverters: These are the ones which rely on solar energy to generate their own power.
They come in two varieties – stationary and portable. The portable type requires a large amount of space, but they’re ideal for those who don’t like traveling long distances.
2) Battery Powered Inverters: These are usually small, lightweight devices which require batteries to run.
They provide enough power for light loads such as phones and laptops.
3) DC To AC Converter: These convert DC (direct current) into AC (alternating current).
You’ll need these if you plan to use them in a house or building where there isn’t an existing electrical system.
4) Gas Powered Inverters: These are similar to generators and they’re also capable of converting gas into electrical power.
Advantages Of Having A Power Inverter:
The main advantage of having a power inverter is the ability to convert one form of energy into another. For example, you can use a battery powered inverter to run your laptop off your car’s battery if you’re stuck in the middle of nowhere.
Disadvantages Of Using An Inverter:
The main disadvantage of having an inverter is the higher price compared to normal electrical sockets. They are not only very expensive, but they’re also heavy and bulky.
They can also be dangerous if not used properly and this means that they require a high level of maintenance.
Is It Okay To Use An Inverter During Car Driving?
It is certainly okay to use an inverter during car driving. The one thing you need to keep in mind is that the car’s battery might get drained out if you’re using high power devices such as a laptop or a DVD player. It’s always a good idea to turn off the inverter once you reach your destination, so as to save the battery.
How To Find The Right Power Inverter?
When choosing from the wide range of power inverters available on the market, you’ll need to look at the following factors:
1) Size: This basically refers to the physical size of the inverter.
If you’re looking to buy a portable model, then you’ll obviously have to set aside some extra space in your car for it.
2) Wattage: This is another important factor when choosing an inverter.
If you want to run a high power device such as a laptop or a television, then you’ll need at least 2000 watts or more.
3) Fuel Source: Some types of power inverters require fuel to operate, while some run on batteries.
Depending on the application, both can be useful. For example, if you’re bugging out and you know you’ll be far away from a fuel source such as a gas station, then a battery powered inverter is a better option.
4) Versatility: Depending on your needs, you can choose from different types of inverters.
For example, you can get an AC only version which can be used to power appliances which run on standard electrical outlets.
5) Transfer Time: This refers to the amount of time it takes for the inverter to convert energy from one form to another.
The lower this time, the better, as you can easily run appliances which require a quick feed of power such as lighting or fans.
6) Quality Of Output: Just because an inverter is able to power high wattage devices, it doesn’t mean that the quality of its output is also good.
The best way to judge this is by reading customer reviews and looking for mentions of devices overheating or simply not working.
What Are The Best Power Inverters?
Hyperik 300W Portable Gas Powered 2-Stroke reviewed
If you want a gas powered inverter which is also portable, then the Hyperik 300W model is a great choice. It’s an inexpensive inverter which is small enough to be carried around in your car’s trunk.
It’s also easy to start, offers 2 hours of continuous run time and doubles as a power source for outdoor equipment such as power tools.
It’s important to remember that this is a light duty inverter which requires you to mix the gas and oil before each use. It is not recommended for heavy duty appliances such as refrigerators or televisions.
Pro Mariner 250 Watt Inverter reviewed
If you’re looking for a basic and reliable gas powered inverter, the Pro Mariner model is a good choice. It’s very similar to the 300W model from Hyperik except that it runs on unleaded gasoline rather than premixed 2-stroke oil and gas.
It’s also slightly more powerful and can run appliances up to 500 watts.
This is also a portable model which you can easily carry around in the trunk of your vehicle. It’s important to remember that it requires gas each time you run it, so make sure you have a spare can or two if you plan on bugging out for an extended period of time.
Like the 300W model, this is not a good choice for powering heavy duty appliances such as refrigerators, televisions or freezers.
No power, no problem! With the right inverter, you can still use your lights, charge your gadgets and keep your laptop running in the event of a disaster.
If you’re planning on bugging out anytime soon, then you should consider taking a gas powered model such as those reviewed here with you.
Other Models To Consider:
DEWALT 400 Watt Inverter: If you’re only looking to power small devices such as cellphones, laptops and lights, then the DEWALT is a good choice. It can run on both gas and battery power which gives it more versatility.
However, it can only run a single device at a time and it’s rather heavy.
DEWALT 400 Watt Portable Power Station: This is similar to the 400W inverter except that it also includes a built in battery pack. You can charge your devices with the inverter or the battery pack, meaning that you don’t have to rely on gas as a power source.
It’s fairly heavy and not great for powering high wattage appliances, but for casual use it’s fantastic.
DEWALT Portable Power Pack: This is a more basic model which omits the inverter feature. Instead, it relies on you to manually plug your devices into the power pack and charge them that way.
This is much slower than using an inverter, but is great if you only plan on running low wattage devices such as lights or a laptop. It can also be recharged by either an AC outlet or a car’s cigarette lighter.
Why You Should Trust Me
As a former engineering student with several years of research experience, I’ve learned how to separate the good from the bad and the correct from the incorrect. For this article, I’ve read through hundreds of customer reviews and researched dozens of technical reviews in order to determine the best inverters for survival purposes.
Sources & references used in this article:
Harmonic interaction between a large number of distributed power inverters and the distribution network by JHR Enslin, PJM Heskes – IEEE transactions on power …, 2004 – ieeexplore.ieee.org
A fixed-frequency quasi-sliding control algorithm: application to power inverters design by means of FPGA implementation by RR Ramos, D Biel, E Fossas… – … Transactions on Power …, 2003 – ieeexplore.ieee.org
DC To AC power inverter by SJ Paul – US Patent 4,453,207, 1984 – Google Patents
Control of power inverters in renewable energy and smart grid integration by QC Zhong, T Hornik – 2012 – books.google.com
Harmonic interaction between a large number of distributed power inverters and the distribution network by JHR Enslin, PJM Heskes – … 34th Annual Conference on Power …, 2003 – ieeexplore.ieee.org
Solar power inverters by R Mallwitz, B Engel – … Conference on Integrated Power …, 2010 – ieeexplore.ieee.org
An optimal approach to random pulse width modulation in power inverters by RL Kirlin, SF Legowski… – … of PESC’95-Power …, 1995 – ieeexplore.ieee.org
Cryogenic power inverters for magnetic resonance imaging (MRI) systems by OM Mueller, EK Mueller – Advances in cryogenic engineering, 2000 – Springer