Is an Inverter Generator a Better Option Than a Conventional Portable Generator?

inverter generator

Is an Inverter Generator a Better Option Than a Conventional Portable Generator?

Despite their similarities, inverter generator sets are frequently found on high capacity portable generators and top portable electrical generators list. This is probably because all inverter generators are relatively easier to transport than larger, high powered portable electrical generators. However, there are advantages and disadvantages to both types of portable generators. For the most part, the most obvious advantage to having an inverter is that it reduces or eliminates the need to have a separate power point, or receptacle, for your in-ground electrical wiring. Most people will agree that it’s much easier to have the power cords and wires located in a convenient place outside their home.

Most of these devices are also classified as “dormant” or “indoor” inverter generators due to the fact that they are designed to run primarily using electricity from batteries, rather than being directly powered by electrical power. It can be powered by either a 12-volt battery or a true residential AC voltage. In the case of the latter, an inverter is used to convert the AC signal to a DC signal. Most inverter generators that use a direct current (DC) motor are also known as “synchronous motor sets”. Many modern household appliances, including some vehicles, use DC motors as the primary power source.

The primary advantage to having an inverter generator is that they are smaller and more compact than large, wall mounted portable units. They offer the convenience of one small source of power for many different appliances. They are also better suited for use in RV’s or other manufactured homes that do not have an outside, permanent structure. The smaller size allows them to fit better into a wider variety of outdoor locations. In addition, many of today’s smaller camping electric units use DC motors as well.

When it comes to using an inverter generator for RV’s, there are several factors to consider. First, the wattage rating on the batteries must be large enough to provide the desired level of AC frequency for the RV. Obviously, a higher wattage rating requires larger batteries. Another important consideration for this purpose is the operating temperature of the batteries. DC batteries are less likely to experience damage at high temperatures, while AC batteries are more prone to failure at very low temperatures.

For those who plan to use an inverter generator outside, it is important to ensure that it can withstand extreme temperatures. While some units will operate just fine in the summer months, others will begin to function much more slowly when the temperatures reach over 100 degrees Fahrenheit. This is a normal occurrence for most outdoor electrical equipment. The best advice is to take your unit out for a test drive before long trips to prevent any problems.

The size of the inverter generator also has a direct impact on the amount of electrical power it can produce. The larger the size of the unit, the more power it can produce. DC units are typically smaller than AC units. Averaging about thirty-five to fifty watts is a common range for these devices.

The frequency of the sine wave that is produced by the inverter generator will have a direct impact on how much power it can produce and how much energy it uses. As a rule of thumb, the DC current should be twice as much as the AC current. Remember, though, that DC current can only be used if the AC current is already in operation. Averaging three hundred percent AC current means powering up the system entirely. For this reason, a smaller DC current is better.

In summary, an inverter generator is a good option for those looking to save on electricity costs. There are some disadvantages associated with it, however. The bigger units consume more electricity to produce the same amount of electricity that a smaller device would generate. Additionally, the DC current produced by the smaller device is limited by the amount of power supplied to it. In general, a smaller alternating current device is a better option when you are looking for a portable alternative to a conventional portable generator.