When you’re shopping for a new inverter generator, you may want to pay close attention to some key factors. These factors include the following: 5,000 watts of power, low total harmonic distortion (THD), portable design, and fuel economy. In this article, we’ll outline the features to look for in a quality inverter generator. Also, we’ll discuss how the THD and fuel consumption will affect your overall cost.
5,000 watts of power
A 5000-watt inverter generator has enough power to run most of the electronics and appliances in a home. While computers and televisions typically require only 400 watts to operate, other appliances can run up to 5 times that amount. If you use multiple power tools, you may run into surge power limitations. If you have an air compressor, you could also use a generator to power your tools.
A 5,000-watt generator is enough to run a number of small appliances, such as a refrigerator, microwave, and water pump. It can also power a hair dryer, portable electric heater, and electric blanket. Its wattage can be more than enough to power these devices, but you should still consider their start-up and runtime requirements before buying a generator. A 5,000-watt generator cannot power central air conditioning or heating systems.
Low total harmonic distortion (THD)
A high-quality inverter generator should have a low total harmonic distortion (THD). THD, or total harmonic dispersion, is an undesirable characteristic of power systems and should be kept to a minimum. A lower THD means lower peak currents, higher efficiency, and better power factor. Harmonic currents are measured in international standards. Ideally, they should be below 5%.
The amount of THD varies widely throughout the power grid, and is not always the same. The level of power supplied can fluctuate throughout the day. A unit with a low THD will not affect sensitive electronic equipment, such as a computer, and may even be innocuous enough to operate most household appliances. Higher THD levels can cause malfunctions in appliances, including clocks and TV sets.
Low fuel consumption
Inverter generators consume less fuel than conventional portable generators because they run at a slower speed. In addition, they run more quietly and don’t produce as much noise. They’re also more effective at powering sensitive electronic devices. These inverters also use less fuel than their traditional counterparts. The gas-powered versions are portable and easy to maintain, making them the best choice for emergencies. You can pair them with identical units to increase their output and reduce fuel usage.
Inverter generators produce power as reliable as line power. In fact, many of them are small enough to fit in your backpack and are ideal for small electrical appliances. On the other hand, traditional generators are bulky and difficult to move. Besides, they’re difficult to maintain when used in extreme conditions. Despite the fact that inverters are more expensive, they offer several benefits over their conventional counterparts.
Portable design
An inverter generator is a portable alternative to a conventional generator. An inverter creates a better sine wave than the one provided by a conventional generator. It does this by converting AC power to DC power and vice versa. This results in a more stable and reliable sine wave than conventional power. In fact, inverters are far more efficient than conventional generators when converting AC power to DC.
An inverter generator works by converting direct current (DC) into alternating current (AC). It does this by altering the polarity of the current. Usually, a DC power source is directed into a switch, which opens and closes. This switch is connected to a field conductor on either side. As the switch is open or closed, the frequency of the electrical output varies. The frequency is reflected by the switch, and the engine speed determines the frequency of the electricity.
Cost
There are many pros and cons of inverter generators, and consumers must decide what’s more important to them. Conventional generators are simpler machines, with a simple motor and attached alternator. They run at a standard speed of about three thousand rpm and have no complicated electronics or controls. These machines also tend to be less expensive, and are easier to port around. In contrast, inverters offer a cleaner and quieter power output.
Large inverter generators can be a great investment, but they also pose a serious safety hazard. Because they are based on combustion engines, their exhaust can be toxic to people indoors. Because of this, they’re usually only used outside. In winter, a home generator can also be connected to the circuit of the furnace system for emergency heat. However, the price of an inverter generator should not be deterred from this useful use.