If you’re thinking about buying a generator to run your house, you might want to check out the benefits of an inverter generator. These generators are more efficient than traditional generators, produce clean electricity, and are quieter. There are some disadvantages, though, so be sure to read the following information carefully before you make your purchase. Inverter generators are best suited for small or moderately sized homes.
Inverter generators are more efficient than traditional generators
A number of benefits make inverter-style generators better than conventional generators for powering a house. Inverter generators are lighter and easier to transport than conventional models. The built-in wheels are less important, and many models weigh under 40 pounds. This makes them easier to store and transport, making them more convenient for outdoor activities. The weight and usability of inverter generators are also directly related to the amount of fuel they use.
Compared to conventional generators, inverter generators are quieter. While conventional generators are notorious for their noisy operation, inverter generators operate at a steady 3600 rpm, eliminating most of the noise. Most manufacturers list the noise levels produced by their inverter generators, and most register fewer than 60 decibels at half load. In contrast, conventional generators are often up to 64 decibels.
They produce clean electricity
Conventional generators are essentially a car engine connected to an alternator that produces the AC frequency that the load requires. The alternator is driven at a constant speed and throttled up to maintain this speed, so the output is directly connected to the load. This type of power is considered clean electricity, and it is safe to use with electrical quality-sensitive devices. If your generator produces dirty power, your electronics may malfunction or be damaged.
While traditional generators can produce the right voltage for most appliances, they don’t always produce clean power. Clean power is needed for sensitive electronic devices, such as computers, televisions, and stereos. It also helps to charge battery-powered cordless tools. The power produced by an inverter generator is a near-perfect sine wave. It can also be used for emergency situations.
They are quieter than traditional generators
Inverter generators are more fuel-efficient than conventional generators. Unlike traditional generators that run at three thousand rpm no matter what the load is, inverter generators automatically adjust the engine speed to fit the power demand. The fuel savings can be substantial. The noise level of an inverter generator is considerably lower than a traditional generator. Despite being quieter, inverter generators can still produce significant amounts of heat.
Inverter generators are very quiet when compared to traditional open frame generators. Manufacturers incorporate mufflers into the design of their generators to reduce engine noise to near-normal speech levels. This is especially useful if you’re camping in a campground with noise restrictions. An inverter generator is less loud than a traditional portable generator, so it is ideal for areas with noise restrictions.
They require periodic maintenance
Inverter generators need periodic maintenance to keep working properly. These devices need to be serviced if you want to continue using them as a backup power source. Among other things, you should clean the air filter and check the hoses and wiring. The filters are very important for this type of device, as dirt and other particles that get into them can cause premature wear and tear on the material that makes up the generator.
Most engine-powered generators use gasoline or diesel, and they require periodic maintenance. These fuels have limited shelf lives, and a generator that runs for many hours a day needs frequent service. Plus, gasoline or diesel is noisy, and it is difficult to store in large quantities for months at a time. In addition, generators require periodic maintenance to power a house. Inverter generators require less frequent service because they incorporate plain circuitry.