Although there are disparities between inverters and conventional generators, they are two of the most favored types that individuals deliberate upon while selecting the appropriate generator. How can one make a decision on which one to purchase? Here are some of the main differences.
An ordinary power generator fundamentally comprises a fuel-driven motor connected to an alternator for generating electric power. The majority of traditional power generators operate on gasoline, diesel, or propane. There are mixed conventional generators that operate on a blend of fossil fuels (gasoline, diesel) and either propane or natural gas. The devices are exclusively designed to function on natural gas or the bigger whole-house generators that are identified as autonomous or backup generators.
These motor-driven generators are engineered to function at a speed of 3600 RPM, resulting in an output of 120 volts with a frequency of 60 hertz. However, a key disadvantage of these generators is that their fuel-powered engines are unable to sustain a steady 3600 RPM, causing fluctuations in both voltage and frequency.
The primary reason why engine-generated power cannot be referred to as ‘clean electricity’ is due to the presence of harmonic distortion. Clean electricity is essential for powering delicate electronic devices like laptops, desktop computers, mobile phones, and DSLR cameras. Additionally, the inability to maintain a consistent 3600 RPMs is what causes generators to produce excessive noise.
The most effective approach to link the duration of operation and power output is quite simple. The greater the size of the gas reservoir, greater is the capacity and duration of operation.
The fundamental concept of inverter generators is essentially identical to that of traditional ones. Both rely on a fuel-powered engine to generate an electric current for the alternator. However, the similarities between the two end there. It is important to recall that the primary concern with conventional generators was the harmonic distortion caused by the engine’s fluctuations. With an inverter generator, these fluctuations are absent.
Following the departure of power from the alternator, it is supplied to a battery installed on board. The AC electrical output of the engine is transformed into DC output of the alternator, which is then converted into battery power. The battery power is subsequently converted back into AC power, which ensures a steady supply of 120 volts 60 hertz current without any distortion in its harmonic pattern.
The inverter generators contain numerous additional components in comparison to their traditional equivalents and are considerably pricier as the power is converted from its initial form to a more convenient and steady version. The integration of a battery storage mechanism eliminates the requirement for refueling downtime on the inverter generators.
Inverter generators are better suited for applications that necessitate a consistent power supply, particularly for delicate electronic devices and crucial medical apparatus used in life support systems like ventilators or respirators.
Selecting the appropriate kind of generator that suits your particular needs and demands is primarily dependent on you. If you have any inquiries regarding generators or the mending of generators, get in touch with Bellwoods Rewinds now to converse with a proficient member of our crew.