To accurately calculate the adjusted power you will end up with after de-rating, you should always try and de-rate from the kVA rating, instead of the kW rating.For example, a 100 kW 3-phase generator would drop to around 70 kW when converted to single-phase. Increase Power Output Rating - you can convert single-phase to 3-phase power and sometimes gain approximately 20-30% kW output power rating, but the end needs to be re-connectable and you also need to account for load balances and a few other variables.ĭe-Rating (converting from 3-phase to single-phase) - typically reduces your kW output rating around 30%. They are typically used in commercial environments and have a power factor of 0.8. They are commonly used in residential environments and have a power factor of 1.0.ģ-Phase Generators – mainly for larger industrial power generation, these gensets can provide both single and 3-phase power for running industrial motors with higher horsepower, branch power out for separate lines, and are in general more flexible. Single-Phase Generators – for smaller single-phase loads, these gensets usually do not go above 40 kW. The engine produces horsepower and RPM, and the end coverts it into electricity. A generator set (also known as a genset) is comprised of two primary components - an industrial engine (usually diesel, natural gas or propane) and a generator end. In order to explain how phases and voltage work, it is helpful to understand what a generator set includes. An electrical configuration typically includes the phase, voltage, kW, and hertz that are best for your application. Outside Field Service Sales Representative – Industrial GeneratorsĪ primary concern when deciding what type of generator is best for your environment should be making certain you get the right electrical configuration.
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