![]() If you’re running the refrigerator, television, lights, etc… and when the air conditioner kicks on, the start-up surge may be enough to put you over the generator’s limit. ![]() Your RV may also be pushing the limits of your single generator’s wattage capacity. If you have a large RV that has a 50A connection plug, you wouldn’t be able to run it off of a single generator but you can make the simple connection after installing the parallel generator kit. This is why you might see two generators each having a maximum 30A connector be connected through a manufacturer’s parallel generator kit and have a 50A connector on the board. Taking two generators both running 120VAC, and connecting them in parallel will increase the amperage on the combined output. So you might ask, why would I need to run parallel generators? When is it beneficial for me? Well the important aspect of running a parallel generator system comes in having the increased capacity for current draw, and wattage throughput. If all this seems too mathematical for you, the good news is that many manufacturers make it easy for you with simple parallel generator kits. You’re still putting out the same voltage, but you have increased the amperage capability and allowed more electricity to flow through the circuit thereby increasing the wattage rating. Some numbers won’t change beyond the minor fluctuations inherent in portable generators. Putting a second generator in parallel typically doubles that running watt rating. You can do the math and add up your devices’ watt draw until it nears the capacity of your generator’s running watts rating. When you plug in a device, it draws the required wattage to run that device. WEN Parallel Kit Champion Parallel Kit Westinghouse Parallel Kit So if your generator is running but you don’t have anything plugged into it, you have plenty of potential, but are not drawing any watts. Wattage is the measurement of how much energy flows from one place to another. This difference is what the generator is capable of in moments of short demand draw such as when motors kick on and require that initial pulse of power to get started but can run at a lower rate once they get moving.īy adding a second power source and running parallel generators, you can increase that wattage and run larger appliances. If you are running an 1800 watt generator, you are likely getting 1800 watts surge and around 1500 watts running power. This is the number in the manual or most likely in the model number itself. Power rates and equations are simplified and once you understand the numbers behind what your generator is putting out and what you are demanding from the generator, running parallel generators may be the answer you didn’t know you were looking for.Ī single power source (in this case, a portable generator) puts out power at a constant rate. Running parallel generators is a relatively new trend that is based in common old school mathematics.
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