![]() The process should be seamless such that you can add and subtract a generator from the circuit without causing a disturbance to the whole connection. The aim is to avoid cases where there are periods without power when switching on or off one of the generators. In the case of an accident, you can be sure that the law will be on your side. The electrical circuit you set up needs to be compliant with all the electrical standards of your area in terms of the operations, safety and protection or property and lives. However, you should have a clear picture of it. Keep in mind that you can’t predict the exact amount of the load when adding or subtracting items from the load. For example, you need to focus on the amount of the load or expected load and how the addition of an extra generator(s) will meet that. You need to know your power needs and how to meet them through generator paralleling. Factors to consider when paralleling generatorsįor the best experience paralleling generators, consider the aspects below: 1. You’ll still need to have the proper generator brands and size before you use them in a parallel connection with one another. ![]() These aspects are taken care of by the parallel kit although the inputs matter a lot to the workings of the circuit. The phase voltages have to be in phase and within the voltage range specified. The phase rotation should also be matched between the generators. The frequency difference needs to be less than 0.2 Hz for the best result. The frequency of the power input (the generators) must be matched to each other. The important aspects about this process are as follows: With the kit, you only need to connect the generators to it then the kit will supply the power to the load. You need a generator parallel kit for this exercise. Parallel Generator Running How to Parallel Generators The primary benefit of generator paralleling, however, is that it eliminates the points of failure in that one generator or connection failing doesn’t kill the whole power supply system. This helps support a larger load than before. With proper paralleling, you can have double the power of the individual generators. Simply put, generator paralleling is the connection of two or more generators on a parallel circuit to provide more power than each individual generator. Paralleling is the synchronization or combination of two or more electrical inputs through matching the output voltage waveform of one electrical system with that of another system. However, there is a way you can connect generators of different sizes and brands in parallel as shall be shown below. You also need to know that only generators with matching outputs should be connected in parallel. To use generators in parallel, you need a parallel kit. This is because it’s not as simple as combining the power output lines from different generators together as this won’t work. ![]() The process is called generator paralleling and it requires some technical abilities to do so. This calls for the use of more than one generator to support the same load. This can either be that it’s too small to supply the needed power, or that it’s not reliable enough to supply power on a consistent basis. However, a single generator may not be enough in some cases. When your source of power is prone to interruptions or you need power where isn’t any (such as the woods or other remote locations), you’ll need a generator for that.
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