Diesel generator set paralleling synchronizing system is not a new system, but it is simplified by the intelligent digital and microprocessor controller. Whether it’s a new generator set or an old power unit, the same electrical parameters need to be managed. The difference is that the new gen-set will do a better job in terms of user friendliness, whose control system will be easier to use, and it will be done with less manual setup and more automatically to complete the gen-set operation and parallel tasks. Whereas paralleled gen-sets used to require large, cabinet-sized switch gear and manual interaction management, modern paralleled gen-sets benefit from the sophisticated intelligence of electronic digital controllers that do most of the work. Aside from the controller, the only other features required are the electronic circuit breaker and data lines to allow communication between paralleled gen-sets.
These advanced controls simplify what used to be very complex. This is an important reason why paralleling of generator sets is becoming more and more mainstream. It provides greater flexibility to help to provide better performance in certain applications that require power redundancy, such as factory manufacturing line, field operations, mining areas, hospitals, shopping malls, etc. Two or more generators running together can also give clients reliable power without power interruptions.
Today, many different types of gen-sets can also be paralleled, and even older models can be paralleled. With the help of microprocessor based controllers, very old mechanical gen-sets can be paralleled with new generation gen-sets. Whichever type of parallel setup you choose, it is best done by a skilled technician.
Many international well-known brands of intelligent digital controllers, such as Deepsea, ComAp, Smartgen, and Deif, all provide reliable controllers for parallel systems. MAMO POWER has accumulated many years of experience in the field of paralleling and synchronizing generator sets, and also has a professional technical team for the parallel system of complex loads.
Post time: Apr-19-2022
