To determine the right genset size and type, begin with a detailed load analysis, including power factor, startup loads, and future capacity planning. Early collaboration with your integrator ensures that the genset is correctly sized and specified to avoid costly retrofits.
Primary gensets must meet stricter requirements, such as EPA ratings and government standards, since they are used for continuous or base load applications. Backup gensets, on the other hand, are subject to less stringent requirements. When selecting a backup genset, you want to think about prioritizing reliability, quick response speed, and having the correct capacity to handle critical loads immediately during an outage. When selecting a backup genset for your business, consider the critical role that reliable industrial power sources play.
Yes. Options include using your building’s load directly, supplementing with permanent or mobile load banks, or coordinating with utilities for grid backfeed using paralleling gear. Another approach is hiring a local generator representative with a portable load bank, ideally supported by an exterior connection cabinet for easier testing. An experienced integrator can help you evaluate these options and guide you toward the best approach for your facility.
Failing to specify testing requirements like voltage, phase, frequency, power factor, and capacity needs before design begins when planning EOL generator test systems. Without these specs upfront, you risk needing custom equipment with longer lead times and higher costs, or discovering your system can’t test certain units at all. Early planning with an integrator prevents costly redesigns.
A test cell designed with multi-tap transformers can handle various input voltages with a single output to load banks, plus modular resistive and inductive modules. Controls can select specific load levels and power factors for each generator test, allowing one system to accommodate different capacities and specifications without custom equipment for every unit. This approach is key when optimizing industrial power sources.
Specify anticipated capacity needs upfront, even beyond current production. Design test systems with headroom for larger units—the right load bank capacity, structural support for heavier inductors, and transformer configurations that accommodate future voltage requirements. Planning for growth from the start avoids costly retrofits or discovering that your system can’t test next-generation products, which is a major concern for industrial power sources and facility generators.