![]() However, there are various other factors, such as altitude, temperature, fuel type, and application, that influence generator sizing. The most common method for sizing a generator system is total connected load. If it is oversized, it may develop maintenance problems and other issues such as wet stacking. If a generator system is undersized, it will cause voltage fluctuations and damage to the generator or equipment it serves, or worse, lose the load entirely. With critical operations-and many times, human life-relying on these systems, it is important for the engineer to design an emergency system that is sized correctly for the various types of loads. Engine-driven generators are the workhorses that fulfill this need for emergency and standby power. Mission critical facilities, such as hospitals, data centers, financial institutions, and other data processing facilities, are required to protect against possible failures of normal electric utility power sources and provide a reliable alternate supply of power.
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