Abstract :
We recommend standard load models for power flow and dynamic simulation programs. The goal of this paper, is to promote better load modeling and advanced load modeling, and to facilitate data exchange among users of various production-grade simulation programs. Flexibility of modeling is an important consideration. For transient stability, longer-term dynamics, and small-disturbance stability programs, we recommend the structure of multiple load types connected to a load bus. Load types are static including discharge lighting, induction motors, synchronous motors, and transformer saturation. For each load type, multiple models may be connected to the bus. For longer-term dynamics programs, a model for LTC transformers is also recommended
Keywords :
load flow; power system analysis computing; power system stability; power system transients; advanced load modeling; data exchange; discharge lighting load; dynamic performance simulation; induction motor load; load bus; load modeling; longer-term dynamics; power flow simulation; production-grade simulation programs; small-disturbance stability programs; standard load models; static loads; synchronous motor load; transformer saturation; transient stability; Induction motors; Load flow; Load modeling; Power engineering and energy; Power system dynamics; Power system modeling; Power system simulation; Power system stability; Power system transients; Voltage;