Dynamic model for paper mills facilities using template-based load modeling technique

Adequately modeling power system loads is essential in simulation-based power system planning and operation studies. Industrial facilities such as paper mills connected to power transmission systems typically draw large amount of power and have complex dynamic responses to system disturbances. Traditional load modeling approaches cannot establish adequate dynamic models especially for future industrial facilities in power systems planning studies. In this paper, the template-based load modeling technique for industrial facilities is utilized, and the dynamic model of paper mills suitable for power system dynamic studies is created. Case studies demonstrate that the developed model can capture the dynamic behavior of paper mill facilities accurately.