Title :
Resource transition model under MISO MIP based Look Ahead Commitment
Author :
Yonghong Chen ; Ganugula, V. ; Williams, J. ; Jie Wan ; Ying Xiao
Author_Institution :
MISO, Carmel, IN, USA
Abstract :
MISO is in the process of implementing Look Ahead Commitment (LAC) to bridge the gap between Reliability Assessment Commitment (RAC) and Real Time Security Constrained Economic Dispatch (RT-SCED) timeframes. This paper introduces two models in LAC pre-processing logic. The first one is anticipatory startup and shutdown model to account for resource megawatt output during resource startup and shutdown. The second one is an infeasibility identification model to identify data conflicts between state estimation, unit commitment plan and offered parameters. The goal of these two modules is to properly estimate non-dispatchable resource outputs and resolve infeasibility from input data so that LAC can achieve good Mixed Integer Programming (MIP) solutions.
Keywords :
integer programming; load dispatching; reliability; LAC preprocessing logic; MISO MIP based look ahead commitment; RT-SCED timeframes; infeasibility identification model; mixed integer programming solutions; nonispatchable resource outputs; real time security constrained economic dispatch; reliability assessment commitment; resource megawatt; resource startup; resource transition model; shutdown model; startup model; Data models; Economics; Linear programming; Optimization; Real-time systems; Security; State estimation; Ancillary services; Co-optimization; Dispatch and scheduling; Mixed Integer Programming; Reserve; Unit commitment;
Conference_Titel :
Power and Energy Society General Meeting, 2012 IEEE
Conference_Location :
San Diego, CA
Print_ISBN :
978-1-4673-2727-5
Electronic_ISBN :
1944-9925
DOI :
10.1109/PESGM.2012.6344724