Download
1 / 7
70 likes | 197 Vues
This document details the structured approach to AEP Transmission Planning, encompassing key steps for input and validation of operational and planning power flow topology. It includes models of as-built elements and future topology, alongside essential validation tools. Each step progresses through tuning tools and contingency models, leading to refined intervention strategies for mitigation plans and system reliability. This comprehensive guide ensures precise schedules for resources, loads, and transmission operator systems, ultimately enhancing overall operational efficiency and resiliency.
E N D
Planning Model Structure Prepared by Paul Hassink AEP Transmission Planning
Step One Input to Operational power flow topology Input to Planning power flow topology Cross Index Validation tools Models of As-built Elements Prepared by AEP TO
Step Two Planning power flow as-built topology Planning power flow future topology 1 2 3 4 5 Validation tools Prepared by AEP TO
Step Three Tuning tools Breaker to Breaker Contingency Models Power Flow Tool Planning power flow future topology Real and Reactive schedules for Resources, Loads & TO systems Intervention Models for Mitigation Plans, SPSs and RAPs Prepared by AEP TO
Step Four 3 Planning power flow as-built topology Planning power flow future topology 1 2 4 5 3a 3b Surgical tools Prepared by AEP TO
Step Five Tuning tools Breaker to Breaker Contingency Models REVISED Power Flow Tool Planning power flow future topology Real and Reactive schedules for Resources, Loads & TO systems Intervention Models for Mitigation Plans, SPSs and RAPs REVISED REVISED Prepared by AEP TO
Step Six Tuning tools Breaker to Breaker Contingency Models Power Flow Tool Planning power flow future topology Transaction Models Real and Reactive schedules for Resources, Loads & TO systems Intervention Models for Mitigation Plans, SPSs and RAPs Prepared by AEP TO
