1. Introduction 2. Risk and uncertainty modeling, qualification, assessment, and treatment 3. Performance-constrained planning (including reliability, resiliency, power losses, etc) 4. Multi-stage planning methods 5. Mathematical and heuristic optimization techniques for planning 6. Planning in networks with high penetration of renewable sources 7. New topologies and configurations for future distribution networks 8. Planning of hybrid ac/dc distribution networks 9. Power quality and reactive power compensation considerations in planning 10. Optimal siting and sizing of compensators and renewable sources 11. Optimal operation and scheduling odd resources in distribution management 12. Integrated planning of distribution network assets and controlled devices (such as renewable sources, batteries, etc) 13. Role of microgrids and aggregators in planning 14. Microgrid-based planning of distribution networks 15. Conclusions
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