Evaluation of missing capacity and resource adequacy in an interconnected power system

Evaluation of missing capacity and resource adequacy in an interconnected power system

Miranda Castillo, María (TU Delft Electrical Engineering, Mathematics and Computer Science)

Tindemans, Simon (mentor)
Exizidis, Lazaros (graduation committee)
De Vries, Laurens (graduation committee)
Palensky, Peter (graduation committee)

Delft University of Technology

Electrical Engineering | Sustainable Energy Technology

2019-09-26

The uncertainties of the current power system with a larger share of renewables and more volatile generation profiles increases the importance of assessing resource adequacy. Within this framework, the thesis “Evaluation of missing capacity and resource adequacy in an interconnected power system” aims to answer the following question: “How to reach reliability targets in the interconnected European power system?". To answer this question the concept of Missing Capacity is introduced as a possible adequacy indicator that quantifies the required capacity to reach a pre-defined reliability target in a specific region. The evaluation of missing capacity can be classified by the area of study, i.e. single or multi-area, and by the capacity expansion source, i.e. generation and/or interconnection capacity expansion. Following such classification, a methodology for the evaluation of Missing Capacity is presented. Furthermore, by analyzing the transmission capacity expansion approach the contribution of interconnectors to system adequacy is investigated.

Missing Capacity
Resource Adequacy
Interconnected power system
Reliability targets

http://resolver.tudelft.nl/uuid:6765ead1-f656-4837-aa4f-7ddfe5065aa2

Student theses

master thesis

© 2019 María Miranda Castillo