Original summary:
This report aims to assess and determine the best ways to represent short-term details in longer-term models such that the computational tractability of these long-term models is maintained while the accuracy of the results is not compromised. First, we analyze different options of representing short-term details (e.g., such as varying Renewable Energy (RE) production) in long-term models while aiming for both computational tractability of models and accuracy of results. Second, we also explore the different ways to incorporate both short-term (e.g., uncertainty due to intermittent renewable production) and long-term uncertainties (e.g., RE policies, fuel prices, demand evolution) in long-term models and evaluate them depending on their suitability for long-term transmission and generation expansion models.[…]
English summary:
This report aims to assess and determine the best ways to represent short-term details in longer-term models such that the computational tractability of these long-term models is maintained while the accuracy of the results is not compromised. First, we analyze different options of representing short-term details (e.g., such as varying Renewable Energy (RE) production) in long-term models while aiming for both computational tractability of models and accuracy of results. Second, we also explore the different ways to incorporate both short-term (e.g., uncertainty due to intermittent renewable production) and long-term uncertainties (e.g., RE policies, fuel prices, demand evolution) in long-term models and evaluate them depending on their suitability for long-term transmission and generation expansion models.[...]
IIT Project: STEXEM (STEXEM)
Funding entity: Ministerio de Economía, Industria y Competitividad.
Publication date: 01-12-2020
IIT-20-198I
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