Baseline hydropower generation offer curves
Jonathan Pearce, Arash Khojaste, Golbon Zakeri, Geoffrey Pritchard

TL;DR
This paper presents a mathematical model using a Markov decision process to price hydropower generation, capturing seasonal water inflow variations with computational efficiency and interpretability.
Contribution
It introduces a novel Markov decision process model specifically designed for hydropower pricing that accounts for seasonal inflow variations.
Findings
Model effectively captures seasonal inflow variations.
Computationally efficient and easy to interpret.
Provides a new approach for hydropower pricing.
Abstract
We outline a mathematical model for pricing hydropower generation. The model involves a Markov decision process that reflects the seasonal variation in historical time series of water inflows. The procedure is computationally efficient and easy to interpret.
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