Volume 6: Proceedings of 11th International Conference on Applied Energy, Part 5, Sweden, 2019

Demand Response from Open Canal Systems in the Dutch Delta Ir. T.J.T. van der Heijden, Prof.dr. P. Palensky, Dr. R.R.P. van Nooyen, Ir. D. Lugt, Dr. E. Abraham

Abstract

Participation in demand response (DR) has been explored for many large energy using assets based on day-ahead markets. However, little is known about the use of multiple energy markets or DR for open canal systems. In this article, we propose the use of multiple flexible energy markets to enable DR for open canal systems in the Netherlands, where many large pumping stations are used for flood mitigation. We observed that the Dutch market is not yet rewarding DR, with relatively low-priced fixed-price contracts. However, when applied to the German market scenario, a cost saving of 13% was found. In conclusion, the method of combining two flexible energy markets seems successful. However, more simulations and research are needed to explore the full potential.

Keywords renewable energy, model predictive control, demand response, water systems, flood safety, energy markets.

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