Details

Autor(en) / Beteiligte

• Koirala, Binod
• Hers, Sebastiaan
• Morales-España, Germán
• Özdemir, Özge
• Sijm, Jos
• Weeda, Marcel

Titel

Integrated electricity, hydrogen and methane system modelling framework: Application to the Dutch Infrastructure Outlook 2050

Ist Teil von

• Applied energy, 2021-05, Vol.289, p.116713, Article 116713

Ort / Verlag

Elsevier Ltd

Erscheinungsjahr

2021

Link zum Volltext

Quelle

Alma/SFX Local Collection

Beschreibungen/Notizen

• •Electricity, hydrogen and methane system will be more integrated in the future.•The developed integrated model considers their interactions and interdependencies.•As proof-of-concept, the model is applied to the Dutch Infrastructure Outlook 2050.•Interweaving electricity, hydrogen and methane system will provide much needed flexibility. The future energy system is widely expected to show increasing levels of integration across differing energy carriers. Electricity, hydrogen, methane and heat systems may become increasingly interdependent due to coupling through conversion and hybrid energy technologies. Market parties, network operators, policy makers and regulators require tools to capture implications of possible techno-economic and institutional developments in one system for the operation of others. In this article, we provide an integrated electricity, hydrogen and methane systems modelling framework focusing on interdependencies between them. The proposed integrated electricity and (renewable) gas system model is a market equilibrium model with hourly price and volume interactions, considering ramp rates of conventional units, variability of intermittent renewables, conversion, transport as well as storage of electricity, hydrogen and methane. The integrated model is formulated as a linear program under the assumption of perfect competition. As proof-of-concept, the model has been applied to a test case consisting of 34 electricity nodes, 19 hydrogen nodes and 22 methane nodes, reflecting the regional governance scenario in the Dutch Infrastructure Outlook 2050 study. The case study also includes different sensitivity analyses with regard to variable renewable capacity, energy demand and biomass prices to illustrate model response to perturbations of its main drivers. This article demonstrates that the interweaving of electricity, hydrogen and methane systems can provide the required flexibility in the future energy system.