access icon free Co-planning of electricity and gas networks considering risk level assessment

© The Institution of Engineering and Technology
Received 10/05/2019, Accepted 10/03/2020, Revised 15/02/2020, Published 13/03/2020

This study provides a risk-based gas and electricity expansion planning model to coordinate the expansion of electricity and gas networks in a multi-carrier energy network. Generally, electricity and gas networks have separate owners having no mechanisms to share information. In this study, a distributed algorithm based on alternative direction method of multipliers is developed to preserve the privacy of electricity and gas networks while maintaining a coordination link. Probabilistic outage of components is implemented into the expansion planning model to investigate the interactions between electricity and gas networks and evaluate the risk of contingencies in generating units, transmission lines, and pipelines. Second fuel of gas consuming generating units is modelled to have a holistic approach while studying electricity and gas interactions in the case of contingencies. Moreover, conditional value at risk is used to adjust a balance between risk and investment where each of energy parties can decide on the risk level of their expansion plans. The proposed expansion planning approach is applied to a realistic case study to evaluate its performance.

Inspec keywords: power transmission planning; investment; power generation economics; power generation planning; natural gas technology

Other keywords: electricity expansion planning model; gas consuming generating units; multicarrier energy network; risk-based gas; gas interactions; gas networks considering risk level assessment

Subjects: Power system planning and layout; Power system management, operation and economics; Optimisation techniques

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