Modeling the operation of hydrogen supply networks considering facility location

Hydrogen draws increasing attention as an alternative energy source. In order to provide hydrogen to various sectors such as industry, transportation on a global scale, how to produce and distribute it economically is an essential issue not to be missed. This study thereby addresses mathematical modeling of hydrogen supply networks. The proposed model is concerned with how much H2 can be produced, where can be stored with the aim of maximizing the total net profit. Particularly the physical form of the hydrogen in the network is explicitly taken into account in terms of whether it is stored as a gas or a liquid. The applicability of the proposed model will be demonstrated by a case study of the Korean H2 supply network with some remarks.

► A mathematical model of hydrogen supply networks to produce, transport, and deliver H2 to end users. ► How much H2 can be produced, where can be stored with the aim of maximizing the total net profit. ► Six different configurations of H2 supply network have been examined.