Scaling and optimisation of Hydrogengeneration in correlation with Wind parkenergy production : Involving the development of a tool for case simulation

Abstract: In the global transition from fossil fuels to renewable energy sources, hydrogen is predicted to play a large role. It is particularly interesting in areas where batteries and electrification are not viable options, as well as stabilisation of power deliverance from volatile, green energy production. This expansion on top of current, industrial applications create a large demand for green hydrogen.  DalaVind AB is a regional wind power company looking to implement reversible hydrogen production at a future wind park site. In order to streamline the planning and implementation they need the ability to simulate different scenarios and building components.  In this study, a rudimentary computational planning tool was developed and used to test different cases. By supplying the application with preexisting data we were able to estimate the production of energy, hydrogen gas and usable heat as well as the net earnings as compared to an identical wind park without hydrogen production.