Poster Abstract: Interactive Simulation of Swiss Energy and Environment Designed for Gaming and Choice Experiments
Toby Simpson (Università della Svizzera italiana); Michael Multerer (Università della Svizzera italiana); Rolf Krause (Università della Svizzera italiana)
Abstract
We introduce a simple, low-latency model for the simulation and analysis of energy transition pathways in Switzerland. It is designed as the calculation and data storage layer of the “Ensured Energy” game (Figure 1), developed as part of the SFOE SWEET-SURE project. The model presents users with the current and historic national energy balance of Switzerland based on BFE data [Bundesamt für Energie 2022a] along with future trends for energy consumption. Users can allocate capacity to different energy technologies in order to meet energy requirements. In this way they explore various pathways for energy transition. The model uses the resulting energy system to generate a set of indicators which assess the economic and environmental impact of their decisions. The simulation also allows changes to both the supply and demand side of the energy economy, thus testing resilience to various shocks. All instances of the model are recorded in a database and cross-referenced with survey data for further analysis, which in turn is used to inform policy makers as part of the SWEET-SURE project objectives.