Heavy goods electric vehicle (HGEV) on-route charging demand modelling software

Introducing the 'Heavy goods electric vehicle (HGEV) on-route charging demand modelling' software:

This software package is designed to model the charging demand profile of targeted heavy goods electric vehicles (HGEV) at on-route charging stations operating in a public charging style. To effectively utilise the software, the factors must be available or defined for the model considering case factors (total number of vehicles being charged at the station per day, popular time, charger power, charge point efficiency), and country/operating zone based factors (including average battery capacity, average specific energy consumption, daily travelled distance).

The software package, developed for heavy goods electric vehicle (HGEV) on-route public charging station demand modelling, encompasses a comprehensive set of functions tailored to accurately simulate and analyse the charging demands of HGEVs at charging stations. Through these integrated functionalities, our software package offers a comprehensive solution for modelling and analysing HGEV charging demands at on-route public charging stations, facilitating informed decision-making and efficient station management. MATLAB (R2023a) functions as the primary development environment for the software suite, guaranteeing seamless integration with diverse engineering and scientific contexts.