In this paper, the development, integration, and analysis of a hybrid electric vehicle (HEV) using system level virtual testing will be presented. The work will discuss how a Modelica-based Parallel HEV powertrain model developed using MapleSim is integrated into IPG’s industrial vehicle modelling software tool, CarMaker, using the Functional Mockup Interface (FMI) standard; and how, using API commands, virtual testing and analysis was performed with Noesis’s optimisation tool, Optimus. The acausal modelling of the HEV powertrain was done using Modelica 3.2.1, allowing the flow of energy to be inferred from the operating characteristics and controller design. The multidomain model uses components from the electrical and mechanical libraries, including commercialised library components, from the MapleSim Driveline Component Library and the MapleSim Battery Component Library.
National Gas receives funding to develop Gravitricity underground hydrogen storage system
One single rock salt mine - Winsford - has 23 <i>MILLION </i>cubic metres of void and even allowing for 10% of that void set aside for hazardous waste...