The aim was to develop a simulation model of a retro fitment kit for Light Commercial Vehicle (LCV)
The key objective of the study was comparison of the options and benefits of utilizing air cooled power batteries in different sectional configurations with SOC balancing
Develop 1-D Model of a 4-W basic parametrized Scilab model with capability to assess: gradeability / acceleration performance and range / energy consumption / Battery SoC estimation
Model correlation with actual measured data on the existing retrofit AL Dost, fine-tuning and finalization. Use correlated model for iterations on motor & battery sizing along with gear ratio optimization
Compare functional specifications for proposed retrofit sub-systems. Explore best common specs and optimize performance with a common motor + battery kit
Prepared a consolidated report with key findings and next steps recommendation
The developed 1-D model helped the company to streamline and optimize the product development process, ensuring superior performance, efficiency, and cost-effectiveness
Technical Due Diligence for a leading Automobile Lubricant manufacturing company to guide investment in a EV Battery Swap Charger Manufacturer in India
An assessment study on the promotion and adoption of Battery Energy Storage System (BESS) in Rajkot and Surat
Technical Due Diligence investment in a DC Charger Manufacturer in India
