The Influence of EV Usage Scenarios on DC Microgrid Techno-Economic Operation

Electric vehicle supply infrastructures represent a valid mean to integrate and encourage electric mobility, ensuring safe integration of electric vehicle (EV), renewable sources, and controllable devices. Management of these infrastructures under DC microgrid framework is affected by EV usage pattern, involving stochastic features, and by vehicle-to-grid ability, yielding the need of suitable operation strategy assessment. This article is focused on the analyses of day-ahead performances of a DC microgrid based on the solution of different optimization algorithms, involving technical and economic targets. The study involves statistical analyses concerning EVs usage, based on historical dataset, with the aim to generate scenarios to be investigated. Performances are compared by means of technical and economic indicators. The considered layout of DC microgrid refers to a realistic installation.

Automated summary

This study focuses on analyzing the day-ahead performance of a DC microgrid based on different optimization algorithms, considering technical and economic targets. Statistical analysis of electric vehicle usage based on historical data is conducted to generate scenarios for investigation. The performance is compared using technical and economic indicators.