EV Charging with Renewable Energy / Micro-Grid Operation.

EV charging hubs featuring grid autonomy, energy storage and renewable (wind, solar) supply. Energy management in an off shore micro-grid
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Mise à jour 30 nov. 2022

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The simulation kit enables system design, concept exploration / validation and embedded development for EV charging stations and hubs. The use of Simscape Electrical captures all relevant physical principles, common to a broad set of applications (micro-mobility, passenger cars, light & heavy transport, marine).
This material was the inspiration of a public on-line webinar "Evaluating EV Charging Infrastructure with Simscape Electrical" hosted by G. Dudgeon and the author of this submission.
Off-shore Micro-Grid
Watch this video to understand how electric power is managed in an islanded micro-grid with fuel-driven brushless DC generators, motor load and energy storage (battery unit).

Citation pour cette source

Juan Sagarduy (2024). EV Charging with Renewable Energy / Micro-Grid Operation. (https://www.mathworks.com/matlabcentral/fileexchange/55478-ev-charging-with-renewable-energy-micro-grid-operation), MATLAB Central File Exchange. Récupéré le .

Compatibilité avec les versions de MATLAB
Créé avec R2022b
Compatible avec toutes les versions
Plateformes compatibles
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Version Publié le Notes de version

Change graphic icon.


Renewed focus on EV charging and micro-grid studies.

Minor correction.

Upgraded for R2022a.

New 4-wheel vehicle running over uneven terrain. Uses newest capabilities (point cloud, spatial force contact, grid surface).

Changing image.

E-propulsion added.

Adding contact wheel-ground for vehicle motion over uneven terrain.

instruction added