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AIMS 2

Electric Bicycle Station Design For a more sustainable CSUN Campus. Team Members: Anj Nonis, Ale Villeda, Andrew Mirzakhanian, Catherine Hartnek, Edgar Salvador, Eric Gamoning, Eric Webb, Haik Movsesian, Kian Darian, Manuel Martinez, Noe Gonzalez,

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AIMS 2

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  1. Electric Bicycle Station Design For a more sustainable CSUN Campus Team Members: Anj Nonis, Ale Villeda, Andrew Mirzakhanian, Catherine Hartnek, Edgar Salvador, Eric Gamoning, Eric Webb, Haik Movsesian, Kian Darian, Manuel Martinez, Noe Gonzalez, Rafael Esquivel, Ryan Gomez, Sasha Kurkcuoglu Attract Inspire Mentor Support Students AIMS2 Bruno Osorno,Faculty Advisor Electrical and Computer Engineering Department, California State University Northridge COMPUTER SIMULATIONS CHARGING STATION CHARGE FLOW DIAGRAM MATLAB / Simulink • SolidWorks Design - Skeleton Structure Beta Version • Made of durable Galvanized Steel • Use of actuators for angle adjustment of panels • Foldable seating for easy transport • Heavy duty caster wheels for ease of mobility and weight support • Tubular steel frame for inside wiring Solar Irradiance from the sun Charge Controller Solar Panels DC / AC Inverter • Overall Structure will be similar to a bus stop hub, with the panels providing shade for the individuals using the station. • An E-Bike parking lot will be integrated behind the seating bench. • Designated plugs underneath seat for each electronic device, allowing for conservation of battery bank. • May integrate interactive kiosk station for users: Educating users about green energy. Battery Bank LabVIEW AC Power DC Power http://www.cyclelicio.us/2010/electric-rental-bike-solar-recharge-stations Electric Bicycle/ Battery TEAM PSpice • Ease of Transportation for long distances • Charges as user pedals to recharge battery • Li-Ion cells • 26V / 9.6 Ah / 248 Wh • Range: 65 km (40 mi.) • Weight: 2.9 kg (6.4 lb.)

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