Solid Works Portfolio April 9
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The document discusses the final drawings for the dual motor drivetrain for the Elektra electric drag vehicle project at UBC. It outlines tests performed on early driveshaft and motor mounting concepts as well as the design and fabrication of a charger box to replace the gas tank in an E-Beetle, increasing usable space. A welded frame and battery box were also designed for the rear of the beetle.
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Here's Channel Link
PLEASE SUBSCRIBE Our channel TECH POINT ..
FOLLOW US ON TWITTER:https://twitter.com/Nitin_TECHPOINT
Follow us on Facebook:https://www.facebook.com/NitinGupta1054.Official.PSIT
Follow us on Instagram:https://www.instagram.com/nitingupta_official
SUBSCRIBE Our channel:https://www.youtube.com/channel/UCj3XVydYG3oPVJeZscU4NIg?sub_confirmation=1
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Unlike batteries no chemical reaction takes place when energy is being stored or discharged and so ultracapacitors can go through hundreds of thousands of charging cycles with no degradation.
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Supercapacitors are energy storage devices with high capacitance and low internal resistance, allowing for faster charging and discharging than batteries. They store energy via electrostatic double layer capacitance between high surface area electrodes, such as activated carbon, and an electrolyte. Three main types exist - electrical double layer capacitors which store charge on electrode surfaces; pseudocapacitors which utilize fast redox reactions; and hybrid capacitors combining aspects of both. Supercapacitors find applications where high power delivery is needed, such as regenerative braking on trains. While having lower energy density than batteries, they have longer lifecycles and can charge much more rapidly.
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Solid Works Portfolio April 9
- 1. Dual Motor Drivetrain Final Drawings for Elektra UBC (Electric Drag Vehicle)
- 2. Torsion Testing on early splined driveshaft concept
- 3. Stress tests on preliminary motor mounting plate
- 4. Charger box for E-Beetle to replace gas tank and increase usable space under hood
- 5. Charger box cut on waterjet and assembled in metalshop
- 6. Frame design weldment battery box in rear of beetle
- 7. Battery connection plate, optimized to ensure equal resistance to each of 3 terminals