1. Local Motion Marco Maffeo-Robinson Sean Horning Justin White Ross Ziskind Tom Kidd Advisor: Professor Coleman Company Contact: Brian Costello

2. Project Scope To transport bikers across the Mallets Bay cut we updated the current ferry with two electric motors in conjunction with the current gasoline engine to make use of alternative energy solutions

3. Our Solution

4. Original Problem Statement To transport bicyclists across the causeway using the most efficient, environmentally friendly, and cost effective way possible. To transport bicyclists across the causeway using the most efficient, environmentally friendly, and cost effective way possible.

5. Design Concepts Bridge Bridge Tunnel Tunnel Twin Outboard Biodiesel Twin Outboard Biodiesel Cable Tram Cable Tram Cable Ferry Cable Ferry

6. Final Goal Upon completion of the project our team will have designed, tested, and built an alternative energy system consisting of a windmill, a battery bank, and two electric motors operating in parallel with the existing gasoline outboard. The system will be easily upgradeable, allowing for the integration of more alternative energy sources as funds or future development permit. Upon completion of the project our team will have designed, tested, and built an alternative energy system consisting of a windmill, a battery bank, and two electric motors operating in parallel with the existing gasoline outboard. The system will be easily upgradeable, allowing for the integration of more alternative energy sources as funds or future development permit.

7. Road Map September October November December January February March April Start of Project Brainstorming Cable tram and ferry ruled out Bridge and Tunnel ruled out Decided on hybrid system consisting of batteries, biodiesel generator, electric motors Began looking for components Tested full system in water Diesel generator cut Built transom and installed on boat Tested system in lab Purchased batteries Purchased electric outboard motors Budget Decided

8. Design Aspects Mechanical Components Mechanical Components –Motor Selection –Transom –Steering Electrical Components Electrical Components –Wiring batteries –Wiring controls –Batteries –Circuit breaker –Wire Routing

9. Motor Selection How Much Power Do We Need?? Power Curves What’s Been Done Before?

10. Transom Boxed Aluminum Frame Boxed Aluminum Frame Riveted Gussets Riveted Gussets 3/8” Stainless Mounting Bolts 3/8” Stainless Mounting Bolts

11. Steering Simplified Controls Simplified Controls Lift Capabilities Lift Capabilities

14. Batteries And Boxes Batteries – – Supplier: Interstate Batteries – – Deep Cycle Batteries Model: U2200 – – Voltage: 6 V – – Amp Hour Capacity (20 Hour): 232 Ah – – Dimensions ([(l) x (w) x (h)] in inches): 10.25 x 7.125 x 11.125 – – Weight: 63 lbs Battery Boxes – – Twin Golf Cart Battery Box – – Supplier: West Marine – – Dimensions ([(l) x (w) x (h)] in inches): 14.75 x 10.75 x 11.5 (inside)18.25 x 14.25 x 13.5 (outside)

15. Power Wiring

16. Control Wiring

17. Test Run Video

18. In the future… Windmill Windmill Human Powered Generator Human Powered Generator Second bank of batteries Second bank of batteries Solar power Solar power Increase Efficiency of System Increase Efficiency of System

19. Questions?