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Explore the use of renewable energy and innovative transportation systems to address gridlock and reduce carbon emissions. Learn about the potential of solar-powered vehicles and the benefits of implementing solar skyways. Discover how San José State University and other organizations are leading the way in sustainable transportation solutions.
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Solar SkywaysInstitute of Transportation EngineersSan José State University Ron Swenson INIST March 10, 2014
San José introduced solar in their first Automated Transit Network RFP • Ensure that the ATN system is built … utilizing renewable energy • … maximize energy efficiency and potentially be powered in whole or part by renewable energy. • … and calculating carbon emissions reductions achievable through renewable energy • evaluate cost/benefits of using renewable energy to offset all or a portion of the energy requirements • Provide analysis of cost/savings and recommend specifications to execute energy-efficiency and renewable energy strategies…
2 seconds apart @ 90 km/hr = 50 m 3m 2m How can we deliver on the solar skyways challenge? Solar Race Car averages 90 km/hr with 6 m2 solar panel Knowing it can be done, let’s ramp onto the Solar Highway … 17 X … Podcars have 50 m ÷ 3 m = 17 X more collection area than solar race cars!
Typical trip patterns closely match the pattern of sunshine, with evening extension
We are using a unique and challenging approach • 1. Technology: Engaging Universities with focus: • High capacity electronics • Suspended system • 2. Government: Engaging Cities • Encitra Modeling with UP students • join ATNA • 3. Economics: Engaging Industry • first as mentors to students • then as vendors building ATN • then as buyers of ATN services
Solar Skyways: More Info www.oilcrisis.com www.inist.org www.encitra.com www.podcar.org www.podcarcity.org www.superway.us www.solarskyways.com
Wake Up!!! … to the Power of Solar