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Join the movement towards zero net energy transportation with INIST's innovative Spartan Superway project, combining solar power and advanced vehicle technologies for a sustainable future. Learn about the history of solar transportation and the need for sustainable solutions. Explore the concept of solar skyways and the potential of solar race cars and podcars in urban settings. Take part in the challenge and support the mission for a greener planet!
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Spartan SuperwayElectric Auto AssociationSilicon Valley Ron Swenson International Institute of Sustainable Transportation June 21, 2014
INIST is developing a transportation system based on zero net energy San José State has accepted the challenge.Will you join us?
The burning question was, how to power transportation with solar energy 1995
We got a chance to build a prototype guideway that is aesthetically pleasing 2011
And we first demonstrated the Spartan Superway at Maker Faire last month 2014
J Y “Dave” Wang told me There are two kinds of business: • Good business • Selling • Bad business • Buying 1975
The USA is buying imports exports Gap 68% 32% 2012
Today’s Quiz: What’s the difference between… Power … … Energy? time!
Let’s revisit that Quiz: What’s the difference between… Sustainability is defined as balancing economic, environmental and equity interests. Sustainable development is development that meets the needs of the present without compromising the ability of future generations to meet their own needs. … time
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!
What’s wrong with this picture? Spare capacity is not spare energy
Typical trip patterns closely match the pattern of sunshine, with evening extension
Industry is sponsoring and mentoring San José State students
Spartan Superway www.inist.org www.podcar.org www.podcarcity.org www.superway.us www.gofundme.com www.intersolar.us
Wake Up!!! … to the Power of Solar