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Electric Vehicle Corridors Rationale, Planning, Implementation. Collantes, Gustavo January, 2013. Electrification as Risk Management A Strategy for Washington State. Electrification as Economic Growth A State and Regional Strategy.
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Electric Vehicle CorridorsRationale, Planning, Implementation Collantes, Gustavo January, 2013
Electrification as Risk ManagementA Strategy for Washington State
Electrification as Economic GrowthA State and Regional Strategy
The Value of Washington’s Clean EnergyHigher Return on EV Investments Electricity in Washington 0.27 Lbs CO2/kWh Conventional gasoline 0.6+ Lbs CO2/kWh Energy 100 Miles 25 kWh 110 kWh CO2 100 Miles 7 Lbs 65 Lbs (+0 tailpipe) (+ upstream) EV ICE
Interurban EV CorridorsRationale Lessons from the 1990’s—research and markets Demonstrate value of strategic infrastructure systems (DC fast + slower charge) to support EV travel over longer distances Demonstrate effect of corridors on EV value proposition Demonstrate economic and environmental benefits Low risk, large return potential
Planning and AnalyticsHybrid Approaches For Efficient Investment Topography Sea-level atmospheric conditions Vehicle characteristics Driving behavior MODELING Host Sites Recharge zones Community involvement
Corridor ImplementationSome Areas of Special Interest • Outreach & community involvement • Leveraging and economic synergies • Site agreements • Grid integration • Fee structures • Timeline • Evaluation
Corridor ImplementationEconomic Synergies & Community Engagement
Thank You Contact Information Web: www.logios3i.com E-mail: gcollantes@logios3i.com Mobile: +1-530-848-1564 Mail: Logios, LLC Boston, MA United States