collantes, gustavo january, 2013 e lectric v ehicle c orridors r ationale, p lanning, i...
TRANSCRIPT
Collantes, GustavoJanuary, 2013
ELECTRIC VEHICLE CORRIDORSRATIONALE, PLANNING, IMPLEMENTATION
ELECTRIFICATION AS RISK MANAGEMENTA STRATEGY FOR WASHINGTON STATE
ELECTRIFICATION AS ECONOMIC GROWTHA STATE AND REGIONAL STRATEGY
Smart GridCharging
Infrastructure
Autos & Componen
ts
THE VALUE OF WASHINGTON’S CLEAN ENERGYHIGHER RETURN ON EV INVESTMENTS
ICEEV
Electricity in Washington
0.27Lbs CO2/kWh
Conventional gasoline
0.6+Lbs CO2/kWh
25 kWh 110 kWhEnergy 100 Miles
7 Lbs 65 Lbs (+0 tailpipe) (+ upstream)
CO2 100 Miles
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
distancesDemonstrate effect of corridors on EV value
propositionDemonstrate economic and
environmental benefits
Low risk, large return potential
PLANNING AND ANALYTICSHYBRID APPROACHES FOR EFFICIENT INVESTMENT
MODELING
TopographySea-level atmospheric conditions
Vehicle characteristicsDriving behavior
Host SitesRecharge
zones
Community
involvement
VEHICLE ENERGY USE MODELINGEXAMPLES ON US-2
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
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