Electric Vehicles Evergreen Consulting (Robert Sharpe) Your Plugged-in Partner Examples Tesla Model SRenault Zoe Nissan LeafNissan e-NV200 Performance Summary Range miles range (Nissan Leaf, Renault Zoe) 255 miles (Tesla Model-S P90) 0-60 mph times 9-10 sec (Nissan Leaf) 2.9 sec (Tesla Model-S P90) Current Take-up Benefits Zero carbon emissions at use Charged from 100% renewable tariffs Charged from domestic/commercial solar panels Health Deaths from air quality equates to 2.5x road transport Low running costs 350 mpg-equiv or 1 per 50 miles (off-peak elec.) Minimum servicing Electricity network support (energy storage) Peak shaving Short term supply Cost v Carbon Cycling Walking Carbon Purchase Cost Affordable EVs ICE 24k17k Distance v Carbon W Carbon Distance Electric Vehicles 60 Cycling 315 Conventional Vehicle Charge at work Public Transport Warm up time 30 miles Life Distance v Cost Total Cost Life Distance Conventional Electric 24k 20k What Employers Do Charge point at work 2xR 4xA Increases employee use by 4x Employee EV support = 4x area Is an EV an option For domestic users YES for those Who cant walk, cycle or use public transport Who ideally travel miles to work Who would switch to off-peak electricity Have off-road parking For commercial organisations - YES Charge point at work will provide major benefits Fleet users (after analysis) Questions Robert Sharpe Sample Charge Points in S EV-Pilot