Electric Vehicle Charging Infrastructure in New Developments City

  • Slides: 25
Download presentation
Electric Vehicle Charging Infrastructure in New Developments City of Richmond 1

Electric Vehicle Charging Infrastructure in New Developments City of Richmond 1

Agenda 1 – 1: 10 pm 1: 10 – 1: 30 pm 1: 30

Agenda 1 – 1: 10 pm 1: 10 – 1: 30 pm 1: 30 – 2 pm 2 – 3 pm Introductions Context & Draft EV Charging Infrastructure Requirements EV Charging Requirement Options & Costing Study – Summary of Methods & Findings Discussion; Next Steps

Official Community Plan Climate Action Targets • Reduce GHGs 33% below 2007 levels by

Official Community Plan Climate Action Targets • Reduce GHGs 33% below 2007 levels by 2020; • 80% by 2050. – Consistent with what is necessary of developed countries to avoid dangerous levels of climate change

Richmond Emissions 4

Richmond Emissions 4

Widespread adoption of Zero Carbon Vehicles Needed to Achieve Targets

Widespread adoption of Zero Carbon Vehicles Needed to Achieve Targets

Community Energy & Emissions Plan • Strategy 7: Promote Low Carbon Personal Vehicles –

Community Energy & Emissions Plan • Strategy 7: Promote Low Carbon Personal Vehicles – Action 18: Set minimum requirements for EV charging infrastructure in new developments – Action 19: Continue expanding City-owned network of EV charging stations

About Plug-in Electric Vehicles (Climate Impacts, Market Projections, etc. )

About Plug-in Electric Vehicles (Climate Impacts, Market Projections, etc. )

Types of Electric Vehicles Plug-in Electric Vehicle (EV) Battery Electric Vehicle (BEV) Nissan Leaf

Types of Electric Vehicles Plug-in Electric Vehicle (EV) Battery Electric Vehicle (BEV) Nissan Leaf Hybrid Electric Vehicle (HEV) Plug-in Hybrid Electric Vehicle (PHEV) Chevy Volt Toyota Prius (Hybrid) 8

GHG Emissions From EVs vs. Gasoline Vehicles 400 g CO 2 per km driven

GHG Emissions From EVs vs. Gasoline Vehicles 400 g CO 2 per km driven 350 300 250 200 150 100 50 0 Full-size Gasoline Car Full-size 425 km EV (BC (Average North Grid) America Grid) Vehicle Manufacturing Battery Manufacturing Operation

EV Market Share – BC & Canada >1% vehicles sold Source: Fleetcarma. 2017.

EV Market Share – BC & Canada >1% vehicles sold Source: Fleetcarma. 2017.

EV Market – Global • Market growing rapidly • ~1% of all sales, globally

EV Market – Global • Market growing rapidly • ~1% of all sales, globally • Only 0. 2% of global vehicle stock Source: International Energy Agency. 2017. Global EV Outlook 2017.

EV Markets – Other Jurisdictions Source: International Energy Agency. 2017. Global EV Outlook 2017.

EV Markets – Other Jurisdictions Source: International Energy Agency. 2017. Global EV Outlook 2017.

How fast could markets for EVs grow?

How fast could markets for EVs grow?

BC Projections (In the Absence of Govt. Policy) Source: Powertech Labs. 2016.

BC Projections (In the Absence of Govt. Policy) Source: Powertech Labs. 2016.

Widespread adoption of EVs is needed to avoid dangerous levels of global warming (30%

Widespread adoption of EVs is needed to avoid dangerous levels of global warming (30% of passenger vehicle sales by 2030; What is needed to achieve Paris aspiration) Source: International Energy Agency. 2016. Global EV Outlook 2016.

EV Adoption Depends On: • • Cost of EVs Gas prices EV range Changing

EV Adoption Depends On: • • Cost of EVs Gas prices EV range Changing Transportation Systems – Autonomous vehicles – Shared mobility • Government Policy – – ZEV requirements (Quebec & 10 US states) Carbon pricing Incentives Access to charging (greatest area of City influence)

Options to Support Access to Charging in Richmond

Options to Support Access to Charging in Richmond

Charging “Levels”

Charging “Levels”

“Load Management” & “Load Sharing” Charging Technologies for Apartment Parkades • • Reduces development

“Load Management” & “Load Sharing” Charging Technologies for Apartment Parkades • • Reduces development costs Equivalent performance to L 2 charging Manages peak load; reducing utility costs Can facilitate billing Source: Ever. Charge.

Access to Home Charging is a Major Determinant of EV Adoption BC Residents’ Access

Access to Home Charging is a Major Determinant of EV Adoption BC Residents’ Access to Home Charging. Source. SFU. 2015. Electrifying Vehicles: Insights from the Canadian Plug-in Electric Vehicle Study.

Official Community Plan Policy Current requirement: • a minimum of 20% of parking stalls

Official Community Plan Policy Current requirement: • a minimum of 20% of parking stalls L 1 receptacle • An additional 25% of parking stalls “rough-in”. • 10% of Class 1 bicycle spaces 120 volt receptacle. Council direction to consult stakeholders & propose revised requirements

Updated Requirements Under Consideration • All residential parking spaces shall be “Energized”. – “Energized”

Updated Requirements Under Consideration • All residential parking spaces shall be “Energized”. – “Energized” means - All infrastructure required for charging of an electric vehicle (EV), including all electrical equipment (including metering), cabling and associated raceways, and connections, with exception of the Level 2 EVSE equipment. – Performance standard - A minimum performance level of 12 k. Wh per EVSE, over an eight (8) hour overnight period. Load management and/or load sharing may be implemented. • Mechanism – Building Regulation Bylaw requirement being considered – May remain an OCP policy

Richmond’s Costing Study Results

Richmond’s Costing Study Results

Issues Impacting EV Charging in MURBs Key issues include: • How stratas/building owners can

Issues Impacting EV Charging in MURBs Key issues include: • How stratas/building owners can recover the cost of electricity used for EV charging? – BCUC clarification • How to ensure stratas allow drivers to install EVSE? & Drivers implement appropriate EVSE (smart charging)? – – “Right to Charge” legislation Contract with charging service provider? Model strata bylaws? Co. R has secured ~$10 k from BC Hydro to develop solutions • Others?

Thank You! 25

Thank You! 25