![“the chairman of Porsche noted at the unveiling event [2010 Geneva Autoshow] that the company has never made a concept car that it didn't bring to production”Porsche 918 SpyderPlug-in Hybrid0-60mph: 3.2 sec.](https://image.slidesharecdn.com/ev-master-sbc-webinar-1297364503-phpapp01/75/Buildings-and-Electric-Vehicles-32-2048.jpg)
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Buildings and Electric Vehicles
The document is a webinar presentation discussing the importance of electric vehicle (EV) infrastructure and energy conservation within the context of global oil dependency and market transformation. It highlights the anticipated rise in EV market share, technological advancements, and strategic initiatives in regions like Ontario to enhance clean energy and electric vehicle charging infrastructure. The presentation emphasizes collaboration among various sectors to support a sustainable transition towards plug-in electric vehicles and reduced reliance on oil.
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Buildings and Electric Vehicles
- 1. Andrew BowerbankChair, EC3InitiativeSpecial Advisor, Magna ClosuresBoard Member, EcoSmart FoundationBuildings and Plug-In Electric Vehicle Infrastructure:A webinar presentation for Sustainable Buildings Canada
- 2. the globalcontext
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- 5. EVs &energy developments in Ontario
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- 7. projects andcase studiesIntroductionpresentation overview
- 8. Introductionresource conservation –aglobal context
- 9. Peak oilText box2010Introductionresourceconservation –a global context
- 10. 40%world’s energy fromOil. 96% oil used for transportation energy. 875 billion barrelsoil consumed since the shift from coal.1,000 billion barrels estimated proved and probable reserves to be recovered. Introductionresource conservation –a global context
- 11. If oil productioncontinues at today's rate, many of the largest producers in, such as Russia, Mexico, U.S., Norway, China and Brazil will cease to be relevant players in the oil market in less than two decades. At that point, the Middle East will be the only major reservoir of abundant crude oil. In fact, Middle Eastern producers will have a much bigger piece of the pie than ever before. Introductionresource conservation –a global context
- 12. 60% by 2020expectedrise in world oil consumption. 1.25 billion cars by 2025increase from approximately 700 million cars today.global consumption of gasoline could double… Introductionresource conservation –a global context
- 13. "It's important forus to remember that America imports more than 50 percent of its oil. -- more than 10 million barrels a day-- And the figure is rising. This dependence on foreign oil is a matter of national security. To put it bluntly, sometimes we rely upon energy sources from countries that don't particularly like us." George W. BushIntroductionresource conservation –a global context
- 14. “It is inour best interest to pre-emptively embark on a revolutionary change that will lead us away from oil dependency rather than drag our feet and suffer the ramifications of becoming growingly dependent on a diminishing resource.” The Institute for the Analysis of Global Security Introductionresource conservation –a global context
- 15. “Shell expects electricity-poweredvehicles to account for as much as 40 % of the worldwide car market by 2050.” Peter Voser, Chief Executive Officer, Royal Dutch/Shell will plug-in electric vehicle technology transform the market?
- 18. Plug-in Electric CarsTopcar manufacturers are introducing electric cars into the market place starting Q4 2010.AudiMitsubishiMercedesNissanToyotaVolkswagenFordBMWChevroletHyundai/Kiamarket transformation
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- 20. supply vs demandwhatis the strategy for the next industrial revolution?
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- 23. hybridplug-in hybridextended rangeplug-in electricplug-in electricextended range plug-in electrictechnology transitions
- 24. The propulsion systemon the 2011 Chevrolet Volt, extended-range capability, is among the winners of the automotive industry's "10 Best Engines" for 2011 in North America as determined by Ward's AutoWorld magazine.
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- 27. 0 to 60MPH in 5.9 seconds.top speed limited to 155 MPH.Johan de Nysschen, Audi of America President commits to E-Tron production. available in the United States starting 2012.Audi E-Tron
- 28. BMW VisionDebuted 2009Frankfurt Auto ShowBMW has given the go ahead to begin production in 2013.0-60 mph - 4.8 seconds
- 29. Tesla partners withPanasonicmodel s -2011
- 30. "Our goal isto make eco-friendly cars without compromise either in performance or design," HenrikFisker, founder and lead designer,Fisker Automotive Fisker Karma
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- 32. “the chairman ofPorsche noted at the unveiling event [2010 Geneva Autoshow] that the company has never made a concept car that it didn't bring to production”Porsche 918 SpyderPlug-in Hybrid0-60mph: 3.2 sec.
- 33. FranceJapanGermanyIt’s a globalcommitment..EnglandItalyCanadaChinaIndiaS.Korea
- 34. green energy andeconomy actmay 2009: “to make Ontario a global leader in clean, renewable energy and conservation, creating thousands of jobs, economic prosperity, energy security and climate protection.”market overview
- 35. 2003grid capacity issues,importing energy, coal reliance population: 12.2 million2010grid transition, intro conservation, coal phase out population: 13.2 million2030smart grid implementation, clean energy leader. population: 16.7 millionmarket overview
- 36. 30,000mwnet importer fromUSA42%25%24%8%1%0%nuclearhydrogascoalwind / solarbioenergyenergy generation -2003
- 37. 37,000 mwenergy conservation 4%52%18%15%2%1%8%nucleargascoalwind / solarhydrobioenergyenergy generation -2010
- 38. 48,000 mwenergy conservation14%46%20%2%12%0%7%hydrogascoalwind / solarbioenergynuclearenergy generation -2030
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- 40. hydro$4.6bconservation$12bbiomass$4bwind$14btransmission$9bsolar $9bnuclear$33bgas $1.8b$87.4billioncapital costs of long term energy plan -2030
- 41. smart grid transmission& distribution
- 42. 1 out of20 electric vehicles on the road by 2020 utilities leading the way Toronto Hydro
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- 49. and more.. (77 utilities in Ontario!)ontarioev targets
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- 51. charging aheadintroducing theGE wattStation™level 2 -public240v
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- 53. delivers power toan electric vehicle’s battery within its proximity. electromagnetic induction charge
- 54. product developers arenow able to charge 80% of a battery in about 15 minutes.-and projects are now under development that are striving to charge 50% of a battery in 3 minutes.level 3“fast charging”
- 55. projects & leadershipinitiatives
- 56. 100% ofresidential and commercial parking spaces as “EV-ready”.
- 57. level 2EV charging stations for 2% of residential parking spaces.
- 58. provide aplan for upgrading power infrastructure to accommodate future demand.waterfront toronto –MGBR
- 59. first city topass EV charging station building code City’s councillors voted unanimously to approve a requirement for all new multi-family condominium projects to have 20% of parking stalls wired for electric vehicle charging.vancouver
- 60. Privatearchitects / engineersbuilders/ property developersmanufacturerswholesale / retailPublicMunicipalProvincial / FederalGov’t AgenciesUtilities
- 61. integrated energysystems
- 62. buildings &infrastructure
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- 65. consumer interestscollaborationacross sectors
- 66. Enerquality –Plug-in ReadyHomeOntario Plug-in Ready House
- 69. Andrew BowerbankChair, EC3InitiativeSpecial Advisor, Magna ClosuresBoard Member, EcoSmart FoundationBuildings and Plug-In Electric Vehicle Infrastructure:A webinar presentation for Sustainable Buildings Canada
Editor's Notes
- #2 Introduction Ontario overview Ontario energy market collaboration projects
- #16 Henry Ford:Any customer can have a car painted any colour that he wants so long as it is blackHe wanted to make the car affordable to the masses and by 1918, half of all cars in America were Model T's. Ford invented the moving assembly line.15,007,034 total production of Model T Fords a record held for 45 years.
- #30 Streamline the process for generators to receive permits and approvals – particularly environmental and municipal-level.We are moving toward a modern, smart electricity system that will help consumers have greater control over their energy usage.Moving Ontario from dirty coal dependency to a clean, modern and reliable energy economy that creates jobs. Energy is one of the engines of our economy and employs more than 95,000 Ontarians.As Ontario’s energy infrastructure ages, we will need to rebuild or create another 15,000 MW of generating capacity over the next 20 years. We need to have a balanced low-carbon supply mix to meet energy needs cleanly and reliably — Ontario will be ready for when North America moves to greenhouse gas regulation. “The Ontario Green Energy Act is the most progressive renewable energy policy in North America in three decades”.Paul Gipe, renewable energy authority, Bakersfield, California
- #31 By 2030, Ontario’s population is expected to rise about 28 per cent — a gain of almost 3.7 million people. Ontario’s population will become more urbanized with population growth taking place in primarily urban areas. The Greater Toronto Area (GTA) population will increase by almost 38 per cent over the same period.
- #32 Generation, or the amount of electricity Ontario produces, is measured in terawatt hours (TWh or billion kWh). The capacity of the system, or what it is able to generate, is measured in megawatts (MW). Note: The capacity of the system is necessarily larger than what is actually generated.
- #37 A smart grid refers to a two-way system that monitors and automatically optimizes the operation of the interconnected elements of the power system.The goal of a smart grid is to use advanced information-based technologies to increase grid efficiency, reliability and flexibility. It enables better use of the existing delivery infrastructure and offers benefits for both the consumer and the environment.Principles:Improved System Reliability Increased Customer Participation (An Empowered Consumer Base)Environmental Benefits Smart homes = electric vehicles = interactive gridWith the phase‐out of coal generation in the province, plug‐in hybrid electricvehicles provide a unique opportunity for Ontario to reduce greenhouse gasemissions through fuel switching.PowerStream:$15million commitment over 5 yearsSmart Meters in Ontario:The IESO is responsible for managing the province-wide data repository that collects and manages smart meter consumption data used to create time-of-use bills.
- #52 Introduction Ontario overview Ontario energy market collaboration projects