1. vision: To increase Manitoba’s renewable energy use to 50% (from the present 30%) by 2030 without increasing global GHGs. www.50by30.org

2. no single sector can do this alone spend more of our money here reduce our greenhouse gases grow our green industries Why 50 by ‘30?

3. spend more of our money here reduce our greenhouse gases grow our green industries Why 50 by ‘30? we can lead Canada

4. How 50 by 30? Where will we get the money? WE’RE ALREADY SPENDING THE MONEY $1b - natural gas $4b - gasoline & diesel IN MANITOBA, RENEWABLE ENERGY IS LOCAL ENERGY electricity electric heat industrial natural gas gasoline & diesel

5. 19902008 To date 229 PJ 270 PJ PJ: petajoule energy use

6. 19902008 229 PJ 270 PJ To date fossil fuels renewables energy sources

7. 19902008 coal oil natural gas hydro 229 PJ 270 PJ To date wind biomass solar geothermal energy sources

8. To date energy sources

9. To date energy sources source: http://oee.nrcan.gc.ca/corporate/statistics/neud/dpa/data _e/databases.cfm

10. To date energy sources link: https://docs.google.com/spreadsheet/pub?key=0AgKYB9UmpEe3dFRZ MW1WVllBZmJSSTE1LXNHMjR2MXc&single=true&gid=13&output=ht ml

11. To date energy sources

12. To date Ground-Source Heat Pumps

13. To date energy uses

14. 19902008 11.6 MtCO 2 e To date 10.6 MtCO 2 e MtCO 2 e: Megatonnes of CO 2 equivalent greenhouse gas emissions

15. 19902008 11.6 MtCO 2 e If current trends continue 10.6 MtCO 2 e MtCO 2 e: Megatonnes of CO 2 equivalent 2030 ~13 MtCO 2 e greenhouse gas emissions

16. If current trends continue energy uses

17. 19902008 229 PJ 270 PJ ~333 PJ 2030 If current trends continue energy

18. ~333 PJ 203019902008 229 PJ 270 PJ If current trends continue fossil fuels renewables energy sources

19. ~333 PJ 203019902008 coal oil natural gas hydro 229 PJ 270 PJ If current trends continue wind biomass solar geothermal energy sources

20. 199020302008 229 PJ 270 PJ ~333 PJ coal oil natural gas hydro If current trends continue wind biomass solar geothermal energy sources

21. If current trends continue energy sources

22. ~333 PJ 203019902008 coal oil natural gas hydro 229 PJ 270 PJ If current trends continue 60% fossil fuels 35% renewables energy sources

23. 199020302008 229 PJ 270 PJ ~312 PJ ~333 PJ 50% fossil fuels 50% renewables A Green Plan energy sources

24. 199020302008 229 PJ 270 PJ A Green Plan 50% fossil fuels 50% renewables ~312 PJ energy sources

25. 199020302008 229 PJ 270 PJ coal oil natural gas hydro A Green Plan wind biomass solar geothermal hydro wind biomass solar geothermal natural gas refined oil products (gas & diesel) coal, propane & derivatives energy sources ~312 PJ

26. A Green Plan energy sources

27. A Green Plan energy uses

28. 19902008 11.6 MtCO 2 e If current trends continue 10.6 MtCO 2 e MtCO 2 e: Megatonnes of CO 2 equivalent 2030 ~13 MtCO 2 e greenhouse gas emissions

29. 19902008 11.6 MtCO 2 e A Green Plan 10.6 MtCO 2 e 2030 ~13 MtCO 2 e ~ 9 MtCO 2 e greenhouse gas emissions MtCO 2 e: Megatonnes of CO 2 equivalent

30. A Green Plan estimate of new capacity needed

31. A Green Plan Where will we get the money? WE’RE ALREADY SPENDING THE MONEY $1b - natural gas $4b - gasoline & diesel IN MANITOBA, RENEWABLE ENERGY IS LOCAL ENERGY electricity electric heat industrial natural gas gasoline & diesel

32. A Green Plan So what do we do? examples Vermont http://www.vtenergyplan.vermont.gov/ North Dakota http://www.communityservices.nd.gov/energy/empower-north-dakota- commission-information/ Germany http://www.bmu.de/english/current_press_releases/pm/48295.php

33. A Green Plan So what do we do? Every plan has three areas of types of action 1.Reduce demand 2.Increase efficiency 3.Increase renewables

34. A Green Plan So what do we do? Every plan has three areas of areas of focus a.Heating & Cooling b.Transportation c.Electricity

35. A Green Plan So what do we do? Each participant needs a plan Reduce demand Increase efficiency Increase Renewables Heating& Cooling Transportation Electricity

36. www.50by30.org Discussion

37. A Green Plan So what do we do? Every plan has three elements Reduce demand Increase efficiency Increase Renewables Heating & Cooling Transportation Electricity

38. Additional Slides

39. Who/What is 50 by ‘30? A project of the Manitoba Environmental Industries Association Directed by a Steering Committee consisting of leaders from: o MEIA o University of Manitoba o GeoXergy o Southern Comfort Mechanical o Solar Solutions o Golder Associates o DLF Consulting o International Institute for Sustainable Development o Climate Change Connection o Providence University College o Green Action Centre o Assiniboine Community College Members from industry, civic organizations, universities, businesses, and environmental NGOs

40. Feed-in-tariffs Payment for renewable energy from third-party producers (P. Gipe, wind-works.org) Advantages Promotes Rapid development of distributed and renewable energy Equality of opportunity in remote communities Disadvantages (?) Prices paid should be based on cost of production rather than market rate for electricity. Achieving provincial renewable energy targets

41. Existing models Ontario Established under the Green Energy and Green Economy Act in 2009 Germany Established in 1990 51% of renewables owned by German citizens Achieving provincial renewable energy targets

42. Providence College Biomass heating system Willow Ridge distributed geothermal heating system Carpathia School Solar wall Car-share program Manitoba examples

43. 2007 Currently about 30% of our energy is from renewable sources

44. 2007 Currently we spend about $5.8 Billion per year on energy $3.6B on gasoline & diesel $0.8B on natural gas heat

45. educe fuel consumption from personal transport by at least the amount of increase due to goods transport at CenterPort"