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Electricity Transportation Heatin g Allocation of 6.2 GtC/yr Electricity: 40% Fuels used directly: 60% 60% of Global Carbon Reduction Needed in 5-10 yrs to Stop Dangerous & Irreversible Climate Change Fossil fuel use in 2000 (IEA) Allocation of 6.2 GtC/yr Higher ratings for green buildings & power, sustainable products, clean vehicles & mass transit, will reduce more than the needed 3.7GtC/yr in 5-10 yrs.

Electricity Transportation Heating Allocation of 6.2 GtC/yr Electricity: 40% Fuels used directly: 60% 60% of Global Carbon Reduction Needed in 5-10 yrs

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Page 1: Electricity Transportation Heating Allocation of 6.2 GtC/yr Electricity: 40% Fuels used directly: 60% 60% of Global Carbon Reduction Needed in 5-10 yrs

ElectricityTransportation

Heating

Allocation of 6.2 GtC/yr

Electricity: 40%Fuels used directly: 60%

60% of Global Carbon Reduction Needed in 5-10 yrs to Stop Dangerous & Irreversible Climate Change

Fossil fuel use in 2000 (IEA)Allocation of 6.2 GtC/yr

Higher ratings for green buildings & power, sustainable products, clean vehicles & mass transit, will reduce more than the needed 3.7GtC/yr in 5-10 yrs.

Page 2: Electricity Transportation Heating Allocation of 6.2 GtC/yr Electricity: 40% Fuels used directly: 60% 60% of Global Carbon Reduction Needed in 5-10 yrs

60% of Global Carbon Reduction Needed in 5-10 yrs to Stop Dangerous & Irreversible Climate Change

& Global Economic Collapse

Higher ratings by Wall Street will result in:

• 100M green/carbon neutral buildings• 170M clean vehicles • 1600 green power plants• 100M certified sustainable products• 44% increase in passenger trains & mass transit

Reducing more than the needed 3.7GtC/yr in 5-10 yrs.

Page 3: Electricity Transportation Heating Allocation of 6.2 GtC/yr Electricity: 40% Fuels used directly: 60% 60% of Global Carbon Reduction Needed in 5-10 yrs

0%

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100%

Phase I Property Condition LEED Green Power

Successful Precedent

Phase 1 & Property Condition Assessment (PCA)Resulted in 95% US Market Penetration in 3-5 Yrs.

Phase 1 was rated higher & PCA was mandated

by Rating Agenciesfor all mortgage backed

securities (MBS)

Phase 1Growth

PCAGrowth

LEED Green Building Growth

Higher Green Building Rating authorized by investment bank & rating agency on 10/13: final

opinion expected in 12/06

Page 4: Electricity Transportation Heating Allocation of 6.2 GtC/yr Electricity: 40% Fuels used directly: 60% 60% of Global Carbon Reduction Needed in 5-10 yrs

Benefits of Higher Ratings for Green Buildings & Power, Sustainable Products,

Clean Vehicles & Mass Transit• Stop substantial & devastating global damages & runaway irreversible climate change

• Protect/enhance human health, environment & social equity

• Ensure stability & prosperity of global capital markets & economy

• Ensure viability of private insurance

• Offset annually rising energy costs for foreseeable future providing energy security

• Implement much needed efficiencies in technology

Page 5: Electricity Transportation Heating Allocation of 6.2 GtC/yr Electricity: 40% Fuels used directly: 60% 60% of Global Carbon Reduction Needed in 5-10 yrs

Green MBS Added ValueBuildings owners/developers achieve lower

costs, higher asset value, more productive work environments & possibly a lower cost of capital via mortgage rate.

Investment bankers achieve value through profit & differentiation surrounding structure & distribution of Green MBS pool.

Ratings agencies reduce risks of Green MBS pool & receive commission.

Investors purchase Green MBS backed by assets that are worth more, viewed as less risky, & more closely aligned with investor goals of purchasing sustainable assets.

Page 6: Electricity Transportation Heating Allocation of 6.2 GtC/yr Electricity: 40% Fuels used directly: 60% 60% of Global Carbon Reduction Needed in 5-10 yrs

Economic Benefits ProjectedProjected 70% US Commercial Green 70% US Commercial Green

Building Market PenetrationBuilding Market Penetration**

Energy Savings & Daylighting:              Energy Savings & Daylighting:              $36 $36 Billion/yrBillion/yrConstruction Waste Reduction:           Construction Waste Reduction:           $6.7 B/yr $6.7 B/yr Water Pollution Savings from Water Conservation:    $20 B/yrWater Pollution Savings from Water Conservation:    $20 B/yrEnergy Savings from appliances & Lighting:               $24 B/yrEnergy Savings from appliances & Lighting:               $24 B/yrAdded Value from Increased Occupant Productivity, Added Value from Increased Occupant Productivity,

IAQ & Reduced Absenteeism (5%):               $632 B/yrIAQ & Reduced Absenteeism (5%):               $632 B/yr

Health Care Savings Health Care Savings $75 B/yr $75 B/yr

Emission Reductions’ Market Value:Emission Reductions’ Market Value: $ 1.1 B/yr$ 1.1 B/yr

Total                                     Total                                      $795 Billion/yr value $795 Billion/yr value addedadded

Green Retail Buildings Will Also Accrue Increased Retail SalesGreen Retail Buildings Will Also Accrue Increased Retail Sales   

* Leonardo Academy & MTS Projections 2003 & Surgeon General 2006* Leonardo Academy & MTS Projections 2003 & Surgeon General 2006

Page 7: Electricity Transportation Heating Allocation of 6.2 GtC/yr Electricity: 40% Fuels used directly: 60% 60% of Global Carbon Reduction Needed in 5-10 yrs

Green Building Industry Value Rating System©

Real estate value is a combination of cash flow, timing and risk. Green buildings positively affect all three of these metrics.

The Greatest Qualitative & Quantitative Value Exists for:

1. Mold protection (VERY HIGH: 26, adjusted total score)

2. Reduced energy use and exposure to future energy pricing volatility (VERY HIGH: 25)

  3. Reduced climate risk (VERY HIGH: 24)

  4. Commissioning/Operational risk (HIGH: 17)

  5. Improved indoor air quality and health (HIGH: 17)

6. Lower operating costs and default risk (HIGH: 17)

7. Improved tenant productivity, comfort & a corresponding increase in rents (MEDIUM: 11)

Basis of higher rating & template for more higher rated sustainable technologies

Page 8: Electricity Transportation Heating Allocation of 6.2 GtC/yr Electricity: 40% Fuels used directly: 60% 60% of Global Carbon Reduction Needed in 5-10 yrs

Value Rating System

Greatest Green Building Risk Reduction (in order):

1. Decreased dollar risks over time

  2. Reduced large dollar risks

  3.   Increased collateral value / reduced obsolescence risk

  4.   Reduced default risk from no or diminished insurance coverage

  5.   Reduced liability risk

Page 9: Electricity Transportation Heating Allocation of 6.2 GtC/yr Electricity: 40% Fuels used directly: 60% 60% of Global Carbon Reduction Needed in 5-10 yrs

Energy Emergency Standard

2030 Imperative

CERTIFIED CARBON NEUTRAL

Based on Higher Rated Green MBS, MTS Will Ask for Higher Rated Zero Energy Buildings

Upon Pilot Completion in 2007