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INNOVATIVE FINANCIAL INSTRUMENTS TO SUPPORT ENERGY EFFICIENCY:

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Presentation on theme: "INNOVATIVE FINANCIAL INSTRUMENTS TO SUPPORT ENERGY EFFICIENCY:"— Presentation transcript:

1 INNOVATIVE FINANCIAL INSTRUMENTS TO SUPPORT ENERGY EFFICIENCY:
LED STREETLIGHT PROJECTS LIMA, PERU NOVEMBER 15, 2016 Kerry Wilson, MBA Managing Director, Business Solutions

2 TOPICS Government & Private sector roles EXAMPLE OF SUCCESSFUL MODEL
RealTerm Energy EXPERIENCE PUBLIC PRIVATE PARTNERSHIPS IN LED Conversion ESCO FINANCING ALTERNATIVE

3 EXPERIENCE WITH LED TURNKEY CONVERSION PROJECTS
165 LED Conversion Projects in 3 Canadian provinces and 6 US states 190,000+ fixtures to date Projects from 14 to >12,000 fixtures 71,722 fixtures installed in 2015, including 31,000 in Q4 2015 40 full and part-time LED streetlight professionals Pioneered 10 Year Energy Performance Contracts in 15 Cities in Ontario, Canada

4 BENEFITS: SUSTAINABLE LIGHTING SOLUTION
Increased Light Quality/Quantity Reduced Energy Consumption Economical Solution for all Parties Reduced GHG Emissions Reduced GHG emissions Simple and affordable way to go ‘green’ Mercury and lead-free GHG reductions Targets Contributes to internal, Federal or National GHG reduction targets Reduced light pollution (minimal light trespass) Dark sky friendly Low-Carbon positioning positive PR, gives utility a competitive advantage; more and more utilities initiating/developing sustainability initiatives/programs

5 TURNKEY PUBLIC PRIVATE PARTNERSHIP MODEL
Define Project Scope ( >$25MM US) Procure Product & Operating Partners Establish Baseline Savings Potential Evaluate Project & Operational Risk Project Cash Flow Distributions Creation of SPV to Operate Assets Finance with or without Securitization Project Implementation

6 ASSESSING PROJECT RISK
Implementation of an LED Streetlight conversion Project scope, grid hardening, operating costs defined Long term Measurement & Verification Repurchase of lights, Establish Baseline to identify savings Documentation, Financing, Transfer of Operating and Maintenance costs / risk

7 STEPS TO MAXIMIZE SAVINGS AND MINIMIZE RISK
GIS Data Collection Photometric Design Investment Grade Audit Installation & Project Management Identify Billing Changes Contract & Operations

8 GOVERNMENT PROGRAMS & INCENTIVES
Electric Utility Buyback Legislation & Assistance State-level, low interest capital pool for infrastructure programs Incentives for upgrades, smart city controls that optimizing design M&V Standards for Billing & Reporting Municipal Customer

9 ELEMENTS OF A WORKING ESCO MODEL
Define pool of Savings, Project Failure Rates & Maintenance Costs, Warranty Coverage Hell or High Water, securitizable income stream regardless of energy rate fluctuations Minimal Term to amortize project costs, warranty exposure Establish split of energy/maintenance savings 3rd Party Insurance to protect owner for non-performance

10 SELF FUNDED PROJECT vs. PRIVATE ESCO FINANCING
No. of LEDs: 43,000 Project Cost $21.6 MM kWh Savings: 66% E. Cost Savings: % Maint. Savings: 80% Savings Pool: $4.75MM Per Annum Approx. $7.45M Annual Streetlight Expenditure (Energy/Maintenance) 2.0% Interest 5 Year Term 3.5 Year Payback 9% IRR to ESCO 65% - 35% Split 10 Year Term w/ Maint.

11 THANK YOU


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