Business Models and Best Practices for Energy Efficiency ......c) Consumes capital and debt capacity...
Transcript of Business Models and Best Practices for Energy Efficiency ......c) Consumes capital and debt capacity...
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Business Models and Best Practices for
Energy Efficiency Investments
Joyce M. Ferris – Blue Hill Partners LLC
Sean O’Neill – Transcend Equity Development
Zach Axelrod – Skyline Innovations
Jim Thoma - Green Campus Partners
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It’s not about the money
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Blue Hill Partners
Experienced investors in energy
efficiency and sustainability technology
and service businesses
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Through our portfolio companies we have
extensive experience with large
property owners
Office
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Higher Education Government
http://upload.wikimedia.org/wikipedia/commons/3/3c/Yale_Art_and_Architecture_Building,_October_20,_2008.jpg
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Owner’s dilemma
College or
University
Technologies
Services
Capital Students
and faculty
?????
ResourcesCampus
community
Buildings and
infrastructure
Sustainability
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The solution
College or
University
Technologies
Services
Capital
Buildings and
infrastructure
Sustainability
Students
and faculty
Campus
Energy
Efficiency
Initiative
ResourcesCampus
community
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Barriers to deploying energy efficiency
and sustainability
• Lack of businesses with integrated
solutions approach
• Lack of innovative capital for enabling
businesses with integrated solutions
approach
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Property owners want solutions not
products
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VS
VS
Power Purchase Agreement
allowed the solar industry to
sell electricity not solar
panels
Charging by the minute
allowed telecom industry to
sell communication, not cell
phones
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Lack of efficiency in
driving efficiency
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Funding new business
models for driving energy
efficiency and
sustainability
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Key attributes of new business model
Funded solutions
No adverse balance sheet impact
Transparent process
Risk allocation
Customized and innovative approach
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Cracking the Energy Efficiency Code for Privately Owned Real Estate
June 1, 2011
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Buildings are the major drivers of energy use, the
largest driver in urban areas.
CO2 Emissions by Sector, New York City 2005
77%
3%
20%
Buildings
Transit
On-Road Vehicles
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0
2,000
4,000
6,000
8,000
10,000
12,000
14,000
16,000
1919 or Before
1920 to 1945
1946 to 1959
1960 to 1969
1970 to 1979
1980 to 1989
1990 to 1999
2000 to 2003
Sq
uare
feet
(Millio
ns)
US Commercial Buildings by Year of Construction
Most buildings in the U.S. are old.
72%
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Privately owned large buildings represent a
~$100 B market for energy efficiency.
ASSET CLASSBldgs(MM sf)
Retro-
fitted to
date
$/sf to
retrofit
Market
size($ MM)
Office Bldgs > 50,000 sf 5,612 15% $6 $28,621
Enclosed Malls 1,681 15% $7 $10,001
Educational Buildings 3,207 15% $8 $21,808
Healthcare 2,468 15% $8 $16,782
Multifamily > 50 units 4,688 15% $3.5 $13,947
TOTAL $91,159
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Energy systems in most of them are often original
for three key reasons.
Leases make the landlord
responsible for capital.
Tenants get operating
savings from retrofits.
$1 Operating Savings ≠ $1 NOI
5-year Simple Payback ≈ 10-year Landlord Payback
Prohibition of Transfer or Encumbrance.
The sale, transfer, disposition or
encumbrance, whether by operation of law or
otherwise, of all or any part of the Mortgaged
Property without the written consent of
Beneficiary shall constitute a default
hereunder.
Debt Carrying Capacity
Capital Needs
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Common thread underlies these three barriers -
obligations on the balance sheet.
Commercial &
Residential
•Violation of mortgage
•Encumbrance to sale
Universities & Hospitals
•Negative impact on credit rating
•Reduced access to capital
Multi-tenant Commercial
•Financing ≈ lease
• Lease = capital, not operating
•Split incentive
On
Balance
Sheet
Debt
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Conventional approaches cannot solve these
problems.
Lease purchase finance is on balance sheet debt
Savings “guarantee” is not a credit enhancement
Very expensive deployment model
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MESA addresses all three barriers by selling
energy efficiency as a service.
Privately
Owned Building
Pay utility bills
Approve/reject
proposed modifications Propose building
modifications
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Contract
Duration
How MESA Works
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Utility
Charges
Savings
Potential
How MESA Works
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Utility
Charges
Savings
Potential
How MESA Works
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Utility
Charges
Savings
Potential
How MESA Works
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Project
Funding
How MESA Works
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Why does MESA work?
Asset
Income
OperatingExpenses
NOI
(inclusive of energy costs)
MESA
NO SPLIT INCENTIVE - MESA a GAAP auditable operating expense
NO LEVERAGE BARRIER – no debt or liens to violate mortgage
BALANCE SHEET NEUTRAL – no impact on host balance sheet
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MESA is a proven transaction vehicle and carbon
reducer.
Savings Performance
Average 30% savings across ~40 retrofits
Baseline is the MESA bill. IPMVP Option C is the billing process.
Transcend installs real-time Active Energy Management at its expense
Accounting Validation
▪ Off balance sheet to host property
▪ GAAP valid operating cost, not capital
Pressure tested through multiple transactions, 30+ buildings
Validated by internal opinions for publicly held companies
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What does MESA accomplish for a landlord?
Expense neutral retrofit
• Tenant pass-throughs unchanged
• Cost recovery language – not used
Increased Yield
• Replaces landlord capital expenditure
• Very economically attractive
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Characteristics of a MESA candidate building.
Energy usage
> $2.50/gross sf net of
submeters
> 75 kBTU/gross sf
Energy Systems
Heating and/or cooling
centralized, not floor-by
floor
HVAC expense
allocated pro rata, not direct
metered
Leases (if any)
Large proportion of
modified gross or net
leases
Turnover does not exceed
40% in a given year
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In Chicago, PACE funds have been repurposed
to back MESA.
4/21/2010 DOE awards $25 MM in ARRA funds for PACE to CMAP
1/28/2011 CMAP issues RFP for commercial and industrial retrofits
4/20/2011 Awards $9 MM to Transcend for loan loss reserve to support C&I Program
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Providing Efficiency as a Service to the
Small to Medium Commercial Market
Zach Axelrod, CEO
June 1, 2011
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About Skyline
Founded in November 2009 with a customer-centric focus:
Customers need cold air, hot water, light – not electrons or BTUs.
Skyline provides these services on a per-consumption basis
in an easy, turnkey, guaranteed savings format
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Skyline focuses on energy saving needs and
challenges of mid-sized businesses
SOLUTION
IMPLEMENTATION
PROBLEM
IDENTIFICATION
LONG-TERM
MANAGEMENT
• Energy critical, not
core to business
• No dedicated energy
specialist
• Incremental effort for
non-behavioral
solutions
• Capital access and
spending priorities
• Assume performance
and payback risk
• Ongoing maintenance
expenses
• Energy savings as a
service
• Cool air, hot water,
lights on at lower
marginal rate
• Outsource complexity
with turnkey solution
• Zero capital outlay
• Guaranteed savings
model
• Maintenance and
monitoring included
BA
RR
IER
SK
YLIN
E
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Mid-commercial market characteristics
DECISION-MAKING SPEED
RESIDENTIALSMALL-MID
COMMERCIAL
MUNICIPAL +
UTILITY
VALUE TO OUTSOURCED
TECHNOLOGY SELECTION
PROJECTS OF
FINANCEABLE SIZE
ATTRACTIVE PROJECT
ECONOMICS
✔✔
✔✔
✖
✖
✔✔✖
✔✔✖
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Deploying savings to mid-sized businesses
LARGE C&ISMALL-MED
COMMERCIAL
TRANSACTION COSTS
PROJECT VOLUME
AUTOMATED FINANCING
HIGH LOW
PROJECT CUSTOMIZATION LOW HIGH
PROFITABILITY
DRIVERS
LOW HIGH
HIGH LOW
COMPETITIVE FRAMEWORK DO NOTHING MULTIPLE PROVIDERS
TARGETED PROJECT SIZE $50,000 - $500,000 OVER $1,000,000
DESIRED SOLUTION TARGETED MEASURES COMPREHENSIVE
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Delivering efficiency -- efficiently
FOCUS
EXECUTE
OPTIMIZE
SCALE
Focused providing highly
monitored solutions targeted
to specific industry verticals
and short sales cycles
Highly replicable project
development with finance
and operations automation
to enable rapid scaling
Extensive system
monitoring and data
analytics for continuous
optimization of project
performance
Enterprise-class operations
management to minimize
transaction costs and
execute projects profitably
Drive continuous improvement in deploying efficiency to preserve margins
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Further long term opportunity from profitably
delivering meaningful savings today
• Up-sell potential: evolving from individual to bundled solutions
• Less competition: bidding against the status quo (begrudgingly do it
yourself)
• Long term contracts: entrenched as energy advisor with ongoing contact
The value of packaged, financed efficiency solutions for the mid-sized
commercial segment extends far beyond implied cost-of-capital
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Development, Investment and Financing of
Energy Efficiency and Distributed Generation Projects
June 1, 2011
Green Campus Partners, LLC ▪ Raritan Plaza I ▪ 110 Fieldcrest Avenue ▪ Edison, NJ 08837 ▪ (732) 917-2300
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About GCP
38GCP Confidential
GCP is a highly specialized energy project development and investment firm
focused on EE and DE projects serving institutional clients with energy
intensive facilities.
GCP principals have closed more than $5 billion of energy projects utilizing
equity, tax advantaged equity, structured project financing and private and
public debt (taxable, tax-exempt and tax credit bonds).
GCP has structured and funded more than $300 million of energy projects
since the firm’s founding in April 2009.
GCP’s principals have deep experience providing financing solutions to
healthcare and higher education clients.
GCP is a portfolio company of Hudson Clean Energy Partners, a $1.5 billion
private equity fund headquartered in Teaneck, NJ.
GCP is a member of NAESCO, ACORE and the US EPA CHP Partnership
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GCP Business Model
39GCP Confidential
Project Types
• Energy Efficiency
• Renewable Energy (Distributed Solar Wind, Biomass, Bio-Gas, LFGTE and Small Hydro)
• Distributed Energy (CUPs, Combined Heat & Power and District Energy Plants)
• Facility Infrastructure
Client Segments
• Healthcare & Higher Education
• Federal, State & Local Governments
• Public Education
• Investment Grade Corporations
• Municipal Utilities
Capital Raising
• Strategic & Project Consulting
• Financial Advisory & Structuring
• Financing Arrangement & Private Placement
• Capital Markets Solutions
GCP Investment & Project Finance (Asset Ownership)
• Energy Savings Agreements (Energy Efficiency)
• Power Purchase Agreements (Renewables)
• Utility Service Agreements (CUP & CHP)
Energy ProjectCo-Development &
Investment
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Co-Development Business Model
40GCP Confidential
• Financial development & modeling
• Transaction structuring &
documentation
• Contractor management
• Project ownership & management
• Project capitalization
• Tax credit & incentive monetization
• Project administration
• Regulatory & legal compliance
• Project development, engineering
and design
• Equipment & technology planning &
procurement
• EPC contracting and construction
management
• Sub-contractor and vendor bidding,
selection and management
• O&M with performance guarantees
Co-
Development
Team
Design
Architect
Engineer
Legal
Tax/Acctg
Regulatory
Contractor(s)
End-Use Client(s)
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Strategic Options
41GCP Confidential
Building owners typically have two strategic options
for financing energy projects:
1. Direct Investment “Ownership Model”
a) Cash purchase or debt financing
b) Typically provides lowest cost of ownership
c) Consumes capital and debt capacity
2. Third Party Investment “Service Model”
1. Outcomes procured via services agreement
2. Maximize value of tax and production incentives
3. Operating expense - ideally off balance sheet and off-credit
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Ownership Model Funding Options
42GCP Confidential
Capital Allocation and Cash Purchase
Tax-exempt Debt
GO or Revenue Bonds
Private Activity Bonds
Municipal Lease
Tax-exempt Lease or Installment Purchase Agreement
Taxable Debt
Construction/Permanent Loan
Equipment Lease
Tax Credit Bonds
CREBs, QSCBs and QECBs
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Service Model Overview
43GCP Confidential
Customer enters into a Services Agreement (ESA, PPA or USA) with GCP
ProjectCo
ProjectCo enters into a Site Lease with Customer to ensure unrestricted access to,
and control over the Project
Customer has no Project ownership control or fixed purchase option
ProjectCo has all rights, risks and responsibilities of Project ownership
ProjectCo contracts with a contractor to engineer, procure and construct the
Project
GCP capitalizes ProjectCo to fund its acquisition of the Project
The Customer makes volumetric, unit priced payments to ProjectCo for all services
delivered but otherwise has no fixed payment obligations
The transaction typically has an accretive effect on Customer’s income statement
without requiring capital investment
Customer has no minimum payment obligation, capacity charge or “take or pay”
arrangement but must take services on a “first-use” basis
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Service Agreement Characteristics
44GCP Confidential
Site Control – Customer conveys site control to ProjectCo via site lease.
Right to Use – Customer has no right to use or control of the plant.
Ownership – ProjectCo has full ownership including equity at risk, control
over the operation of the plant, potential for economic losses and gains, etc.
Executory Services Contract - the parties have ongoing and relatively
equal obligations to perform throughout the term of Service Agreement.
Unit Pricing – host Customer and any additional off-takers pay unit prices
for services received from the Project.
Contingent Payment Obligations – Customer has no “take-or-pay”, fixed
capital cost recovery or other minimum payment obligations.
Measurable Outputs – ProjectCo produces and sells measurable services
(energy savings, electricity or thermal energy) to Customer(s).
Fulfillment of Obligations - ProjectCo can fulfill its obligations, at its cost,
via alternate sources of services to the Project itself.
Transfer of Project Title – Service Agreement has no fixed-price purchase
option or provisions for automatic transfer of title to the Customer.
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Basic Service Agreement Structure
45GCP Confidential
Project Company
EPC Contractor
Client Investor(s)GCP as
Developer & Sponsor
Advise &
ManageDevelopment
Agreement
Utility or Savings
Payments
Invest
Site Lease Payments
Utility or Energy Services
AgreementSite Lease
O&M Contractor
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Contact Information
Joyce Ferris - Blue Hill Partners LLC
Sean Neil – Transcend Equity Development
Zach Axelrod – Skyline Innovations
Jim Thoma – Green Campus Partners
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mailto:[email protected]:[email protected]:[email protected]