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Financing Climate Change Mitigation in the Building Sector Hans Shrader and Autif Sayyed
UNEP-SBCI Fall Symposium on Sustainable Buildings 9 October 2012
• What does IFC mean by „Green Buildings‟?
• Why are greener buildings important?
• IFC‟s engagement in Green Buildings
•Mapping Opportunities
•Sustainable Energy Finance
•Green Mortgage
•Green Building Code
Green Buildings
Opportunities
IFC Experience
2
Agenda
3
The practice of
• increasing the efficiency with which buildings use
resources such as energy, water and materials while
also
• reducing the building’s impact on human health and
the environment and
• not causing undue financial burden on any
stakeholder
Definition of Green Buildings
Why are Green Buildings Important?
Buildings cause 40% of global
GHG emissions
Climate change
70% of the world will live in cities by
2050 causing increased demand
for buildings
Extreme weather events-
droughts, floods
Threats to food security
and livelihoods-
harmful effects on
agriculture, fishery and
forestry
Buildings provide the low hanging fruits for abatement Buildings offer us the single largest global opportunity to make deep emission cuts at low, no, and even negative cost.
Developing countries represent the greatest opportunity for reductions, underscoring the need for an international effort to
rapidly enhance sustainable building practices in such countries and to capitalize on this emission reduction potential.
Carbon “Abatement Curve”
Source: McKinsey Analysis
Options are cost
effective with
relatively quick
paybacks
Options not
currently cost
effective: role for
advisory,
regulation,
concessional
finance
All relevant for
“Green Buildings”
Abatement Gt CO2e/year
Cost of Abatement €/t CO2e, 2030
5
6
Local Benefits of Green Buildings
Reduced monthly utility costs
Initial investment payback period
can be well before the loan
matures
Lower maintenance costs due to
more sustainable materials
Often better indoor air quality
Can have lower costs/financing
due to government subsidies
The building has a reduced
carbon footprint and often a
higher value
Buildings are part of a big
problem,
…but they can be a big
part of the solution!
7
8
Barriers to Transformation
Market
Split incentives
Transaction Costs
Dispersed Market Involving Many Sectors
Price Distortions in Energy Market
Financial
Up-front Cost, Constrained Budgets
Perception of Investment Risk
Low Financial Institution Awareness
Lack of External Finance
Small Transaction Size
Technical
Lack of Technical Capacity in Market
Lack of Affordable Technology in Market
Awareness
Lack of Information
No Benchmarking of Energy Performance
Institutional
Low Government Capacity on New
Inter-agency Coordination Challenges
Little Public-Private Coordination
• IFC is the largest global development institution focused exclusively on the
private sector – the global leader in private sector development finance
• We create opportunity for people – to escape poverty and improve their lives
• Driven by our vision and purpose, we make a unique contribution
to development
• We invest, advise, mobilize capital, and manage assets – providing solutions for
an inclusive and sustainable world
Who We Are, What We Do
9
9.5 M tons GHG /yr
71% of Global
Poor at $2 per day
in Asia
66% of IDA
population in Asia
40% of Global
CO2 Emissions
China &
India major
source of
Emerging
Mkts FDI
0
2,000
4,000
6,000
8,000
China USA EU Brazil Indonesia Russian Fed
India [1] Japan [1]
Total GHG Emissions (million tpa) WRI 2005 data Incl. land use change
A2F Micro: 23.4M
A2F SME: 1.13M
A2 Infra: 17.8M
Farmers: 1.25M
H&E: 2.49M
Cost savings: $340M
10 S-S deals
% of key sectors
with improved
ES&G standards
2-3 innovative
business models
replicated
IFC Asia Strategy 2013-17
Strategic Themes 3 Year targets Development challenges
Climate
Change
Inclusion
Global
Integration
East Asia & Pacific
(ex-China) South Asia
(ex-India)
China
Rest of
the world
India
Share of
World's Poor
$2/day
Share Directed to
Emerging Economies
* Data for China does not
include Hong Kong
China and India 6% of global OFDI (2010)
Outward Foreign Direct
Investment
10
1. Working with governments to develop Green Building
Regulations
2. Incentivizing developers and owner operators to build green
buildings through appropriate financial products
3. Supporting the development of green building materials and
technologies with appropriate financial products
4. Supporting the creation or growth of Energy Service Companies
[ESCOs] where appropriate
5. Incentivizing financial institutions to develop „green
mortgages/credit lines‟ with appropriate financing and advisory
services products
6. Working with associations to increase demand and knowledge
of the benefits of green building
IFC Support for Green Building Sector
11
IFC present along value chain: market development; support for innovation (e.g. new age
building materials); leverage client relationships and FI platform
Country-wide
Wholesale
Approaches
Deal-by Deal
• Policy and regulatory
support (eg. Indonesia &
Colombia)
Advisory Financing
• Banks (eg.CHUEE)
• ESCOs (eg.Optima)
• Leasing (eg.Water Capital)
• Property Funds (eg.Actis)
• Client Facilities (eg.Hungary
RSF)
• Green Mortgages (eg.Kenya)
• Audits
• Technical assistance
(Guides, design support,
benchmarking)
• Debt, equity in buildings
(eg.Vinte)
•Upstream inv. in material &
technologies (eg.China Glass)
•Concessional finance (eg.
Mexico) • Voluntary GB standards (eg.
Lebanon, EDGE)
• Sector studies (e.g.,
Affordable Housing India)
Multiple opportunities for IFC in Green Buildings
12 * terms softer than market through price tenor or security
Mapping Macro drivers: Where is the biggest demand?
Econom
ic d
river
perc
enta
ge c
ost
of
ele
ctr
icit
y v
s. G
DP [
%]
-
Jamaica
Dominican
Republic
Syria
Nicaragua
Gambia
Jordan
Bulgaria Philippines
Zimbabwe
Cape Verde
South Africa
Eritrea
Croatia
Lebanon
Turkey
Ukraine^
Sudan
Ivory
Coast
Egypt
Mexico
Indonesia
Kenya
Nigeria Angola
Haiti
Brazil
Colombia
Argentina
Kyrgyzstan
Mozambique
Ghana
Senegal
Slovakia
Uzbekistan
Urban populace
added each year
[In millions]
15 10
5 1
Sri Lanka
Morocco
Thailand
Bangladesh
Russia^
Ethiopia
Cameroon
Caribbean
Mediterranean
East coast
Asian
Giants
Vietnam &
Philippines
Peru
Azerbaijan
Honduras
El Salvador Costa Rica
Malawi
Panama Paraguay
Uruguay
Zambia
Bolivia Tanzania
Ecuador
Guatemala
Trinidad
Togo
Tajikistan
China India
Vietnam Pakistan
Priority
countries
High
Priority High Cost but
low carbon grid
Low cost but
high carbon grid
Low Priority
IFC’s approach to addressing challenges is tailored to the needs of specific market contexts,
prioritising counties with high CO2 from buildings, high cost of electricity and high urbanization
Why “electricity”?: The largest amount of energy used by buildings is in the form of electricity. Typically 20-40% of the electricity generated in a country is used by the buildings sector. ^ Russia and Ukraine have a net decreasing urban population
Environmental driver CO2 from electricity generation [gCO2/kWh]
13 13
Case Studies
Sustainable Energy Financing
Green Mortgage
Green Building Code
Sustainable Energy Finance (SEF) : 2008 – present
January 2008 SEF Advisory
Phase I
December 2009 Risk Sharing
Agreement
January 2012 SEF Advisory
Phase II
• Over Php 7 Billion EE and RE loans approved
• More than 600 account officers trained
• More than 100 walkthrough audits and project evaluations,
some clients choosing to self finance SE projects
• More than 47,669 MWh/year of energy saved, roughly
equivalent to 6MW
GREEN
CRITERIA
Site
Materials
Health
Energy
Water
Community
SAVINGS
Energy
Water
Gas
LOAN
INCREASED HIGHER
CLIENT
INCOME
&
HIGHER
BUILDING
VALUE
Green Mortgage
Lender’s Benefits
• Increased volume due to enhanced suite of products
• Buildings with increased efficiency can have higher value
• Reduced risk:
Buyers have lower monthly bills;
• Better “green” image branding
IFC provides
project
analysis
support
IFC provides
financing
Green Homes
IFC Experience
Vinte Housing Developer, Mexico
Business: Housing developer
with affordable and sustainable
home design as an integral part
of its business model.
• VINTE’s attractive, well-
planned developments are
affordable through Mexico’s
Green Mortgage program that
provides incentives for
purchasing energy-efficient
homes. The program recently
won the International Star of
Energy Efficiency Award from
the Alliance to Save Energy, a
business-led global NGO.
• IFC Financing: 3-5 year debt
issuance to finance its working
capital requirements; equity
investment plus a partial credit
guarantee to enhance the
company’s local bond issuance.
Key features: • Homes typically have solar hot-water, water efficient fittings, low-energy light
bulbs and smart meters.
Photo courtesy of Fernando N. Escárcega, Real del Sol-VINTE Project.
Green Buildings Code* for
Jakarta has a potential carbon
reduction of 3MtCO2/year by
2020.
Advice on Green Building Regulation for Indonesia
Indonesia is one of the world‟s largest greenhouse gas emitters with its
building sector accounting for more than a quarter of total energy use in
2004 – a number that‟s expected to rise to nearly 40% in the next two
decades.
In response, IFC is helping the government of the capital province,
Jakarta, develop a green buildings code. The code sets energy and water
efficiency requirements for large commercial and high-rise residential
buildings, and will require climate change adaption practices to be included
in building designs.
IFC's main aim was to help create a code that is simple to implement,
effective and easy to monitor. A key element of the analysis involved
modelling a range of possible changes for each building type which met
clear criteria for market preparedness and ease of implementation while
maximizing the benefits of energy (CO2) and water reductions in a cost-
effective manner.
The details of the code have been developed in close consultation with
government as well as private sector stakeholders including, developers,
landlords and professional associations.
“…with effective implementation of the green buildings code in
Jakarta, the city can serve as a model for implementation in
other cities in Indonesia.” Fauzi Bowo, Governor Jakarta
Province
Development of Green Building Regulations
Diagnostic Phase
Identify needs and gaps
Study of building energy consumption
Quantify measures that can delivery most savings
Implementation matrix
Sensitivity analyses of Energy and non-energy variables
Cost benefit assessment of the effective options
Shortlist suitable measures
Stakeholder engagement
Discussions of draft with public and private sector clients
Training and capacity building
Launch Green Building Regulations
Steps to develop a robust effective code
20
Sensitivity Analysis of Energy Efficiency options for Jakarta shows that energy savings
of more than 30-50% can be achieved from simple measures
20
High Impact Measures Retail Hotel Hospital Apartment School
Photoelectric controls
[inclusion of controls to maximize
daylighting]
11% NA 17% NA 10%
Solar Shading [addition of horizontal and vertical
devices]
11% 18% 18% 8% 2%
Glass performance [higher solar and thermal properties]
6% 16% 14% 11% 5%
Efficient Chillers [higher chiller COP]
8% 6% 7% 9% 12%
Variable speed drives
[inclusion of variable drives on pumps] 3% 3% 5% 0.0% 0.0%
Percentage glazing [limiting window to wall ration of the
façade]
4% 9% 7% 2% 0.0%
Low energy Lights [limiting the power density for artificial
lighting]
8% 7% 16% 6% 5%
Thermostat Mgmt [limiting the min temperature]
3% 3% 7% 6% 11%
Heat Recovery [adding heat recovery unit to fresh air
inlet]
5% 3% 8% 0.0% 0.0%
Note: the above values must not be aggregated as they only reflect the potential of making each individual measure. The total energy
savings potential will be smaller than the sum of individual measure f
Sensitivity Analysis of Water Efficiency option for Jakarta shows that water savings of
more than 75-100% can be achieved from simple measures
* Note: the above values must not be aggregated as they only reflect the potential of making each individual measure. The total energy
savings potential will be smaller than the sum of individual measure
High Impact Measures Office Retail Hotel Hospital Apartment School
Water Efficient
Landscape 12% 9% 3% 6% 14% 5%
Rain water harvesting
15% 31% 4% 14% 17% 9%
Use of water
conservative fittings 34% 38% 30% 15% 35% 32%
Recycling- using sewage
Treatment Plant 67% 72% 24% 21% 50% 66%
Adopting all the above
measures 87% 100% 46% 38% 78% 74%
22
Recommendation for regulation
Payback analysis
Cost of the EEM
Availability of Technology in Jakarta
/ Ease of implementation
Energy Saving Potential
Energy Efficiency Measure (EEM) Specify AC Chillers of COP 6.7 instead of
the standard 3.2
11.40%
Yes, for both technology & ease of implementation
Increase in total building cost – 0.82%
1 Year 7 months
Yes, include in Regulation
Logic EE measure – Higher efficiency chillers
Implementation Matrix
Sample – OFFICE BUILDING
23
What is the cost of the impact?
23
Measure
Category
%Saving
Cost
Increase
Payback
Period
Window to wall ratio Building Envelope 8.0% Negative 0.0 Include
Solar Shading Devices – Combined Building Envelope 17.3% 7.2% 25.0 Consider
Reflectivity - Wall Building Envelope 0.5% 0.0% 4.8 Include
Thermal Conductance - Wall (Wall U-Value) Building Envelope 0.3% 0.5% 98.6 Exclude
Reflectivity – Roof Building Envelope 0.2% Negligible - Include
Thermal Conductance - Roof (U-value) Building Envelope 0.1% 0.0% 18.1 Consider
Glazing Assembly Properties (U-value, SHGC, VLT) Building Envelope 7.3% 0.1% 0.9 Include
COP of air conditioning (cooling) equipment HVAC 11.4% 1% 5.4 Include
Variable Speed Drives for cooling towers HVAC 9% 0% (0.1) Include
Heat recovery on extract air HVAC 2% Cost awaiting 26.2 Consider
Solar collectors for Hot water Hot water NA NA --- Exclude
Photo electric control perimeter lighting Lighting 18% 2% 7.4 Include
Exterior lighting controls Lighting NA NA --- Exclude
Low energy lighting [CFL, T5, LEDs etc] Lighting 7% 0.12% 1.0 Include
Electronic Ballast Electrical Power 2% Negligible 0.0 Include
Sub-metering benefits Electrical Power 3% NA NA Consider
Water efficient fittings [inc. low flow taps and W/C flushes] Water and Waste 40% 0.35% 6.0 Include
Rainwater harvesting Water and Waste 15% Cost awaiting 26.2 Consider
Recycling onsite Sewage T plant Water and Waste 67% Cost awaiting 7.4 Consider
Water metering Water and Waste NA Negligible NA Include
Storm water attenuation and ground water recharge Water and Waste NA Minimal impact NA Include
Implementation Matrix Summary
OFFICES
CONST. COST
5% up ENERGY USE
25% down
RETAIL
CONST. COST
2% up ENERGY USE
15% down
HOTELS
CONST. COST
3% up ENERGY USE
30% down
HOSPITALS
CONST. COST
3% up ENERGY USE
30% down
APARTMENTS
CONST. COST
2% up ENERGY USE
15% down
SCHOOLS
CONST. COST
3% up ENERGY USE
15% down
With an overall cost increase of 3% energy saving of more
than 20% can be achieved across all new buildings in Jakarta
International Regulation Experience
Similar Green Building/ Energy Efficiency Code efforts
are underway in Vietnam Bangladesh, Colombia and
Philippines.
Each country has approached GBC in their own unique
way but there are common themes from which lessons
can be learnt.
Enforcement & compliance - one of the biggest
challenges. Has been tackled with varying degree of
success through improved governance, standardisation
& enabling industry to meet technical requirements.
Experience has shown that a swift move to stringent
regulation without an established culture of
standardisation has been difficult.
Why IFC is a Good Partner
26
Advisory
• Provide training and expertise with
IFC Green Buildings and Mortgage
Specialists
• Assist in Product Development in
the green mortgage area
• Support the development of a
green mortgage pipeline
• Supply tools which measure the
cost vs. benefit; Demonstrate the
value
Direct Investments
• Provide construction bridge loans,
warehousing facilities, long-term
loans, guarantees and risk sharing
facilities
• Offer local currency financing at
attractive rates
• Provide concessional financing to
incentivize where appropriate
A unique combination of Investment and Advisory Services
Thank
You
Hans Shrader Autif Sayyed
Philippines GB Program Leader EAP GB Specialist