session 3: planning and financing climate change actions
TRANSCRIPT
Session 3: Planning and Financing Climate Change Actions
for Sustainable Cities
Thursday September 12, 2019
2019 Forum of Standing Committee on Finance
“Climate Finance and Sustainable Cities”
Vahakn Kabakian
Climate Change Advisor/Portfolio Manager
Ministry of Environment
Lebanon
De-risking: An Enabler for Unlocking Climate Finance
DREI - Derisking Renewable Energy Investment
Methodology and importance – global viewResults from the DREI Lebanon work
• DREI – Derisking Renewable Energy Investment – is at the heart of economic development
→capacity building towards policies in favor of clean technologies
→enabling cost-effective selection of public measures
→improving the climate finance readiness of governments, including local authorities
→leveraging public funds through private sector engagement
→more reliable, affordable and clean power for citizens
Derisking Renewable Energy Investment The issue with RE investments
2.5
2.0
1.5
0.5
0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 1918 20
1.0
Capital expenditures Operating expenditures
Mill
ion
$ p
er M
W
Example:
CostsDiesel Power
(undiscounted)
years0
Operating expenditures
Example:
CostsWind Power
(undiscounted)
years
2.5
2.0
1.5
0.5
00 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 1918 20
1.0
Capital expenditures
Mill
ion $
per M
W
For RE investments: More up-front finance is needed (less cash-flow finance)
Risks and the associated costs of finance matter much more
Derisking Renewable Energy Investment The issue with RE investments (cont.)
• The objective: to make RE investment cost competitive with the business-as-usual investment, typically fossil-fuel based energy
• The challenge: the high financing cost (cost of capital) in developing countries
• A project’s specific risks drive the cost of capital:
Exp
ect
ed fin
anci
alr
etu
rn
Risk of investment
Unattractive
investment
Attractive
investment
Risk-return profile of an investment opportunity
2.
1.
For the policymaker there is a trade-off/interplay between these two approaches
Policymakers perspective: there are two ways to address this challenge:
1. Derisk RE by targeting investor risks that result in high financing costs
2. Compensate for risks via incentive mechanisms
DREI’s Theory of Change: policymakers to derisk as much as possible, before paying for the remaining incremental costs via incentive mechanisms
Derisking Renewable Energy Investment The issue with RE investments (cont.)
Source: Source: Derisking Renewable Energy Investment (UNDP, 2013), subsequently updated as of 2017. All assumptions (technology costs, capital structure etc.) except for financing costs are kept constant between the developed and developing country.
Low Financing Costs Envrionment
(Wind vs. Gas)
Capital Struc ture: 30% Equity, 70% Debt
Cost of Equity = 7%, Cost of Debt = 3%
Pre
-Tax L
CO
E (U
SD
cents
/kW
h)
Gas (CCGT)Wind (onshore)
2.9
1.4
0.5
1.4
6.2
0.7
5.0
0.20.46.3
Financing Cost(Equity)
Financing Cost(Debt )
Operating Cost(incl. fuel cost)
Investment Cost /
Depreciation
Capital Struc ture: 30% Equity, 70% Debt
Cost of Equity = 16%, Cost of Debt = 8%
Gas (CCGT)
0.7
4.4
0.7
0.9
6.7
High Financing Costs Envrionment
(Wind vs. Gas)
Wind (onshore)
2.9
1.3
1.9
3.0
9.2
Developed country: Developing country:High financing costs
reflecting a range of investor risks in developing countries
Public instruments can assist the private sector through reducing/transferring investor risk
Wind (onshore)
Developed
country
Developing c.
post derisking
$/kWh
Developing
country
$/kWh$/kWhDREI is quantitative: LCOEmodeling
DREI evaluates the public instruments w.r.t. performance metrics
Risks such as:1. Power market risks2. Permits risks3. Social acceptance risks… etc.
DREI measures: the perceivedprobability and impact of risks
DREI measures: the perceived effectiveness of public instruments Instruments such as:
1. Well-defined regulation
2. Streamlined permitting
3. Public loans… etc.
#1Risks
#3 etc.#2
#1
etc.#3
Best in Class developed country
%
Cost of equity/debt
Derisking instruments
Pre derisking
%
Post derisking
%
#2
Stakeholder interviews:
How does the private sector view the investment risks underlying RE?
How does the private sector view the ability of public instruments to mitigate risks?
The question: What is the most effective public instrument package?
Derisking Renewable Energy Investment DREI’s approach: 1) Quantify the risk environment
16%7%
0.1%1.7%0.4%
1.5%
1.8%0.5%0.5%1.0%
1.5%
Stu
dy C
ountr
y B
AU
CoE
Stu
dy c
ountr
y B
AU
CoD
Pow
er M
ark
et Ris
k
Perm
it R
isk
Soci
al A
ccepta
nce
Ris
k
Deve
loper Ris
k
Grid/T
ransm
issi
on
Ris
k
Counte
rpar
ty R
isk
Fin
anci
al S
ect
orRis
k
Polit
ical
Ris
k
Curr
ency
Ris
k
Pow
er M
ark
et Ris
k
Soci
al A
ccepta
nce
Ris
k
Deve
loper Ris
k
Grid/T
ransm
issi
on
Ris
k
Counte
rpar
ty R
isk
Polit
ical
Ris
k
Curr
ency
Ris
k
Best
-in-c
lass
countr
y C
oD
Best
-in-c
lass
countr
y C
oD
Cost of Equity (CoE)
3% 9%1.4%
0.5% 0.5% 1.6%1.2%
0.9% 0.0%
Cost of Debt (CoD)
• Reach out to investors active in the target country and perform structured interviews
• Aggregate perceived risk environment into Financing Cost Waterfalls
Derisking Renewable Energy Investment DREI’s approach: 2.1) Select public instrument package
Source: UNDP, Derisking Renewable Energy Investment (2013).
+
Reduce risks!«Policy derisking»
Transfer risks!«Financial derisking»
Compensate for risks!«Financial incentives»
Stud
y Co
untr
y BA
U C
oE
Post
-der
iski
ng C
oE
Post
-der
iski
ng C
oD
Stu
dy c
ount
ry B
AU
CoD
Pow
er M
arke
t Ris
k
Perm
it Ri
sk
Soci
al A
ccep
tanc
e Ri
sk
Dev
elop
er R
isk
Grid
/Tra
nsm
issio
n Ri
sk
Coun
terp
arty
Ris
k
Fina
ncia
l Sec
torR
isk
Polit
ical
Risk
Curr
ency
Risk
Pow
er M
arke
t Ris
k
Soci
al A
ccep
tanc
e Ri
sk
Dev
elop
er R
isk
Grid
/Tra
nsm
issio
n Ri
sk
Coun
terp
arty
Ris
k
Polit
ical
Risk
Curr
ency
Risk
Cost of Equity (CoE) Cost of Debt (CoD)
0%0.4%0.1%0.8%0.9%
0.5% 0.2%0.1%0.2%
12.8%16% 9% 6.6%
0.5% 0.2% 0.1%0.8%
0.6%0.2% 0%
Derisking Renewable Energy Investment DREI’s approach: 2.2) Quantify instruments’ effectiveness
• (Reach out to investors active in the target country and perform structured interviews)
• Aggregate perceived effectiveness of public instrument package into Post-Derisking Waterfalls
Financing cost waterfalls
10
#1Risks
#3 etc.#2
#1
etc.#3
Best in Class developed country
%
Cost of equity/debt
Derisking instruments
Pre derisking
%
Post derisking
%
#2
16.0%
0.5% 0.2% 0.2% 0.1%0.9%
0.8% 0.06% 0.4% 0.0%
12.8%Cost of Equity
Pow
er M
arke
t
Perm
its
Dev
elo
per
Gri
d/t
ran
smis
sio
n
Soci
al A
ccep
tan
ce
Co
unt
erp
arty
Fin
anci
al S
ecto
r
Polit
ical
Cu
rren
cy/M
acro
ec.
-3.2%
Instruments addressing risks related to:
Post-Derisking
Data from DREI Lebanon (DREI 2018)
16.0%
1.5%1.0%
0.5% 0.5% 1.8%
1.5%
0.4% 1.7%
0.1%
7.0% Cost of Equity
Pow
er M
arke
t R
isks
Perm
its
Ris
ks
Dev
elo
per
Ris
ks
Gri
d/t
ran
smis
sio
n R
isks
Soci
al A
ccep
tan
ce R
isks
Co
unt
erp
arty
Ris
ks
Fin
anci
al S
ecto
r R
isks
Polit
ical
Ris
ks
Mac
roec
on
. Ris
ks
Best-in-Class Pre-Derisking
11
#2
#1
etc.#3
Derisking instruments
Pre derisking
%
Post derisking
%
16.0%
0.5% 0.2% 0.2% 0.1%0.9%
0.8% 0.06% 0.4% 0.0%
12.8%Cost of Equity
Pow
er M
arke
t
Perm
its
Dev
elo
per
Gri
d/t
ran
smis
sio
n
Soci
al A
ccep
tan
ce
Co
unt
erp
arty
Fin
anci
al S
ecto
r
Polit
ical
Cu
rren
cy/M
acro
ec.
-3.2%
Instruments addressing risks related to:
Post-DeriskingPre-Derisking
Risk Category Policy Derisking Instruments Financial Derisking
InstrumentsPower Market
Risk
•Long-term, legally-binding RE targets
•Enabling regulatory framework
•FIT/PPA tender (standardized PPA)
• Independent regulator for power sector
NA
Permits Risk •Streamlined process for RE permits
•Contract enforcement, recourse
mechanisms
NA
Social Accep-tance
Risk
•Awareness-raising campaigns
•Stakeholder outreach
NA
Developer Risk •Capacity building for resource assessment
Technology and O&M assistance
NA
Grid/Trans-mission
Risk
•Strengthen EDL’s grid management capacity
•Transparent, up-to-date grid code
•Policy support for grid infrastructure
development
•Take-or-pay clause in PPA
Counterparty Risk •Strengthen EDL’s management and
operational performance
•Government guarantee for PPA
payments
•Concessional public loans to IPPs
Financial Sector
Risk
•Fostering financial sector reform towards
green infrastructure investment
•Strengthening financial sector’s familiarity
with renewable energy and project finance
•Concessional public loans to IPPs
Political Risk NA •Political risk insurance for equity
investments
Currency/Macro-
economic Risk
NA NA
Public Instruments
Derisking Renewable Energy Investment DREI’s approach: 3) Levelised cost
• Perform LCOE modelling under transparent set of assumptions, incl. about RE target, operating parameters, country specifications, etc.
Remaining incremental cost
Effect of policy & financial derisking
7.5%
13
Risk Category Policy Derisking Instruments Financial Derisking
InstrumentsPower Market
Risk
•Long-term, legally-binding RE targets
•Enabling regulatory framework
•FIT/PPA tender (standardized PPA)
• Independent regulator for power sector
NA
Permits Risk •Streamlined process for RE permits
•Contract enforcement, recourse
mechanisms
NA
Social Accep-tance
Risk
•Awareness-raising campaigns
•Stakeholder outreach
NA
Developer Risk •Capacity building for resource assessment
Technology and O&M assistance
NA
Grid/Trans-mission
Risk
•Strengthen EDL’s grid management capacity
•Transparent, up-to-date grid code
•Policy support for grid infrastructure
development
•Take-or-pay clause in PPA
Counterparty Risk •Strengthen EDL’s management and
operational performance
•Government guarantee for PPA
payments
•Concessional public loans to IPPs
Financial Sector
Risk
•Fostering financial sector reform towards
green infrastructure investment
•Strengthening financial sector’s familiarity
with renewable energy and project finance
•Concessional public loans to IPPs
Political Risk NA •Political risk insurance for equity
investments
Currency/Macro-
economic Risk
NA NA
Theory of change: Policymakers to derisk as much as possible, before paying for the remaining incremental costs.
The question: What is the most efficient public instrument package?
Levelized cost of electricity
(usually fossil)
7.4 10.0 8.2
Baseline
Investment
Solar Investment
BAU
Solar Investment
Post-Derisking
LC
OE
[US
D c
en
ts/k
Wh
]
Source:DREI Lebanon
Public Instruments and LCOE Modeling
14
Theory of change: Policymakers to derisk as much as
possible, before paying for the
remaining incremental costs.
The question: What is the most efficient public
instrument package?
Levelized cost of electricity
(usually fossil)
7.4 10.0 8.2
Baseline
Investment
Solar Investment
BAU
Solar Investment
Post-Derisking
LC
OE
[US
D c
en
ts/k
Wh
]
Premium price
Source: DREI Lebanon
88
279140 4341
5
Cost of BAU
Instruments
Cost of
Post-Derisking
Instruments
Solar PV
Investments
Mil
lio
ns
US
D
INVESTMENT LEVERAGE RATIO
Policy derisking instruments
Financial derisking instrumentsPrice premium (FIT, PPA)
Present valueof costs over 20 years
3.2x2.0x
Key performance metrics
Source:
DREI Lebanon
Derisking Renewable Energy Investment DREI’s approach: 4) Evaluation
Use DREI’s financial modelling tools to evaluate four key performance metrics
How does the deployment of the selected public instrument package
1. … catalyse private sector investment ?
2. … generate economy-wide savings?
3. … increase the affordability of RE for end-users?
4. … benefit the environment?
• On top: Perform sensitivity analyses on key inputs and assumptions
• to explore robustness of the modelling exercise
• to explore scenarios, e.g. alternative sets of public instruments
16
140 43
4697
415
Cost of
Post-Derisking
Instruments
Incremental
Cost
BAU
Savings Incremental
Cost
Post-Derisking
Mil
lio
ns
US
D
SAVINGS RATIO
Policy derisking instruments
Financial derisking instruments
Present valueof costs over 20 years
2.1x
27.0 17.1
Solar PV
Abatement Cost
BAU
Solar PV
Abatement Cost
Post-Derisking
US
D/t
CO
2e
CARBON ABATEMENT
5.2 Mt CO2 (20 years)
-37%
Data from DREI Lebanon
88
279140 4341
5
Cost of BAU
Instruments
Cost of
Post-Derisking
Instruments
Solar PV
Investments
Mil
lio
ns
US
D
INVESTMENT LEVERAGE RATIO
Policy derisking instruments
Financial derisking instrumentsPrice premium (FIT, PPA)
Present valueof costs over 20 years
3.2x2.0x
derisking is more effective in catalyzing private sector funding
explore how different instrument packages affect economy wide saving and other metrics
compare carbon prices and use e.g. for NDC design
Key performance metrics
DREI Lebanon studyForeshadowing some results
Wind PV Total
2030 Targets (MW) 450 300 750
Cost of Public Instruments (USD) 98 million 46 million 144 million
Private sector investment (USD) 635 million 279 million 914 million
Economy-wide savings (USD 20 yrs) - 221 million - 97 million - 318 million
Affordability (LCOE) US¢/kWh From 11.4 to 9.4 From 10 to 8.2
CO2 (million t 20 yrs) - 10 - 5.2 -15.2
CONTACT: MoE Lebanon:
Vahakn KabakianClimate Change Advisor/portfolio manager
Ministry of EnvironmentBeirut Central District, Lazarieh CenterPO Box 11-2727, Beirut, Lebanon
Phone: +961 1 97 65 55 ext. [email protected]
UNDP DREI New York:
Oliver WaissbeinLeader UNDP DREI work
UNDPBureau for Policy and Programme Support 304 E 45th Street, FF-924New York, NY 10017, USA
Phone: +1 212 906 [email protected]
www.undp.org/DREI
Solar power
Local authorities
Bus Rapid Transit
Public transport
Wind power
Waste strategy
Fuel-efficient fleetReforestation and afforestation
Derisking
Paris Agreement
1.5 degree goal
Political Risk
Energy efficiency
Sustainable cities
Decoupled economic growth
Counterparty risk
Combatting climate change
Greenhouse gas emission reduction
Climate Finance Sustainable mobility
Integrated Solid Waste Management
Sustainable agriculture
Job creation
Sustainable use of resources
Capital Expenditure
Private sector
Climate leadership
Clean industrialization
Nationally Determined Contribution