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1Innovation Energie Développement
Innovative Financial scheme for sustainable development of RE
in Rural Area in Indonesia, Philippines & Vietnam (IFRERA)
Dr. Tuan NGUYEN, IEDDissemination and Training workshop, Hanoi
December 19-20, 2005
Supported by the European Commission through the EC – ASEAN Energy Facility
Overview
2Innovation Energie Développement
Project objectives
Develop small-scale hydropower based rural electrification in area not yet covered by the main grid systems
Develop a “ready to implement” package and ESCO implementation modality for investors in RE projects– Based on actual site feasibility studies– Identified and mobilised project partners– Ensure local level integration: can take different forms– PPA and contractual elements – understanding of
regulatory frameworks– Financial package
Capacity building: Policy and decision makers, financial community, beneficiary communities
3Innovation Energie Développement
Project facts data
Financing : – 50% from EC through EAEF– 50% from partners (in kind contribution…)
Start : July 2004 End : April 2006 Partners :
– Innovation Energie Development (IED, France) – Leader
– ETC foundations (Netherlands)– Agency for Environment & Energy Management
(ADEME, France)– Institute of Energy (IE, Vietnam)– MBA (Philippines)
4Innovation Energie Développement
Stakeholders and impact on beneficiaries
Stakeholders and beneficiaries : – Local developers : Fully implementation packages of
SHP for business development– Local authorities and communities : Beneficial
consequences on those who do not have access to electricity
– National utilities and authorities : New scheme of economic and financial analysis; Regulatory framework review and analysis
Outputs : – FS documents– Tender documents (technical, financial, contractual
and BIM)– Reports, Workshop proceeding and newsletters,
Participation in regional meetings within the framework of existing groups – HAPUA, NRSE SSN, AEBF/SOME
5Innovation Energie Développement
Project’s activities
Tec. FS Studies / reviews (as applicable) Economic Analysis / review Analysis of the Regulatory, Legal and Fiscal
Framework Financial Analysis Local level integration Preparation of full implementation package Dissemination, management and reporting
6Innovation Energie Développement
Project’s Scope
Indonesia : The institutional and contractual frameworks were negotiated locally. Promising sites have been identified and screened in Sulawesi. The need and interested of the local authorities is established; a national developer was identified; financial and contractual schemes are to be developed
The Philippines: A full batch of sites has been identified and developed at the pre F/S stage and 1 sites to technical and economic F/S. The issue now is of mobilising interested national developers / investors and integrating in the framework under development. EIA & SIA is underway
Vietnam: A number of sites have been pre-identified. Looking at the approaches under development in Indonesia and the Philippines, the technical FS of one site proposed by IoE was validated and a contractual framework proposed More information will be presented in following presentations.
7Innovation Energie Développement
Project status – Indonesia (1)
8Innovation Energie Développement
Project status – Indonesia (2)
In the Sulawesi province of Indonesia, the three identified sites have the following characteristics : Mikuasi 1838 kW. Ratelimbong 1365 kW Sambilambo 3149 kW Their respective estimated annual productions amount to 12.5 GWh, 8 GWh and 23 GWh ; Investment package : <10 MUS$
9Innovation Energie Développement
Project status – Indonesia (3)
In Indonesia, the implementation package is adapted to the situation where the PLN is the main authority
It’s daughter company IP is the identified developer, willing to invest 30% equity.
A financial analysis was conducted based on the criteria, assumptions and method wished by IP.
The objective of this study : to identify the PPA tariff price that enables IP’s profitability target (IRR = WACC + 5%).
10Innovation Energie Développement
Project status – Indonesia (4)
The most sensitive variables are investment costs and hydrology. Recommendations : Invest 100% in US$, PPA in US$ (if possible).
Base case scenario
Worst case scenario
Pessimistic scenario
Reference scenario
Hydrology 100% 80% 80% 80%Inflation in IDR 8% 10% 10% 10%
Investment cost overrun 0%10% Civil
Works5% E-M
10% Civil Works
5% E-M
10% Civil Works5% E-M
Investment Currency 52% USD 100% Rp 52% USD 100% USDDemand growth 10.9% 5% 5% 5%Grant financing 0% 0% 0% 0%Carbon revenues ($/tCO2) $0,00 $0,00 $0,00 $0,00PPA Tariff USD /MWh 53,37 53,37 53,37 53,37PPA Tariff Rp /kWh 507 507 507 507WACC 8,87% 11,20% 8,95% 6,43%WACCtarget 11,66% 14,60% 11,77% 8,60%IRR 11,65% 6,48% 9,17% 11,16%PPA tarif for risk mitigation USD/MWh 81,58 62,21 45,68PPA tarif for risk mitigation Rp/kWh 775 591 434
Res
ults
Ass
umpt
ions
11Innovation Energie Développement
Project status – the Philippines (1)
12Innovation Energie Développement
Project status – the Philippines (2)
The Catanduanes Power system is isolated from the main grid. The distribution is in the hands of FICELCO (32,724 customers).
The Lower Dugui site is located in the mountainous area spreading on the north of Virac
Pinst = 3.1 MW & 11.4 GWh Investment : 393 millions
pesos (7.1 million US$) Criteria for investment (Power
One Corporation POC – private investor) : Overall discounted cost < Bunker C diesel reference cost.
13Innovation Energie Développement
Project status – the Philippines (3)
The Lower Dugui MHPP price is very sensitive to the discount rate that POC will choose, the cost of access to capital that POC faces.
With access to a cost of capital of 7%, Lower Dugui is already competitive with the March 2005 oil price of 13 Peso/L
Overall Discounted kWh Cost (Peso/kWh)
2,97
3,44
4,17
1,50
2,00
2,50
3,00
3,50
4,00
4,50
5,00
5,50
Lower Dugui size 3.1 MW
Disount rate 5%
Disount rate 7%
Disount rate 10%
Bunker oil price 16.5 Peso/L , 4.45 Peso/kWh
Bunker oil price 13 Peso/L , 3.50 Peso/kWh
14Innovation Energie Développement
Project status – Vietnam
Krong Pa 2 SHP in Dak Rong commune, KBang district, Gia Lai province
Supply electricity to the national network and local villages
Installed P = 5.8 MW; 24.48 GWh/y
More information will be presented in details in following presentations :
– IoE/ Krong Pa 2 developer on development of Krong Pa 2
– ETC on EIA and SIA– IED on Economic and
financial analysis
15Innovation Energie Développement
SWOT Conclusions High energy resources potential still largely under exploited
Competitive sites for MHPP can still be found Investment costs are significantly lower than in developed countries. Reduces dependence on fossil fuels and reduces environmental costs.
Need for local and national government support Need for local partners involvement, for accurate data collection. Need for private funding.
Regulatory frameworks are being adapted to foster investments in RE resources.
Demand growth is sustained. The demand growth is very fast. This triggers quick returns on
investment.
Collaboration with government bodies at both the local and national levels.
The exchange rate risks have to be mitigated. The importance of demand growth in the investment profitability
requires to secure a good demand forecast. Accurate investment costs are very hard to forecast. Good local
knowledge is essential to mitigate this.
Strengths
Weaknesse
s
Opportunitie
s
Threats
16Innovation Energie Développement
Thank you