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access for all in Africa capitalisation study IED-Axenne-Novalis 7 th annual meeting club-ER, Mombasa, 23-26 march 2010. What do we observe?. Important amounts of money But not that much important regarding the needs
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access for all in Africacapitalisation studyIED-Axenne-Novalis7th annual meeting club-ER, Mombasa, 23-26 march 2010
What do we observe? • Important amounts of money • But not that much important regarding the needs • And the challenges (even if the impact of RE is difficult to assess precisely) • These amounts have not been equally disbursed between countries (Ghana, Marocco) and areas of a same country • Some « success story » (Maroc) exist but are not necessary so easy to reproduce elsewhere
A need to capitalize on these different experiences especially on the issues of institutional and financial designs in order to reorient the AFD strategy study realised by the consortium IED-Axenne-Novalis
Outline of the presentation • Some key issues of the study 1.1. Access, as part of a global political vision 1.2. The lessons from institutional reforms 1.3. Which cost/tariff/commercial management? 1.4. A continuum of technical solutions 2. Lessons for the AFD strategy 2.1. the AFD strategy 2.2. the « good ideas » for bankable projects
1.1. Access as part of a global political visionNeed for upstream capacity and political will to formulate a vision and operational planning, with concrete definition of financial and organisational requirements The different situations of the same question of the access : • Grid extension within the national concession of the Power Company – national or privatised; ; • Electrification of medium size towns or growth centres outside the national concession of the Power Company national grid or local generation systems with a distribution network MT and LT ; • Electrification of very isolated and small localities individual systems or limited to collective services– especially the PV solar, or village grids (generally diesel) ; • Peri-urban electrification question of densification of the connections different objectives : geographic repartition of the population/equity
Consequence : Organisational responsibilities are now dispersed utility, private operators, RE Fund / Agency, … Eonomically viable Not profitable, needs public support Shaded: can be covered by the operator (not always) 6
1.2. what have we learnt from the institutional reforms? • 15 years ago, sector reforms : Power companies (public or privatised) and a Fund/agency of RE : one model • Consequence: often the RE Agencies are only juxtaposed to the urban electric system planning is difficult, few synergies • Key role of the public « champion » : Ivory Coast, Ghana, South Africa, Marocco, Tunisia • Too many institutional actors : lack of simplification after the sector reform (Mauritania water/RE) .
Are the Functions needed to implement a successful Access programme fulfilled?
1.3. capacity of payment/tariffs/ commercial management • Capacity of payment of the electricity facture every month • Energy expenses are higher in rural areas (3-10$/month) quick saturation of the connection rate • Problem of the cost of connections :100-300€/annual expenses <50€pbes ad hoc financings of the connections : grant from the REF, cost sharing, loans, revolving fund mechanisms (Kenya) • Challenges of the commercial management/distribution (prepaid meters) to lower costs
1.4 - Technical supply options have to be adapted to the contrasted geoeconomic situations A continuum of non exclusive supply options: • supply through grid extension, • central priority, • requires cheap generation; • decentralised production, • local distribution grid, • with variable local costs; • low levels of rural demand means that a large off taker is needed to make the option viable • off grid, • difficult to access and • costly to manage
A competitive cost of the Renewable energiesunder certain conditions: Energies Reneouvelables - Formation AFD, janvier 2009
2. The lessons for the AFD strategy • Lesson 1 : support all stakeholders • Large sponsors : agro industries; investors; risk / returns sharing • Utilities – in particular to integrate renewables • End users for facilitating connection and reducing distribution management costs • Small scale operators (technical, managerial, financial support) • RE Funds / Agencies and financial intermediaries for fostering a sustaiable financing mechanism • National institutions for strategic technical and financial planning
Lesson 2 : Need for (“true”) innovation • from political to operational priority : mobilization of dedicate means (financial / human) • Consolidate list of projects /approaches to develop and test “best solutions for tomorrow“ • Identify African partners to implement these ideas • Identify donor’s partner to develop comprehensive approach and support • Lesson 3 : Focus on large scale diffusion • limit “pilot project” which use a lot of grant and have no demonstrative effect on financial scheme on the long run)
Lesson 4 : Leverage loans and grants Given the economics of access projects, concessional financing is a necessity, more particularly targeting the subsidy element on: Capacity building and upstream studies: Insitutional and regulatory frameworks; strategic planning; resource assessments and feasibility studies; technical and managerial training Project Implementation support Financial engineering, technical engineering, supervision of works, on the job capacity strengthening Investment support: risk sharing, softening terms, upfront grants
No profitability investment grant Agro industry Project 1A Economically viable Credit line, concessional Biomass waste Rural electrification 5% 50% 50% 30% Electricity production (500kW 10MW) 40% 20% Utility
Project 1A: Large sponsors (agro industries)Direct lending for large operations or credit lines through national commercial banks Sponsor(s) : agro industries Line of credit through national banks which then on lend. Countries: Kenya, Cameroon, Uganda, Tanzania, … • An agro industry invests in co-generation to reduce its energy bill • Has enough agro waste (rice husk, palm oil, wood waste, …) to produce excess power • A development bank provides a loan to an intermediary bank which onlends to the agro-industry • Profitability of additional investment depends on sales conditions of excess power: • Proximity of the grid and PPA • Location of unelectrified villages and level of demand; off take conditions • Percieved risk by the developer regarding the reliability of the off-taker over the long term. • Issue: will the local banks lend to agro industry? (commercial and project risk)
Economically viable Credit line, concessional to match the profile of hydro investments Project 1B No profitability investment grant Major off-takers 35% IPP @ 13 cts 25% Electricity poduction 100kW 15MW 40% Hydro site @ 5 cts Rural electrification @ 10 cts Risk due to hydrology Utility
Project 1B: Large sponsors – Independant Power Producers (IPP)Direct lending for large operations or credit lines through commercial banks Sponsor(s) : IPPs International concessional Line of credit through national banks which then on lend. Countries: Kenya, Cameroon, Uganda, Tanzania, Guinée, … • A private developer investor invests in a hydro unit as a business proposal • Assesses the quality of the site and physical risk • Looks for credit worthy off takers : • Large, base load, credit worthy industrial clients • The utility : distance to the grid? Purchase Price? • Villagers are last on the list: the IPP is not a distribution company and would want to see a reliable distributor • Issue: will the IPP be able to mobilise long term finance (15 years) needed to achieve attractive kWh costs (~5 cents / kWh)? • National banks generally have no appetite for these new and long term projects
investment : 700€/kW • kWh cost : 80% fioul • diesel @ 90cts/L : Cost > 30cts/kWh National electricitycompany Borrows and maximises n° connections in the short term, … but bears high operating costs over time Genset National electricitycompany Solar injection • investment : 8000€/kW • Cost : 20-25 cts/kWh • with long-term financing, • without battery storage Unwilling to use borrowing capacity for low number of connections per $ Despite LT sustainability ensured Project 2
Project 2 : UtilitiesTo ensure LT sustainable production costs – with renewablesLT soft financing is needed Borrower – technical and financial operator: Utility Countries: Sahelian region: Burkina Faso, Mauritania, Mali, Northern Cameroon, … • For villages located a distance from the interconnected grid, the standard remains electrification through diesel gensets • Utilities focus on large towns, often adminstrative capitals and on the most profitable clients within the settlement (large consumers, clustered) • Aim to connect maximum settlements with the scarce resources availble • Negative Long term consequences, with ever rising operating costs (cost of fuel and aging of the generators leading to inefficiencies) • Grid connected Solar PV is a viable alternative today – but utilities do not want to mobilise their rare financial resources for a small number of connections
Project 4A Local operators, Mali : PCASER PCASER unable to cover operating costs Rural electrification agency /fund(AMADER) Investmentgrant… ~80% competence pole biomassgasifiers (3 to 500 kW) Technical , Financial support
Project 4A: Private Small Scale OperatersTechnical and financial support for integrating biomass gasification and reducing fossil fuel dependancy Borrower: National Government, passing on to the Rural Electrification Fund (REF) Counterpart: RE Agency or Fund, then small scale local operators Possible countries: Mali, Guinée, Cameroon • Local operatorsgenerallyundertake diesel basedelectrification (understanding of the technology, lowinvestmentcosts) • Require 80 to 90% as an investmentgrantupfront and provide the balance as equity; • The REF provides a straight grant and isgenerally an account and not a financialintermediary; hardlyany local bank to loan in reality • After a few months / years, local operators are strandedbetweebrisingcost of diesel and lowcapacity to pay of customers: impertativeneed to bring down operating costs • Wherebiomassisavailableat the village level, gasificationwith straight mixing of the gas (up to 90%) is an option but requires: • information • technical know-how at the local level • availability of the gasifier or capacity to manufacture it
Local operators, Mali : PCASER PCASER unable to cover operating costs Rural electrification agency /fund(AMADER) Investmentgrant… ~80% competence pole biodiesel Technical , Financial support
Project 4.B: Private Small Scale OperatersLocal bio-diesel unit to substitute fuel in a cluster of gensets Borrower: National Government, passing on to the Rural Electrification Fund (REF) Counterpart: RE Agency or Fund, then an industrial SME Possible countries: Mali, Guinée, Cameroon, … most African countries • … same as 4A….. • Wherebiomassislocallyavailable, set up a smallscale biodiesel unit but requires: • information • Assessment of the biomassresource • technical know-how • contractualframeworkwith local operators to guarantee off take of the biofuelat a set price • investmentfinancing
Small operators Fund transfers manufactures utility Soft loans … Rural electrification agency/fund National governement grant National banks Soft loans Concessionnal financing Soft loans grant Cooperation banks and agencies Risk mitigation Financing autonomy, through long term bond issues, … Project 5
Project 5: Structuring a Rural Electrification Fund (REF)as a financial operator capable of leveraging funds REF / Rural Electrification Agency Madagascar, Congo- Brazzaville, Mali, Guinée – all countries politically committed to engage • As of today, REFs are not structured as financial intermediaries ie: • with the legal capacity to borrow from international agencies • To refinance themselves through issuing of bonds (as the Rural Electrification Corporation in India does) • Authorised to lend to local operators • In reality, face problems in leveraging funds from local banks. • The REF is an account to pass-on grants • International agencies provide sector loans to the Government who then passes on a small portion of the loan as a grant to the REF • There is no leveraging of funds in the Rural Electrification and Periurban subsector • Crucial to structure the REF to leverage grants