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Hydropower Africa 2009, Johannesburg, South Africa
Title of presentationRural Electrification- Rwanda
Case Study
Fatin Ali Mohamed
Industrial Development Officer
UNIDO, Vienna, Austria
UNITED NATIONS INDUSTRIAL DEVELOPMENT ORGANIZATION
Hydropower Africa 2009, Johannesburg, South Africa
ContentsContents
1. Context - Mini hydro based Rural Electrification
2. Rwanda Case Study: Approach
3. Problems Faced and Lessons Learned
4. Impacts and Future Orientations
Hydropower Africa 2009, Johannesburg, South Africa
CONTEXT: Energy, Poverty & Economic Growth
� Lack of access to energy is a major barrier to poverty reduction and economic growth
� Most countries have natural resources, such as hydropower and biomass, which could be used to produce the needed energy
� National governments recognizethe urgent need of Energy inputsfor the process of poverty alleviation and industrial development
Hydropower Africa 2009, Johannesburg, South Africa
CONTEXT: UNIDO mandate
� As part of its thematic priority on Energy and Environment, UNIDO provides services for:
• Improving industrial energy efficiency
• Promoting cleaner technologies
• Enhancing use of renewable energy, and
• Increasing access to energy for productive use
� In line with this, UNIDO promotes rural energy development for poverty reduction and economic growth
Hydropower Africa 2009, Johannesburg, South Africa
� Producing energy from locally available resources contributes to preserving the environment and reducing the burden on state budget
� Mini hydro technology is proven to be reliable in rural conditions
Context: Renewable , Climate & Security of Energy Supply
Hydropower Africa 2009, Johannesburg, South Africa
� Acceptable range of capital cost: 1000 to 5000 $ per kW; it is site specific, depending on civil work, equipment, soil type, accessibility, availability of building materials in vicinity, etc.
� Amount of power provided by water is a function of height and volume of water passing through turbine
� For same kW capacity, the higher the head and the lesser volume of water, the less cost of equipment and civil work
Context: Small hydro power – Economics and Cost Reduction
Hydropower Africa 2009, Johannesburg, South Africa
What it takes to turn access to modern energy What it takes to turn access to modern energy
a business as usual?a business as usual?
Policy & Financial
mechanism
Technology transfer
Almost 0 rural electrificationAlmost 0 rural electrification
No modern energyNo modern energy
Scaling up leading to Economic growth
Technical capacity
Rwanda Case StudyAPPROACH: based on removing barriers
Hydropower Africa 2009, Johannesburg, South Africa
Rural Electrification – Scaling up Phases
Phase III-business as usual
Critical mass of experts in feasibility studies construction, operation, maintenance,..
Critical mass of experts in feasibility studies construction, operation, maintenance,..
Established equipment supply market, established maintenance and spare parts services,equipment costs reduction,..
Established equipment supply market, established maintenance and spare parts services,equipment costs reduction,..
Key Key factorsfactors Phase I- Demo Phase II- scaling up
Capacity & Capacity & awareness awareness buildingbuilding
Technology Technology TransferTransfer
Selection & testing of appropriate technology in function of Performance -maintenance, spare parts, costs,..
Selection & testing of appropriate technology in function of Performance -maintenance, spare parts, costs,..
Awareness building of Stakeholders, initiation of critical technical mass
Awareness building of Stakeholders, initiation of critical technical mass
Consultations on & drafting proposal forFinancial mechanisms
Consultations on & drafting proposal forFinancial mechanisms
Defining roles & stakeholders responsibilities Increasingof critical mass
Defining roles & stakeholders responsibilities Increasingof critical mass
Narrowing selection, market created leads to reducing costs, availability of spare parts established experience in maintenance,..
Narrowing selection, market created leads to reducing costs, availability of spare parts established experience in maintenance,..
Initiating institution framework, approving financial mechanisms
Initiating institution framework, approving financial mechanisms
Operational& fine- tuned financial mechanisms
Operational& fine- tuned financial mechanisms
Policies & Policies & Financial Financial
mechanismsmechanisms
Time
APPROACH: progress in phases
Hydropower Africa 2009, Johannesburg, South Africa
Phase I: Demonstration Projects & Learning by Doing Capacity Building
Creation of critical massof technical capacity & awareness building
Pilot sitesIdentification & feasibilityStudy, Construction, operation, management, equipment performance
Conducive Policies & financial mechanismsDevising & fine tuning
Learning by doing
Feed back, fine tuning & innovation
APPROACH: in a learning & innovation process
Feed back, fine tuning & innovation
Hydropower Africa 2009, Johannesburg, South Africa
Agency for Rural Energy Development
Donor Funding
Government (Min of Finance)
Administrative Unit of BRD
Common Development Fund
Local Government as a Project Developer
CBOs or Private sector
CommercialBanks
LoanFunds
GrantFunds
Flow of Rural Energy Development FundsFlow of Rural Energy Development Funds
APPROACH: A scenario for financial mechanism & serv ices delivery
Hydropower Africa 2009, Johannesburg, South Africa
GISENYI
KIGALI
GIKONGORO
GITARAMA
KIBUNGO
RUHENGERI
CYANGUGU
BYUMBA
BUTARE
KIBUYEKibuye
Cyangugu
Gikongoro
Kibungo
Butare
Goma
BIRUNGANAT'L PARK
UGANDA
REPUBLIC OF
TANZANIA
DEMOCRATICREPUBLIC OF THE
CONGO
UNITED
BURUNDI
PARK
NATIONAL
KAGERA
LakeBunyonyi
LacCyambwe
LakeMujunju
LakeBisongou
LacIhema
LacKivumba
Lac Hago
Lac Mikindi
LacRwanyakizinga
LacNasho
LakeMutanda
LacKivu
LacMpanga
LacBurera
LacRuhondo
LacMuhaziKagitumba
Akan
yaru
Nyabarongo
Lowa
KageraLacCyohoha
LacRweru
Kagera
Gishyita
KABALE
Cyesha
BUKAVU
CyeshaCyesha
Kirehe
KALEHE
KIKUNGIRIKIKUNGIRIKIKUNGIRIKIKUNGIRI
IteraIteraItera
KiansechiKiansechiKiansechiKiansechi
KABALEKABALEKABALE
NYARUGUMBANYARUGUMBANYARUGUMBANYARUGUMBANYARUGUMBA
BYUMBABYUMBABYUMBABYUMBABYUMBA
KaishoKaishoKaishoKaisho
BuginaBuginaBuginaBugina
RUHENGERIRUHENGERIRUHENGERIRUHENGERIRUHENGERI
GISENYIGISENYIGISENYIGISENYIGISENYI
KabayaKabayaKabayaKabayaKabaya
KIGALIKIGALIKIGALIKIGALIKIGALI
GitaramaGitaramaGitaramaGitaramaGitarama KanzenzeKanzenzeKanzenzeKanzenzeKanzenze
GishyitaGishyitaGishyitaGishyita
NYANZANYANZANYANZANYANZANYANZA
BUTAREBUTAREBUTAREBUTAREBUTARE
NGARA
Cyesha
KireheKireheKireheKirehe
KibehoKibehoKibehoKibehoKibeho
Numbi
BUKAVUBUKAVUBUKAVU
Cyesha
KALEHEKALEHEKALEHEKALEHENguziNguziNguziNguziNguzi
BIRENGABIRENGABIRENGABIRENGABIRENGA
4 mini hydro sites with 6 mini gridsNyamyotsi 100kW in operation since 8/ 2006, Mutobo 200kW & Gatubwe 200kW 7/2008 & Nyam II, 100 kW will be in 9/2009
The approach applied resulted in…
Hydropower Africa 2009, Johannesburg, South Africa
PRESENT
Economic Activities
Indicator No.
Primary School 1
Secondary School 1
Pharmacy 3
Health Centre 1
Carpentry Workshop 2 Slaughter house 1 Small Scale Shops 23 Micro-credit scheme 3 Grain milling machine 2 Sewing Cooperatives 3 Market 1
Available input to the potential economic activities are:
• Banana plantations of about 70 ha• Forest of about 5 ha• Sand• Fertile soils• Hydro-power potential (2 km)• Working Group (20-40 years) of about 40% of population• Motorable road to village• School teachers• Potable water• Cultivatable marshland of about 20 ha• Domestic animals (cows, sheep, pigs, goats)
Site selection based mainly on evaluation of Socio-Economic profile and potential productive uses- For example:
POTENTIAL Economic Activities
Important issues: potential productive use
Hydropower Africa 2009, Johannesburg, South Africa
Socio economic profile of Nyamyotsi Micro hydro
Will purchase electricity & stimulate existing income generating activities
Will have increasing work opportunities and become able to pay for energy services
Low-income(100 USD/yr)
75%
Middle-income(400-800 USD/yr) 25%
Total of 700 families (4,000 inhab.)
Important issues: potential productive use
Hydropower Africa 2009, Johannesburg, South Africa
� More kWh sold from same capital investment
� Thus, more affordable energy service/kWh accessible to a wider number of poor beneficiaries
Load Curve
0
10
20
30
40
50
60
70
80
0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23Time (hrs.)
(Loa
d (k
W)
Domestic Usage Industrial Usage Total Load Curve
Appropriate ManagementManagementManagementManagement and Productive useProductive useProductive useProductive use of energy produced ⇒⇒⇒⇒ Poverty alleviationPoverty alleviationPoverty alleviationPoverty alleviation
Key issues for sustainability in Rural communities
Productive uses
lighting
Hydropower Africa 2009, Johannesburg, South Africa
Determinants of energy enterprise performance
Energy enterprises
Skills for designing, engineering, construction and maintenance
Access to smart financial mechanisms
Knowledge and experience of appropriate management set-ups
Access to and cost of appropriate equipment and spare parts
Policies and Regulatory frame Promoting PPP
Expected end situation…
Hydropower Africa 2009, Johannesburg, South Africa
Snapshots: awareness building and participation of local population important for ownership
Hydropower Africa 2009, Johannesburg, South Africa
Construction done by
local labours from the
community, trained by &
work under suppervision
of UNIDO experts
Snapshots: local labours & skills
Hydropower Africa 2009, Johannesburg, South Africa
Snapshots: local labours & skills
Hydropower Africa 2009, Johannesburg, South Africa
Snapshots: Some users- around 1200 service wirings; more is add ing…
Hydropower Africa 2009, Johannesburg, South Africa
Some of the Problems faced & Lessons learned:
Erosion of river banks - sandy water
Hydropower Africa 2009, Johannesburg, South Africa
Lessons learned: Erosion of river banks - sandy water
Solutions: Special designs- intakes and forebay tanks
Hydropower Africa 2009, Johannesburg, South Africa
Lessons learned: Erosion of river banks - sandy water;
Solutions: Plantation of bamboo and others to prevent soil erosion
But, a nationwide action
needed as the problem is not
local and water comes from
distances & elsewhere
Hydropower Africa 2009, Johannesburg, South Africa
Local Authority in close cooperation with the
consumer society
TechnicalResponsible
FinancialResponsible
Operators Helpers Security guards
He/ she will be the competent authority of the entire mini hydro power facility and should be responsible to the MINIFRA.
TR is responsible for all the technical matters regarding the power facility & should be carrying out the duties mention in chapter 3.8. In operation and maintenance manual
He/she should be responsible for all financial issues which are covering following duties.-Maintaining the bank account.-Monthly billing.-Handling plant operational expenses-...
Present management set up at Niyamyotsi I
Lessons learned: irregularity of fee collection leading to shortage in
cash flow for appropriate management and running costs
Hydropower Africa 2009, Johannesburg, South Africa
Private company
signing a contract of
management with the
local Authority
TechnicalResponsible
FinancialResponsible
Operators Helpers Security guards
Local Authority in close cooperation
with the consumer society
TR is responsible for all the technical
matters regarding the power facility &
should be carrying out the duties
mentioned in chapter 3.8. In operation
and maintenance manual
He/she should be responsible for all financial issues which are covering following duties.-Maintaining the bank account.-Monthly billing.-Handling plant operational expenses-...
Proposed management arrangement: Private contract of services
A solution: besides more rigorous awareness building, shifting to
private management
Hydropower Africa 2009, Johannesburg, South Africa
Some Impacts: beside providing access to electricity with its impact
on the socio economic situation, a major outcome capacity
building through learning by doing, on various levels is
Hydropower Africa 2009, Johannesburg, South Africa
� GoRw is building on the outcomes and has embarked on a replication process using the south-south cooperation promoted by UNIDO: 8 mini hydro plants totaling 6.75 MW & a small hydro of 9.5 MW are being constructed; 10 other mini hydro plants are financed by European donors
� GoRw has set objective of increasing access to electricity from 6-16% by 2012, where mini-hydro plays the major role in rural electrification plan
Some Impacts: A measurable macro level impacts - GoRw Policies
Hydropower Africa 2009, Johannesburg, South Africa
Thank you!