rural electrification authority: renewable energy as a driver for rural electrification

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THE RURAL ELECTRIFICATION THE RURAL ELECTRIFICATION AUTHORITY AUTHORITY Renewable Energy as a Driver for Rural Electrification Presentation at the France-Kenya Renewable Energy Workshop held at the Norfolk Hotel on 27 th September, 2016 1

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Page 1: Rural Electrification Authority: Renewable Energy as a Driver for Rural Electrification

THE RURAL ELECTRIFICATION THE RURAL ELECTRIFICATION AUTHORITYAUTHORITY

Renewable Energy as a Driver for Rural Electrification

Presentation at the France-Kenya Renewable Energy Workshop held at the Norfolk Hotel on 27th September, 2016

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Page 2: Rural Electrification Authority: Renewable Energy as a Driver for Rural Electrification

OUTLINEOUTLINE

1. INTRODUCTION

2. REA ELECTRIFICATION STRATEGY

3. ELECTRIFICATION OF PUBLIC PRIMARY SCHOOLS

4. OFF-GRID ELECTRIFICATION

5. ELECTRIFICATION THROUGH RENEWABLE ENERGY-

SOLAR HYBRID MINI-GRIDS

6. CONCLUSION AND WAY FORWARD

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Page 3: Rural Electrification Authority: Renewable Energy as a Driver for Rural Electrification

1. INTRODUCTION1. INTRODUCTION

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• Rural Electrification (REA) was established in 2006 through the Energy Act of 2006 and became operational in 2007 with mandate of electrifying all the rural areas of the country.

• This was upon realization that although electricity is an important input to the socio-economic development of the country, many parts of the country could not get electricity on commercial basis.

Page 4: Rural Electrification Authority: Renewable Energy as a Driver for Rural Electrification

2. REA ELECTRIFICATION STRATEGY

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• In its first Strategic Plan 2008 – 2012, the Authority focused on the electrification of the three main public facilities namely: Trading Centres, Secondary Schools and Health Centres.

 • The main methods used are grid extension for the interconnected

areas and stand-alone diesel stations/renewable energy for areas far from the national grid.

• Nationally there are about 88,263 public facilities comprising of Trading Centers, public secondary schools/Polytechnics/Institution of Higher Learning, Primary Schools and Nurseries, Health Centres/Dispensaries, Social Halls/Churches and Mosques, Coffee Factories/Processing Plants, Tea Buying Centres, Community Water Projects/Boreholes, Administrative Offices and Police Posts.

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• Nationally there are about 88,263 public facilities comprising of Trading Centers, public secondary schools/ Polytechnics/ Institution of Higher Learning, Primary Schools and Nurseries, Health Centres/Dispensaries, Social Halls/Churches and Mosques, Coffee Factories/Processing Plants, Tea Buying Centres, Community Water Projects/Boreholes, Administrative Offices and Police Posts.

• As at August 2016, a total of 60,693 (69%) of the public facilities had been electrified leaving a balance of 27,570 (31%) to be electrified by the year 2020.

Page 6: Rural Electrification Authority: Renewable Energy as a Driver for Rural Electrification

3. DIGITAL LEARNING PROGRAMME

• For the last three years or so, the Rural Electrification Authority has been focused on the connection of primary schools to electricity in line with the Governments objective of providing Digital Learning Devices (DLD) to all pupils joining standard one in public primary schools. REA is in the final stages of completing connection to all the public primary schools.

• There is a total of about 23,401 public primary schools in the Country. In the last three financial years 2013/14, 2014/15 and 2015/16, REA supplied electricity to 14,940 primary schools across the country making the total electrified be 23,044. REA is in the final stages of completing the remaining balance of about 357(1.5%).

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Page 7: Rural Electrification Authority: Renewable Energy as a Driver for Rural Electrification

• Out of the 23,044 primary schools electrified, about 18,887(82%) have been supplied through grid connection and 4,157(18%) through installation of solar PV systems.

3. CONT.3. CONT.

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Page 8: Rural Electrification Authority: Renewable Energy as a Driver for Rural Electrification

4. OFF-GRID ELECTRIFICATION4. OFF-GRID ELECTRIFICATION

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• The national grid covers about 33% of the country where about 84% of the population is located. Grid is concentrated in the south with high potential agricultural areas. North is arid and semi-arid areas and extending grid is not economical. See map in another slide.

• In these areas off the national grid, isolated mini-grids and stand-alone solar PV and wind installations are considered for electrification of targeted loads in line with the Rural Electrification Master Plan of 2009. A total of 33 off-grid diesel power stations have been implemented in the country so far. Out these, 14 stations were the old stations that were in operation before REA was established. REA has so far established 20No. new off-grid diesel stations and their status is as follows:

Page 9: Rural Electrification Authority: Renewable Energy as a Driver for Rural Electrification

4. 4. CONT.CONT.

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Commissioned Works in progress At contract stage Total

12 7 1 20

Four (4) of the old stations have been decommissioned due to the arrival of the grid and the equipment taken to other diesel stations to enhance capacity. One(1) has been on standby mode due to poor quality power supply from a neighbouring country.

Five(5) of the old stations have been retrofitted with renewable energy (solar/wind) while four(4) of the new off-grid diesel power stations have also been retrofitted with solar to reduce the fuel cost and environment impacts. Plans are in place to retrofit additional stations with solar/wind.

Page 10: Rural Electrification Authority: Renewable Energy as a Driver for Rural Electrification

4. CONT.4. CONT.

Map showinggrid and off-grid area

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Page 11: Rural Electrification Authority: Renewable Energy as a Driver for Rural Electrification

5. ELECTRIFICATION THROUGH 5. ELECTRIFICATION THROUGH RENEWABLE ENERGY – SOLAR HYBRID RENEWABLE ENERGY – SOLAR HYBRID MINI-GRIDSMINI-GRIDS

• Total un-electrified public facilities in the off-grid areas are 3,799 out of which 629 are trading centres (REA Draft Strategic Plan, 2016/17 – 2020/21).

• In the Draft Strategic Plan, REA has now changed its policy of electrifying the off-grid trading centres from diesel based supply to solar hybrid mini-grids. The approach will be used to electrify all the un-electrified off-grid trading centres identified in the off-grid areas. To this end, the Authority has carried/is carrying out a number of renewable energy off-grid mini-grids projects that includes the following;– 60kWp solar mini-grid in Biyamadhow market in Wajir County targeting

150-200 households.– 25No. solar mini-grids of about 60kWp each in 25No markets in off-grid

areas in the financial year 2016/17. Works in tendering stage of evaluation.

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Page 12: Rural Electrification Authority: Renewable Energy as a Driver for Rural Electrification

•In partnership with Southampton University of UK, the Authority has participated in the establishment of Kitonyoni 13.5kWp community solar project in Makueni; Oloika 13.5kWp and Shampole 8.4kWp Community Solar Projects in Kajiado. Further collaboration with the University is being explored in the development of more mini-grids.

•Further, in collaboration with other donors/development partners, REA is also developing solar off-grid mini-grids in trading centres far away from the national grid comprising of the following:

• GIZ/KfW – 370kWp Solar-200kW diesel hybrid at Kalokol, Turkana-180kWp Solar-100kW diesel hybrid at Dukana, Marsabit-140kWp Solar-100kW diesel hybrid at Ngurunit, Marsabit-Eight other trading centres.

5. 5. CONTCONT. .

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Page 13: Rural Electrification Authority: Renewable Energy as a Driver for Rural Electrification

5. 5. CONTCONT. .

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• AfD – Retrofitting of 22 off-grid diesel power stations with renewable energy.

 • World Bank – Establishment of 6 new off-grid diesel power stations

with solar energy component.

• The private sector is also contributing to the electrification of the off-grid areas through solar hybrid mini-grids:

• GIZ ProSolar Project has supported the establishment of a 40kWp Talek Power in Narok County. Project already transferred to the County government of Narok. It is further supporting the private sector on Result Based Financing (RBF) in the development of 3 solar hybrid mini-grids in Turkana County and a further 3 more in Marsabit County.

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• In collaboration with TTA of Spain, GIZ Prosolar project is supporting a solar mini-grid in Marsabit County on a Public Private Partnership (PPP) framework.

 • PowerHive of USA has also established 3 solar mini-grids in Kisii County

and has plans to establish more in the County.

•On large scale grid-connected renewable energy projects, the REA has secured financing of a 50MW solar plant in Garissa town. The plant is part of the 5000 + MW by 2016 power to transform Kenya by the Government of Kenya. Power Purchase Agreement between Kenya Power and REA has been approved by the Energy Regulatory Commission.

5. CONT. 5. CONT.

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Page 15: Rural Electrification Authority: Renewable Energy as a Driver for Rural Electrification

•On the way forward, after supplying electricity to all public primary schools without power by end of December, 2016, the Authority will embark on electrifying all the remaining public facilities through grid extensions in the interconnected areas and renewable energy mini-grids in areas far from the grid.

•The private sector will be complimenting REA in the electrification of the off-grid areas through the private renewable/solar mini-grids

6. CONCLUSION AND WAY FORWARD6. CONCLUSION AND WAY FORWARD

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Page 16: Rural Electrification Authority: Renewable Energy as a Driver for Rural Electrification

THANK YOU

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