Difference between revisions of "Pre-electrification of Selected Rural Villages in Madagascar"

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= Background<br/> =
 
  
The project PERER (Promotion of rural electrification through renewable energies) aims to improve the capacity of the Rural Electrification Agency ADER and local private operators to define, plan and implement rural electrification projects, focussing on small hydropower. In 2010 a public-private-partnership (PPP) project was initiated by PERER regarding the pre-electrification of remote villages with solar power.
+
= Overview<br/> =
  
The current rural electrification scheme in Madagascar is based on privately operated insular systems. ADER grants investment subsidies to the private operators who recover their part of the investments and the operation and maintenance costs by contributions of beneficiaries. This scheme has proven successful e.g. for [[Hydro|hydropower ]]projects but does not work in large parts of Madagascar where water resources are scarce. For these areaspower presents a possible alternative. However, there were no established schemes in Madagascar how to apply the private sector approach to a (pre-) electrification with solar energy.
+
The project PERER (Promotion of rural electrification through renewable energies) aims to improve the capacity of the Rural Electrification Agency ADER and local private operators to define, plan and implement rural electrification projects, focussing on small hydropower. In 2010 a '''public-private-partnership (PPP)''' project was initiated by PERER regarding the pre-electrification of remote villages with solar power.
 +
 
 +
The current rural electrification scheme in Madagascar is based on privately operated insular systems. ADER grants investment subsidies to the private operators who recover their part of the investments and the operation and maintenance costs by contributions of beneficiaries. This scheme has proven successful e.g. for [[Hydro|hydropower projects]] but does not work in large parts of Madagascar where water resources are scarce. For these areaspower presents a possible alternative. However, there were no established schemes in Madagascar how to apply the private sector approach to a (pre-) electrification with solar energy.
  
 
The idea of the PPP project is to electrify the social infrastructure (key public services) and link this to the provision of electricity to selected private households with sufficient purchase power. With the support of SolarWorld (provision of panels) and TRITEC (technical planning, training, provision of solar equipment) 2 villages of Southern Madagascar were already pre-electrified in October 2011, 2-4 more villages will be (pre-)electrified in 2012 with the additional financing of ADER and a mining company.
 
The idea of the PPP project is to electrify the social infrastructure (key public services) and link this to the provision of electricity to selected private households with sufficient purchase power. With the support of SolarWorld (provision of panels) and TRITEC (technical planning, training, provision of solar equipment) 2 villages of Southern Madagascar were already pre-electrified in October 2011, 2-4 more villages will be (pre-)electrified in 2012 with the additional financing of ADER and a mining company.
  
The following services are now available in the pre-electrified villages:
+
<u>The following services are now available in the pre-electrified villages:</u>
 
 
 
*Electricity for social infrastructure provided by independent small PV systems
 
*Electricity for social infrastructure provided by independent small PV systems
 
*[[Solar Battery Charging Stations|Solar battery charging station]] (SBCS) for households with sufficient purchase power
 
*[[Solar Battery Charging Stations|Solar battery charging station]] (SBCS) for households with sufficient purchase power
*[[PicoPV Database|Solar lanterns]] (provided by the social company [[ToughStuff]]) for renting per night or for instalment purchase also for poorer households
+
*Solar lanterns (provided by the social company [[ToughStuff|ToughStuff]]) for renting per night or for instalment purchase also for poorer households
 +
 
 +
<br/>
  
 
= Cost, Financing and Business Models<br/> =
 
= Cost, Financing and Business Models<br/> =
Line 28: Line 30:
  
 
<u>Tariffs</u>
 
<u>Tariffs</u>
 
+
*Social Infrastructure: € 5 / 100Wp x month<br/>(The tariff for the social infrastructure had to be based on the capacity of the system (kW) as the energy consumption (kWh) is not measured.)
*Social Infrastructure:&nbsp; € 5 / 100Wp x month<br/>(The tariff for the social infrastructure had to be based on the capacity of the system (kW) as the energy consumption (kWh) is not measured.)
+
*Battery charging: € 3 / month battery rental plus € 0.50 per charging
*Battery charging: € 3 / month battery rental&nbsp; plus&nbsp; € 0.50 per charging
 
 
*Solar lamp rental: € 0.07 per night (compared to 10€cents for a candle)
 
*Solar lamp rental: € 0.07 per night (compared to 10€cents for a candle)
  
 
<u>Configuration of the systems (exemplary village of Mahaboboka with 4700 inhabitants) and investment costs</u>
 
<u>Configuration of the systems (exemplary village of Mahaboboka with 4700 inhabitants) and investment costs</u>
  
{| style="width: 100%" width="596" border="1" cellpadding="0" cellspacing="0"
+
{| border="1" cellspacing="0" cellpadding="0" style="width: 596px;  width: 100%"
 
|-
 
|-
| style="width: 103px;  height: 16px" |  
+
| style="width: 103px;  height: 16px;  background-color: rgb(204, 204, 204)" |  
 
'''Infrastructure'''
 
'''Infrastructure'''
  
| style="width: 398px;  height: 16px" |  
+
| style="width: 103px;  height: 16px;  background-color: rgb(204, 204, 204)" |  
 
'''Element'''
 
'''Element'''
  
| style="width: 95px;  height: 16px" |  
+
| style="width: 103px;  height: 16px;  background-color: rgb(204, 204, 204)" |  
 
'''Investment Costs [€] *'''
 
'''Investment Costs [€] *'''
  
 
|-
 
|-
| style="width: 103px;  height: 15px" rowspan="6" |  
+
| rowspan="6" style="width: 103px;  height: 15px" |  
 
Health center
 
Health center
  
Line 53: Line 54:
 
Panel: SolarWorld, 24V, 520Wp
 
Panel: SolarWorld, 24V, 520Wp
  
| style="width: 95px;  height: 15px" nowrap="nowrap" |  
+
| style="white-space: nowrap;  width: 95px;  height: 15px" |  
 
936
 
936
  
Line 60: Line 61:
 
Charge controller: Moringstar Tristar, 12V, 30A
 
Charge controller: Moringstar Tristar, 12V, 30A
  
| style="width: 95px;  height: 15px" nowrap="nowrap" |  
+
| style="white-space: nowrap;  width: 95px;  height: 15px" |  
 
79
 
79
  
Line 67: Line 68:
 
Converter: KACO KI 1000, 24V, 1000W
 
Converter: KACO KI 1000, 24V, 1000W
  
| style="width: 95px;  height: 15px" nowrap="nowrap" |  
+
| style="white-space: nowrap;  width: 95px;  height: 15px" |  
 
819
 
819
  
Line 74: Line 75:
 
Battery: AGM, Rolls, 12V, 960Ah (4 x 240 Ah)
 
Battery: AGM, Rolls, 12V, 960Ah (4 x 240 Ah)
  
| style="width: 95px;  height: 15px" nowrap="nowrap" |  
+
| style="white-space: nowrap;  width: 95px;  height: 15px" |  
 
2 651
 
2 651
  
Line 81: Line 82:
 
Cables, accessories
 
Cables, accessories
  
| style="width: 95px;  height: 15px" nowrap="nowrap" |  
+
| style="white-space: nowrap;  width: 95px;  height: 15px" |  
 
164
 
164
  
Line 88: Line 89:
 
'''Total'''
 
'''Total'''
  
| style="width: 95px;  height: 16px" nowrap="nowrap" |  
+
| style="white-space: nowrap;  width: 95px;  height: 16px" |  
 
'''4 650'''
 
'''4 650'''
  
 
|-
 
|-
| style="width: 103px;  height: 15px" rowspan="6" |  
+
| rowspan="6" style="width: 103px;  height: 15px" |  
 
Administration offices
 
Administration offices
  
Line 98: Line 99:
 
Panel: SolarWorld, 12V 260Wp
 
Panel: SolarWorld, 12V 260Wp
  
| style="width: 95px;  height: 15px" nowrap="nowrap" |  
+
| style="white-space: nowrap;  width: 95px;  height: 15px" |  
 
468
 
468
  
Line 105: Line 106:
 
Charge controller: Moringstar Prostar, 12V, 30A
 
Charge controller: Moringstar Prostar, 12V, 30A
  
| style="width: 95px;  height: 15px" nowrap="nowrap" |  
+
| style="white-space: nowrap;  width: 95px;  height: 15px" |  
 
79
 
79
  
Line 112: Line 113:
 
Converter: KACO KI 1000, 12V, 1000W
 
Converter: KACO KI 1000, 12V, 1000W
  
| style="width: 95px;  height: 15px" nowrap="nowrap" |  
+
| style="white-space: nowrap;  width: 95px;  height: 15px" |  
 
784
 
784
  
Line 119: Line 120:
 
Battery: AGM, Rolls, 12V, 480Ah (2 x 240 Ah)
 
Battery: AGM, Rolls, 12V, 480Ah (2 x 240 Ah)
  
| style="width: 95px;  height: 15px" nowrap="nowrap" |  
+
| style="white-space: nowrap;  width: 95px;  height: 15px" |  
 
1 326
 
1 326
  
Line 126: Line 127:
 
Cables, accessories
 
Cables, accessories
  
| style="width: 95px;  height: 15px" nowrap="nowrap" |  
+
| style="white-space: nowrap;  width: 95px;  height: 15px" |  
 
75
 
75
  
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'''TOTAL'''
 
'''TOTAL'''
  
| style="width: 95px;  height: 16px" nowrap="nowrap" |  
+
| style="white-space: nowrap;  width: 95px;  height: 16px" |  
 
'''2 732'''
 
'''2 732'''
  
 
|-
 
|-
| style="width: 103px;  height: 15px" rowspan="6" |  
+
| rowspan="6" style="width: 103px;  height: 15px" |  
 
Secondary School
 
Secondary School
  
Line 143: Line 144:
 
Panel: SolarWorld, 12V, 50Wp
 
Panel: SolarWorld, 12V, 50Wp
  
| style="width: 95px;  height: 15px" nowrap="nowrap" |  
+
| style="white-space: nowrap;  width: 95px;  height: 15px" |  
 
90
 
90
  
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Charge controller: Moringstar Prostar, 12V, 15A
 
Charge controller: Moringstar Prostar, 12V, 15A
  
| style="width: 95px;  height: 15px" nowrap="nowrap" |  
+
| style="white-space: nowrap;  width: 95px;  height: 15px" |  
 
59
 
59
  
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Converter: KACO KI 250, 12V, 250W
 
Converter: KACO KI 250, 12V, 250W
  
| style="width: 95px;  height: 15px" nowrap="nowrap" |  
+
| style="white-space: nowrap;  width: 95px;  height: 15px" |  
 
177
 
177
  
 
|-
 
|-
 
| style="width: 398px;  height: 15px" |  
 
| style="width: 398px;  height: 15px" |  
Battery&nbsp;: Gel, SOLAR TECHNOLOGIE, 12V, 100 Ah
+
Battery : Gel, SOLAR TECHNOLOGIE, 12V, 100 Ah
  
| style="width: 95px;  height: 15px" nowrap="nowrap" |  
+
| style="white-space: nowrap;  width: 95px;  height: 15px" |  
 
258
 
258
  
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Cables, accessories
 
Cables, accessories
  
| style="width: 95px;  height: 15px" nowrap="nowrap" |  
+
| style="white-space: nowrap;  width: 95px;  height: 15px" |  
 
52
 
52
  
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'''TOTAL'''
 
'''TOTAL'''
  
| style="width: 95px;  height: 16px" nowrap="nowrap" |  
+
| style="white-space: nowrap;  width: 95px;  height: 16px" |  
 
'''636'''
 
'''636'''
  
 
|-
 
|-
| style="width: 103px;  height: 15px" rowspan="6" |  
+
| rowspan="6" style="width: 103px;  height: 15px" |  
 
Primary School
 
Primary School
  
Line 188: Line 189:
 
Panel: SolarWorld, 12V, 130Wp
 
Panel: SolarWorld, 12V, 130Wp
  
| style="width: 95px;  height: 15px" nowrap="nowrap" |  
+
| style="white-space: nowrap;  width: 95px;  height: 15px" |  
 
234
 
234
  
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Charge controller: Moringstar Prostar, 12V, 15A
 
Charge controller: Moringstar Prostar, 12V, 15A
  
| style="width: 95px;  height: 15px" nowrap="nowrap" |  
+
| style="white-space: nowrap;  width: 95px;  height: 15px" |  
 
59
 
59
  
Line 202: Line 203:
 
Converter: KACO KI 1000, 12V, 1000W
 
Converter: KACO KI 1000, 12V, 1000W
  
| style="width: 95px;  height: 15px" nowrap="nowrap" |  
+
| style="white-space: nowrap;  width: 95px;  height: 15px" |  
 
784
 
784
  
 
|-
 
|-
 
| style="width: 398px;  height: 15px" |  
 
| style="width: 398px;  height: 15px" |  
Battery&nbsp;: Gel, SOLAR TECHNOLOGIE, 12V, 200 Ah (2 x 100 Ah)
+
Battery : Gel, SOLAR TECHNOLOGIE, 12V, 200 Ah (2 x 100 Ah)
  
| style="width: 95px;  height: 15px" nowrap="nowrap" |  
+
| style="white-space: nowrap;  width: 95px;  height: 15px" |  
 
515
 
515
  
Line 216: Line 217:
 
Cables, accessories
 
Cables, accessories
  
| style="width: 95px;  height: 15px" nowrap="nowrap" |  
+
| style="white-space: nowrap;  width: 95px;  height: 15px" |  
 
58
 
58
  
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'''TOTAL'''
 
'''TOTAL'''
  
| style="width: 95px;  height: 16px" nowrap="nowrap" |  
+
| style="white-space: nowrap;  width: 95px;  height: 16px" |  
 
'''1 650'''
 
'''1 650'''
  
Line 233: Line 234:
 
Lighting point: 8 x ecoliGhts, Ecostar,<br/>LED-lamp 1100 lm,<br/>Panels 58Wp<br/>Battery 48 Ah
 
Lighting point: 8 x ecoliGhts, Ecostar,<br/>LED-lamp 1100 lm,<br/>Panels 58Wp<br/>Battery 48 Ah
  
| style="width: 95px;  height: 16px" nowrap="nowrap" |  
+
| style="white-space: nowrap;  width: 95px;  height: 16px" |  
 
'''10 400'''
 
'''10 400'''
  
 
|-
 
|-
| style="width: 103px;  height: 15px" rowspan="5" |  
+
| rowspan="5" style="width: 103px;  height: 15px" |  
 
Battery Charging Station
 
Battery Charging Station
  
 
| style="width: 398px;  height: 15px" |  
 
| style="width: 398px;  height: 15px" |  
Panel: &nbsp;5 x SolarWorld, 12V, 80Wp
+
Panel: 5 x SolarWorld, 12V, 80Wp
  
| style="width: 95px;  height: 15px" nowrap="nowrap" |  
+
| style="white-space: nowrap;  width: 95px;  height: 15px" |  
 
520
 
520
  
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Charge controller: 5 x Morningstar SHS, 12V, 10A
 
Charge controller: 5 x Morningstar SHS, 12V, 10A
  
| style="width: 95px;  height: 15px" nowrap="nowrap" |  
+
| style="white-space: nowrap;  width: 95px;  height: 15px" |  
 
105
 
105
  
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Cables, accessories
 
Cables, accessories
  
| style="width: 95px;  height: 15px" nowrap="nowrap" |  
+
| style="white-space: nowrap;  width: 95px;  height: 15px" |  
 
140
 
140
  
 
|-
 
|-
 
| style="width: 398px;  height: 15px" |  
 
| style="width: 398px;  height: 15px" |  
Battery&nbsp;: 6 x Gel, SOLAR TECHNOLOGIE, 12V, 55 Ah
+
Battery : 6 x Gel, SOLAR TECHNOLOGIE, 12V, 55 Ah
  
| style="width: 95px;  height: 15px" nowrap="nowrap" |  
+
| style="white-space: nowrap;  width: 95px;  height: 15px" |  
 
834
 
834
  
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'''TOTAL'''
 
'''TOTAL'''
  
| style="width: 95px;  height: 16px" nowrap="nowrap" |  
+
| style="white-space: nowrap;  width: 95px;  height: 16px" |  
 
'''1 598'''
 
'''1 598'''
  
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| style="width: 398px;  height: 16px" |  
 
| style="width: 398px;  height: 16px" |  
&nbsp;
+
<br/>
  
| style="width: 95px;  height: 16px" nowrap="nowrap" |  
+
| style="white-space: nowrap;  width: 95px;  height: 16px" |  
 
'''21 666'''
 
'''21 666'''
  
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The investment costs (without costs of planning and installation) were financed by the European partners (GIZ, SolarWorld, TRITEC). The Malagasy private partners participated in the project with in-kind contribution for planning and installation, in-kind and cash contributions for the protection of the PV systems (boxes, etc.) and investment in solar lanterns and further batteries for renting.
 
The investment costs (without costs of planning and installation) were financed by the European partners (GIZ, SolarWorld, TRITEC). The Malagasy private partners participated in the project with in-kind contribution for planning and installation, in-kind and cash contributions for the protection of the PV systems (boxes, etc.) and investment in solar lanterns and further batteries for renting.
  
= [[Image:DSC01342.jpg|left|7x5px]]Pictures of the project<br> =
+
<br/>
 +
 
 +
= Pictures of the Project<br/> =
 +
{|
 +
|-
 +
|
 +
[[File:DSC01342.jpg|center|400px|Pictures of the Project - 1|alt=DSC01342.jpg]]
 +
 
 +
| [[File:DSC01348.jpg|center|400px|Pictures of the Project - 2|alt=DSC01348.jpg]]
 +
|-
 +
| [[File:DSC01663.jpg|center|400px|Pictures of the Project - 3|alt=DSC01663.jpg]]
 +
|
 +
|}
 +
 
 +
 
 +
= Further Information =
 +
 
 +
*[[Madagascar Energy Situation|Madagascar Energy Situation]]
 +
 
 +
<br/>
 +
 
 +
= References =
  
<br><br><br>
+
<references />
  
[[Category:Solar]] [[Category:Madagascar]]
+
[[Category:Solar]]
 +
[[Category:Rural_Electrification]]
 +
[[Category:Madagascar]]

Latest revision as of 12:24, 25 March 2022

Overview

The project PERER (Promotion of rural electrification through renewable energies) aims to improve the capacity of the Rural Electrification Agency ADER and local private operators to define, plan and implement rural electrification projects, focussing on small hydropower. In 2010 a public-private-partnership (PPP) project was initiated by PERER regarding the pre-electrification of remote villages with solar power.

The current rural electrification scheme in Madagascar is based on privately operated insular systems. ADER grants investment subsidies to the private operators who recover their part of the investments and the operation and maintenance costs by contributions of beneficiaries. This scheme has proven successful e.g. for hydropower projects but does not work in large parts of Madagascar where water resources are scarce. For these areaspower presents a possible alternative. However, there were no established schemes in Madagascar how to apply the private sector approach to a (pre-) electrification with solar energy.

The idea of the PPP project is to electrify the social infrastructure (key public services) and link this to the provision of electricity to selected private households with sufficient purchase power. With the support of SolarWorld (provision of panels) and TRITEC (technical planning, training, provision of solar equipment) 2 villages of Southern Madagascar were already pre-electrified in October 2011, 2-4 more villages will be (pre-)electrified in 2012 with the additional financing of ADER and a mining company.

The following services are now available in the pre-electrified villages:

  • Electricity for social infrastructure provided by independent small PV systems
  • Solar battery charging station (SBCS) for households with sufficient purchase power
  • Solar lanterns (provided by the social company ToughStuff) for renting per night or for instalment purchase also for poorer households


Cost, Financing and Business Models

Fee for Service

All systems are run on a fee-for-service basis, meaning that even public services pay tariffs to the private operator.

Cross-financing

The income generated with the battery charging and lantern rental covers the costs for maintenance of the charging stations themselves and the PV systems for the social infrastructure. It also allows for a reasonable profit for the private operator. The contribution asked from the public users (local government, schools) are so low that they can only cover replacement cost of batteries and are not enough to ensure benefits for the private service provider.

Blocked bank account for battery replacement

The private service providers sign a contract with the mayor and ADER. The money allocated to battery replacement for the systems at the social infrastructure has to be regularly placed on a blocked bank account. Access to the account by the private operators is monitored by ADER.

Tariffs

  • Social Infrastructure: € 5 / 100Wp x month
    (The tariff for the social infrastructure had to be based on the capacity of the system (kW) as the energy consumption (kWh) is not measured.)
  • Battery charging: € 3 / month battery rental plus € 0.50 per charging
  • Solar lamp rental: € 0.07 per night (compared to 10€cents for a candle)

Configuration of the systems (exemplary village of Mahaboboka with 4700 inhabitants) and investment costs

Infrastructure

Element

Investment Costs [€] *

Health center

Panel: SolarWorld, 24V, 520Wp

936

Charge controller: Moringstar Tristar, 12V, 30A

79

Converter: KACO KI 1000, 24V, 1000W

819

Battery: AGM, Rolls, 12V, 960Ah (4 x 240 Ah)

2 651

Cables, accessories

164

Total

4 650

Administration offices

Panel: SolarWorld, 12V 260Wp

468

Charge controller: Moringstar Prostar, 12V, 30A

79

Converter: KACO KI 1000, 12V, 1000W

784

Battery: AGM, Rolls, 12V, 480Ah (2 x 240 Ah)

1 326

Cables, accessories

75

TOTAL

2 732

Secondary School

Panel: SolarWorld, 12V, 50Wp

90

Charge controller: Moringstar Prostar, 12V, 15A

59

Converter: KACO KI 250, 12V, 250W

177

Battery : Gel, SOLAR TECHNOLOGIE, 12V, 100 Ah

258

Cables, accessories

52

TOTAL

636

Primary School

Panel: SolarWorld, 12V, 130Wp

234

Charge controller: Moringstar Prostar, 12V, 15A

59

Converter: KACO KI 1000, 12V, 1000W

784

Battery : Gel, SOLAR TECHNOLOGIE, 12V, 200 Ah (2 x 100 Ah)

515

Cables, accessories

58

TOTAL

1 650

Public Lighting

Lighting point: 8 x ecoliGhts, Ecostar,
LED-lamp 1100 lm,
Panels 58Wp
Battery 48 Ah

10 400

Battery Charging Station

Panel: 5 x SolarWorld, 12V, 80Wp

520

Charge controller: 5 x Morningstar SHS, 12V, 10A

105

Cables, accessories

140

Battery : 6 x Gel, SOLAR TECHNOLOGIE, 12V, 55 Ah

834

TOTAL

1 598

Total


21 666

Financing

The investment costs (without costs of planning and installation) were financed by the European partners (GIZ, SolarWorld, TRITEC). The Malagasy private partners participated in the project with in-kind contribution for planning and installation, in-kind and cash contributions for the protection of the PV systems (boxes, etc.) and investment in solar lanterns and further batteries for renting.


Pictures of the Project

DSC01342.jpg
DSC01348.jpg
DSC01663.jpg


Further Information


References