Energy for Rural Health Centers - Revision history

Lisafeldmann at 13:25, 14 September 2023

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Lisafeldmann: /* Project Experience */

2023-09-14T12:38:48Z

Project Experience

Lisafeldmann at 09:02, 14 September 2023

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Lisafeldmann at 09:00, 14 September 2023

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Christian Sedlak at 07:37, 23 November 2022

2022-11-23T07:37:48Z

Christian Sedlak at 07:36, 23 November 2022

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Christian Sedlak at 07:32, 23 November 2022

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Christian Sedlak at 07:31, 23 November 2022

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Christian Sedlak at 07:29, 23 November 2022

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← Older revision		Revision as of 13:25, 14 September 2023
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	Read more about the project and its lessons learned [[Improving Health Services for the Rural Population in Ghana\|here]].		Read more about the project and its lessons learned [[Improving Health Services for the Rural Population in Ghana\|here]].
		+
		+	* '''Improved Energy Access for the Kaffrine Region'''
		+
		+	Kaffrine is a rural region in Senegal where more than half of the population and social institutions (e.g. schools and health posts) do not have access to electricity from the national grid. The GBE project supports the acquisition, sustainable management, and financial viability of solar systems for the benefit of ten rural sewing craft enterprises, eight schools and five health centres in Kaffrine.
		+
		+	Read more about the project [[Improved Energy Access for the Kaffrine Region\|here]].

	== Further Information ==		== Further Information ==

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 * Experience and lessons learned, including project approaches, technical details and evidence for impacts of GIZ projects in [[Uganda Energy Situation|Uganda]] and [[Ethiopia Energy Situation|Ethiopia]] are discussed in the [[Photovoltaic (PV) for Health Centers - Project Experience|article "Photovoltaic (PV) for Health Centers - Project Experience"]]. It aims at compiling experience from past and ongoing PV programmes for rural health centers.
 * '''Sustainable energy access for social institutions through service models'''
@@ Line 473: / Line 472: @@
 Read more about this approach [[Sustainable energy access for social institutions through service models|here]].
 == Further Information ==

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 == Project Experience ==
-Experience and lessons learned, including project approaches, technical details and evidence for impacts of GIZ projects in [[Uganda Energy Situation|Uganda]] and [[Ethiopia Energy Situation|Ethiopia]] are discussed in the [[Photovoltaic (PV) for Health Centers - Project Experience|article "Photovoltaic (PV) for Health Centers - Project Experience"]]. It aims at compiling experience from past and ongoing PV programmes for rural health centers.
+* Experience and lessons learned, including project approaches, technical details and evidence for impacts of GIZ projects in [[Uganda Energy Situation|Uganda]] and [[Ethiopia Energy Situation|Ethiopia]] are discussed in the [[Photovoltaic (PV) for Health Centers - Project Experience|article "Photovoltaic (PV) for Health Centers - Project Experience"]]. It aims at compiling experience from past and ongoing PV programmes for rural health centers.
-<u>For each project the following issues are covered:</u>
+* '''Sustainable energy access for social institutions through service models'''
-#Project Approach,
+According to surveys conducted by the Green People’s Energy (GBE, Grüne Bürgerenergie) Benin project between 2020–2021, more than 69% of the solar systems installed up to five years prior by various electrification efforts (donors, government, charities) in health centers were no longer functioning. In order to ensure the sustainability of solar systems installed for the benefit of social institutions, the German cooperation-financed GBE Programme implemented by GIZ, pilots service-based delivery models in Benin that are based on a long-term commitment of a service provider (i.e. a solar company) to maintain the system and of the client (i.e. the social institution) to pay a monthly fee.
 Read more about this approach [[Sustainable energy access for social institutions through service models|here]].

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 *Advanced equipment, such as small size X-ray machine.
 *Complex surgical procedures, such as dental health surgeries<span></span><br/>
 |-

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 | style="background-color: rgb(204, 204, 204)" | '''Description'''
 |-
-| style="background-color: rgb(249, 249, 249)" |
+| style="background-color: rgb(250, 250, 250)" |
 '''Category I'''<br/>'''Small / Health clinics or posts'''<br/>
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 |-
-| style="background-color: rgb(255, 255, 204)" |
+| style="background-color: rgb(250, 250, 250)" |
 '''Category II'''<br/>'''Medium-sized / District health centers'''<br/>
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 *Advanced equipment, such as small size X-ray machine.
 *Complex surgical procedures, such as dental health surgeries<span></span><br/>
 |-
-| style="background-color: rgb(255, 255, 204)" |
+| style="background-color: rgb(250, 250, 250)" |
 '''Category III''' '''Large-sized health facility/ District or Regional hospitals'''
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 *<span><span>May need to communicate with remote health centers and hospitals by way of telephone, fax, computer, and Internet</span></span>
 |}

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 |-
 | style="background-color: #d6e0f5" |
-[[Image:Fosera logo unmuted nightsky tagline 72pp.png|80px|center|link=https://www.bos-ag.com/?lang=de]] <center><big>'''Sponsored Content'''</big></center>
+[[Image:BOS Logo grey.png|80px|center|link=https://www.bos-ag.com/?lang=de]] <center><big>'''Sponsored Content'''</big></center>
 | style="background-color: #d6e0f5" |
 health clinics were electrified with off-grid solar systems, consisting of 800Wp Solar Panels, 2.5kWh Lithium batteries (LiFePO4) and 800VA inverter. Each health clinic has around 20 lights (both indoor and outdoor) and sockets have been provided to power basic lab equipment or for powering laptops if necessary. Each system can provide on an average 3-4kWh of clean energy per day.
-Link: https://www.bos-ag.com/electrifying-health-posts/
+[https://www.bos-ag.com/electrifying-health-posts/ Click here for more!]
 |-