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| '''<span style="color:#033382"><span style="font-size: 25px"><span dir="auto">Webinar Series: Sustainable Energy in Humanitarian Settings</span></span></span>'''<br/> | | '''<span style="color:#033382"><span style="font-size: 25px"><span dir="auto">Webinar Series: Sustainable Energy in Humanitarian Settings</span></span></span>'''<br/> |
| <p style="text-align: center">'''<span style="color:#033382"><span style="font-size: 20px">- Knowledge and Solutions from and for the Field -</span></span>'''</p> | | <p style="text-align: center">'''<span style="color:#033382"><span style="font-size: 20px">- Knowledge and Solutions from and for the Field -</span></span>'''</p> |
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| [[File:Humanitarian Energy Webinar2.jpg|border|right|200px|alt=Humanitarian Energy Webinar2.jpg|link=]]Today, over 130 million people are in need of humanitarian assistance due to conflict, natural disasters, and other complex global challenges. For many of these people, access to energy sources is critical for survival, and how they access it impacts their health, livelihoods, safety, and well-being. | | [[File:Humanitarian Energy Webinar2.jpg|border|right|200px|alt=Humanitarian Energy Webinar2.jpg|link=]]Today, over 130 million people are in need of humanitarian assistance due to conflict, natural disasters, and other complex global challenges. For many of these people, access to energy sources is critical for survival, and how they access it impacts their health, livelihoods, safety, and well-being. |
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− | Energy access for displaced people is not prioritized in the global humanitarian system. Current energy practices in situations of displacement are often inefficient, polluting, unsafe for users, and harmful to the surrounding environment. Moreover, institutional humanitarian operations such as water pumping, community lighting, and health clinics rely heavily on unsustainable fossil fuels, costing hundreds of millions of dollars annually. Given the complex nature of humanitarian response and the challenges of integrating sustainable energy solutions into the humanitarian program cycle, there is not just one solution but a need for systemic actions to mobilise resources, build capacity and use the opportunity for sustainable energy solutions to enhance impact in sectors such as health, protection, food security, and WASH. <span class="mw-customtoggle-SPIS3" style="font-size:small; font-weight: bold; display:inline-block; float:right; color: blue"><span class="mw-customtoggletext">read more</span></span><br/> | + | Energy access for displaced people is not prioritized in the global humanitarian system. Current energy practices in situations of displacement are often inefficient, polluting, unsafe for users, and harmful to the surrounding environment. Moreover, institutional humanitarian operations such as water pumping, community lighting, and health clinics rely heavily on unsustainable fossil fuels, costing hundreds of millions of dollars annually. Given the complex nature of humanitarian response and the challenges of integrating sustainable energy solutions into the humanitarian program cycle, there is not just one solution but a need for systemic actions to mobilise resources, build capacity and use the opportunity for sustainable energy solutions to enhance impact in sectors such as health, protection, food security, and WASH. <span class="mw-customtoggle-SPIS3" style="font-size:small; font-weight: bold; display:inline-block; float:right; color: blue"><span class="mw-customtoggletext">read more</span></span><br/> |
| <div id="mw-customcollapsible-SPIS3" class="mw-collapsible mw-collapsed"> | | <div id="mw-customcollapsible-SPIS3" class="mw-collapsible mw-collapsed"> |
| Against this background, key actors involved in displacement settings developed in 2018 the '''''[[Energy for Displaced People - A Global Plan of Action|Global Plan of Action for Sustainable Energy Solutions in Situations of Displacement (GPA)]].''''' It’s mission is to equip stakeholders with the capacity to mainstream sustainable energy solutions into programming, with the goal of delivering improved protection, dignity, and energy-related social, environmental, and economic benefits to displaced people. | | Against this background, key actors involved in displacement settings developed in 2018 the '''''[[Energy for Displaced People - A Global Plan of Action|Global Plan of Action for Sustainable Energy Solutions in Situations of Displacement (GPA)]].''''' It’s mission is to equip stakeholders with the capacity to mainstream sustainable energy solutions into programming, with the goal of delivering improved protection, dignity, and energy-related social, environmental, and economic benefits to displaced people. |
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| = June 2020 = | | = June 2020 = |
| <p style="text-align: center">'''<span style="color:#033382"><span style="font-size: 15px">Powering WASH - Renewable Energy for Water Supply in Humanitarian Settings</span></span>'''</p><p style="text-align: center">'''<span style="color:#033382"><span style="font-size: 15px">Tuesday, 23 June at 2:30 pm CEST</span></span>'''</p><p style="text-align: center">'''<span style="color:#033382"><span style="font-size: 15px">Register: [https://attendee.gotowebinar.com/register/699719711761858320 https://attendee.gotowebinar.com/register/699719711761858320]</span></span>'''</p> | | <p style="text-align: center">'''<span style="color:#033382"><span style="font-size: 15px">Powering WASH - Renewable Energy for Water Supply in Humanitarian Settings</span></span>'''</p><p style="text-align: center">'''<span style="color:#033382"><span style="font-size: 15px">Tuesday, 23 June at 2:30 pm CEST</span></span>'''</p><p style="text-align: center">'''<span style="color:#033382"><span style="font-size: 15px">Register: [https://attendee.gotowebinar.com/register/699719711761858320 https://attendee.gotowebinar.com/register/699719711761858320]</span></span>'''</p> |
− | This webinar will address the need and relevance of reliable Renewable Energy for the Water, Sanitation and Hygiene (WASH) in humanitarian settings? UNICEF will provide an overview on the topic followed by case studies from UNHCR and ICRC South Sudan. These case studies will explore the lessons learned and relevant business and implementation models for powering WASH with RE. The webinar also briefly touches on the COVID-19 and WASH document issued by the WASH sector | + | This webinar will address the need and relevance of reliable Renewable Energy for the Water, Sanitation and Hygiene (WASH) in humanitarian settings? Oxfam will provide an overview on the topic followed by two case studies. These case studies will explore the lessons learned and relevant business and implementation models for powering WASH with RE. ReNewGies will then present its Rapid Feasibility Assessment Tool. This webinar will also briefly discuss the impact of COVID-19 on the provision and sustainability of WASH services. |
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| == Speakers == | | == Speakers == |
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| *[https://washcluster.net/sites/default/files/inline-files/COVID 19 WASH Advocacy Summary.pdf COVID-19 and WASH: Mitigating the socio-economic impacts on the Water, Sanitation and Hygiene (WASH) Sector] | | *[https://washcluster.net/sites/default/files/inline-files/COVID 19 WASH Advocacy Summary.pdf COVID-19 and WASH: Mitigating the socio-economic impacts on the Water, Sanitation and Hygiene (WASH) Sector] |
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− | GLOSWI Solar Pumping Resources | + | GLOSWI Solar Pumping Resources |
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| #[https://youtu.be/3H-8qfC68EI Global Solar and Water Initiative (2018). Global Solar and Water Initiative. “Summary of findings” video file]. | | #[https://youtu.be/3H-8qfC68EI Global Solar and Water Initiative (2018). Global Solar and Water Initiative. “Summary of findings” video file]. |
− | #Global Solar and Water Initiative (2018). “[[:File:Miniguide-Solar_Water_Pumping.pdf|Solar Water Pumping Miniguide]]. | + | #Global Solar and Water Initiative (2018). “[[:File:Miniguide-Solar Water Pumping.pdf|Solar Water Pumping Miniguide]]. |
− | #Global Solar and Water Initiative (2018). [[:File:Country_Briefing_Case_study_of_Bidibidi_Refugee_Settlement,_Uganda.pdf|Country Briefing Case study of Bidibidi Refugee Settlement, Uganda]]. | + | #Global Solar and Water Initiative (2018). [[:File:Country Briefing Case study of Bidibidi Refugee Settlement, Uganda.pdf|Country Briefing Case study of Bidibidi Refugee Settlement, Uganda]]. |
− | #EED Advisory Ltd. (2018). “Evaluation of the sustainability of solar powered water supply systems in Kenya.” [[Solar_Pumping_Toolkit_-_The_Global_Solar_&_Water_Initiative|EED Advisory Ltd. Nairobi, KE]]. | + | #EED Advisory Ltd. (2018). “Evaluation of the sustainability of solar powered water supply systems in Kenya.” [[Solar Pumping Toolkit - The Global Solar & Water Initiative|EED Advisory Ltd. Nairobi, KE]]. |
− | #Global Solar and Water Initiative (2018).[[Solar_Pumping_Toolkit_-_Technical_Design|Emergency Solar Pumping Kits. Global Solar and Water Initiative]]. | + | #Global Solar and Water Initiative (2018).[[Solar Pumping Toolkit - Technical Design|Emergency Solar Pumping Kits. Global Solar and Water Initiative]]. |
− | #Global Solar and Water Initiative (2018). [[Solar_Pumping_Toolkit_-_Technical_Design|Cost analysis Generator vs Hybrid, Cost analysis Generator vs Solar, Technical Briefing - Cost Analysis]]. | + | #Global Solar and Water Initiative (2018). [[Solar Pumping Toolkit - Technical Design|Cost analysis Generator vs Hybrid, Cost analysis Generator vs Solar, Technical Briefing - Cost Analysis]]. |
− | #Global Solar and Water Initiative (2018). “[[Solar_Pumping_Toolkit_-_Technical_Design|Criteria for Selection of Quality Solar Pumping Products & Services” and “Solar pumping bidding template]]”. | + | #Global Solar and Water Initiative (2018). “[[Solar Pumping Toolkit - Technical Design|Criteria for Selection of Quality Solar Pumping Products & Services” and “Solar pumping bidding template]]”. |
− | #Global Solar and Water Initiative (2018). “[[Solar_Pumping_Toolkit_-_Installation_and_O&M|Physical Installation checklist” and “Operation & Maintenance kit]]”. | + | #Global Solar and Water Initiative (2018). “[[Solar Pumping Toolkit - Installation and O&M|Physical Installation checklist” and “Operation & Maintenance kit]]”. |
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− | GLOSWI visit reports | + | GLOSWI visit reports |
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− | #Global Solar and Water Initiative (2016). “[[:File:GSWI_visit_report_to_Ethiopia_-_December_2016.pdf|Visit Report to Assess Feasibility for Solarisation of Existing Water Points in Asosa and Shire Refugee Camps in Ethiopia, 14 th to 21 st December 2016]].” | + | #Global Solar and Water Initiative (2016). “[[:File:GSWI visit report to Ethiopia - December 2016.pdf|Visit Report to Assess Feasibility for Solarisation of Existing Water Points in Asosa and Shire Refugee Camps in Ethiopia, 14 th to 21 st December 2016]].” |
− | #Global Solar and Water Initiative (2017). “[[:File:GSWI_visit_report_to_South_Sudan_-_July_2017.pdf|Visit Report – Refugee and IDP Camps in Maban, Yida and Bentiu – South Sudan, 3 rd to 20 th July 2017]].” | + | #Global Solar and Water Initiative (2017). “[[:File:GSWI visit report to South Sudan - July 2017.pdf|Visit Report – Refugee and IDP Camps in Maban, Yida and Bentiu – South Sudan, 3 rd to 20 th July 2017]].” |
− | #Global Solar and Water Initiative (2017). “V[[:File:GSWI_visit_report_to_Sudan_-_Feb-March_2017.pdf|isit Report – Solar and Water Initiative IDP settlements in Darfur, Sudan – 20 th February to 18 th March 2017]].” | + | #Global Solar and Water Initiative (2017). “V[[:File:GSWI visit report to Sudan - Feb-March 2017.pdf|isit Report – Solar and Water Initiative IDP settlements in Darfur, Sudan – 20 th February to 18 th March 2017]].” |
− | #Global Solar and Water Initiative (2017). “[[:File:GSWI_visit_report_to_Uganda_-_January_2017.pdf|Visit Report – Solar and Water Initiative. Refugee settlements in Northern Uganda. 10th January to 6th February 2017]].” | + | #Global Solar and Water Initiative (2017). “[[:File:GSWI visit report to Uganda - January 2017.pdf|Visit Report – Solar and Water Initiative. Refugee settlements in Northern Uganda. 10th January to 6th February 2017]].” |
− | #Global Solar and Water Initiative (2017). “[[:File:GSWI_visit_report_to_Nigeria_-_June_2017.pdf|Visit Report to Borno State Nigeria, 12th – 19th June 2017]].” | + | #Global Solar and Water Initiative (2017). “[[:File:GSWI visit report to Nigeria - June 2017.pdf|Visit Report to Borno State Nigeria, 12th – 19th June 2017]].” |
− | #Global Solar and Water Initiative (2019). “[[:File:GSWI_visit_to_Ethiopia,_Feb_2019.pdf|Visit Report to Somalia Region Ethiopia, 17th Feb to 2nd Mar 2019]]. | + | #Global Solar and Water Initiative (2019). “[[:File:GSWI visit to Ethiopia, Feb 2019.pdf|Visit Report to Somalia Region Ethiopia, 17th Feb to 2nd Mar 2019]]. |
− | #Global Solar and Water Initiative (2019). “[[:File:GSWI_visit_to_Nigeria,_April_2019.pdf|Visit Report to Borno State Nigeria, 6th to 19th April 2019]].” | + | #Global Solar and Water Initiative (2019). “[[:File:GSWI visit to Nigeria, April 2019.pdf|Visit Report to Borno State Nigeria, 6th to 19th April 2019]].” |
− | #Global Solar and Water Initiative (2019). “[[:File:GSWI_visit_to_Kenya,_April_2019.pdf|Visit Report to Northern Kenya, 23rd to 26th April 2019]]." | + | #Global Solar and Water Initiative (2019). “[[:File:GSWI visit to Kenya, April 2019.pdf|Visit Report to Northern Kenya, 23rd to 26th April 2019]]." |
− | #Global Solar and Water Initiative (2019). “[[:File:GSWI_visit_to_Iraq,_August_2019.pdf|Visit Report to Kurdistan Region of Iraq, 27th July to 10th August 2019]].” | + | #Global Solar and Water Initiative (2019). “[[:File:GSWI visit to Iraq, August 2019.pdf|Visit Report to Kurdistan Region of Iraq, 27th July to 10th August 2019]].” |
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− | Other resources | + | Other resources |
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− | #World Bank (2016). “[https://youtu.be/5yQOD1lBbjg Solar Pumping: A Cheaper and Cleaner Way to Access Groundwater].” World Bank, Washington, DC. Video file. | + | #World Bank (2016). “[https://youtu.be/5yQOD1lBbjg Solar Pumping: A Cheaper and Cleaner Way to Access Groundwater].” World Bank, Washington, DC. Video file. |
− | #World Bank (2018). “[http://documents.worldbank.org/curated/en/880931517231654485/Solar-pumping-the-basics Solar Pumping: The Basics].” World Bank, Washington, DC. | + | #World Bank (2018). “[http://documents.worldbank.org/curated/en/880931517231654485/Solar-pumping-the-basics Solar Pumping: The Basics].” World Bank, Washington, DC. |
| #Practica Foundation (2018). “[https://www.practica.org/wp-content/uploads/2017/05/Solar-Pumping-design-manual-eng-1.pdf Solar Pumping for Village Water Supply Systems].” Practica Foundation. | | #Practica Foundation (2018). “[https://www.practica.org/wp-content/uploads/2017/05/Solar-Pumping-design-manual-eng-1.pdf Solar Pumping for Village Water Supply Systems].” Practica Foundation. |
− | #Bamford, E. and Zadi, D. (2016). “[https://www.unicef.org/wash/files/UNICEF_Solar_Powered_Water_System_Assessment.pdf Scaling up solar powered water supply systems: a review of experiences].” UNICCEF, New York, NY. | + | #Bamford, E. and Zadi, D. (2016). “[https://www.unicef.org/wash/files/UNICEF_Solar_Powered_Water_System_Assessment.pdf Scaling up solar powered water supply systems: a review of experiences].” UNICCEF, New York, NY. |
− | #Allouhi, A. et al. (2019). [https://doi.org/10.1016/j.renene.2018.08.019 PV water pumping systems for domestic uses in remote areas: Sizing process, simulation and economic evaluation]. | + | #Allouhi, A. et al. (2019). [https://doi.org/10.1016/j.renene.2018.08.019 PV water pumping systems for domestic uses in remote areas: Sizing process, simulation and economic evaluation]. |
− | #Global Sustainable Energy Solutions (2019). “[https://www.ppa.org.fj/wp-content/uploads/2019/08/Solar-Water-Pumping-Guidelines-V1.pdf Solar Water Pumping Systems: System Design, Selection and Installation Guidelines].” Pacific Power Association and Sustainable Energy Industry Association of the Pacific Islands. <br/> | + | #Global Sustainable Energy Solutions (2019). “[https://www.ppa.org.fj/wp-content/uploads/2019/08/Solar-Water-Pumping-Guidelines-V1.pdf Solar Water Pumping Systems: System Design, Selection and Installation Guidelines].” Pacific Power Association and Sustainable Energy Industry Association of the Pacific Islands.<br/> |
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| = May 2020 = | | = May 2020 = |
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| <br/>__NOTITLE__ __NOAUTHORLIST__ __NOEDITSECTION__ | | <br/>__NOTITLE__ __NOAUTHORLIST__ __NOEDITSECTION__ |
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− | [[Category:Webinar]]
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| [[Category:Humanitarian_Settings]] | | [[Category:Humanitarian_Settings]] |
| + | [[Category:Webinar]] |
Today, over 130 million people are in need of humanitarian assistance due to conflict, natural disasters, and other complex global challenges. For many of these people, access to energy sources is critical for survival, and how they access it impacts their health, livelihoods, safety, and well-being.
Energy access for displaced people is not prioritized in the global humanitarian system. Current energy practices in situations of displacement are often inefficient, polluting, unsafe for users, and harmful to the surrounding environment. Moreover, institutional humanitarian operations such as water pumping, community lighting, and health clinics rely heavily on unsustainable fossil fuels, costing hundreds of millions of dollars annually. Given the complex nature of humanitarian response and the challenges of integrating sustainable energy solutions into the humanitarian program cycle, there is not just one solution but a need for systemic actions to mobilise resources, build capacity and use the opportunity for sustainable energy solutions to enhance impact in sectors such as health, protection, food security, and WASH. read more
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