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− | | style="width: 85%; border-bottom: 2px solid rgb(151, 191, 13); vertical-align: bottom; text-align: left" | | + | | style="width: 85%; border-bottom: 2px solid rgb(151, 191, 13); vertical-align: bottom; text-align: left" | |
| '''<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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| This webinar will discuss the different approaches for making humanitarian operations energy-efficient and also how they contribute to the overall sustainability of humanitarian operations. ICRC will present its sustainability and energy efficiency principles. NRC Jordan and MSF will then highlight the green building program in Jordan and solar-powered AC systems for humanitarian operations respectively. | | This webinar will discuss the different approaches for making humanitarian operations energy-efficient and also how they contribute to the overall sustainability of humanitarian operations. ICRC will present its sustainability and energy efficiency principles. NRC Jordan and MSF will then highlight the green building program in Jordan and solar-powered AC systems for humanitarian operations respectively. |
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− | == Presentations== | + | == Presentations == |
− | [[File:Webinar on Energy Efficiency and Designing for Sustainability in Humanitarian Response.pdf|border|200px|link=https://energypedia.info/images/3/35/Webinar_on_Energy_Efficiency_and_Designing_for_Sustainability_in_Humanitarian_Response.pdf]] | + | |
| + | [[File:Webinar on Energy Efficiency and Designing for Sustainability in Humanitarian Response.pdf|border|200px|alt=Webinar on Energy Efficiency and Designing for Sustainability in Humanitarian Response.pdf|link=https://energypedia.info/images/3/35/Webinar_on_Energy_Efficiency_and_Designing_for_Sustainability_in_Humanitarian_Response.pdf]] |
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| == Speakers == | | == Speakers == |
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− | | [[File:Lama Gharaibeh.jpeg|border|center|100px|link=]] | + | | [[File:Lama Gharaibeh.jpeg|border|center|100px|alt=Lama Gharaibeh.jpeg|link=]] |
| | <br/> | | | <br/> |
| | '''Lama Gharaibeh, Norwegian Refugee Council (NRC), Jordan''' | | | '''Lama Gharaibeh, Norwegian Refugee Council (NRC), Jordan''' |
− | Lama Gharaibeh works on supporting the Syrian Refugee Crisis in Jordan under the Renewable Energy and Energy Efficiency programs, developing solutions to refugees and host communities by linking the energy aspects on the multi programs activities in Shelter, Education, Youth and livelihood, and advocating for the humanitarian sector to take a role in adapting energy response in the programs and operations. Currently Lama is the Renewable Energy Technical Officer in NRC Jordan Office and Chair of Greening the Orange Task Force. | + | Lama Gharaibeh works on supporting the Syrian Refugee Crisis in Jordan under the Renewable Energy and Energy Efficiency programs, developing solutions to refugees and host communities by linking the energy aspects on the multi programs activities in Shelter, Education, Youth and livelihood, and advocating for the humanitarian sector to take a role in adapting energy response in the programs and operations. Currently Lama is the Renewable Energy Technical Officer in NRC Jordan Office and Chair of Greening the Orange Task Force. |
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− | | [[file:Pic Marpe Tanaka.jpg|border|center|100px|link=]] | + | | [[File:Pic Marpe Tanaka.jpg|border|center|100px|alt=Pic Marpe Tanaka.jpg|link=]] |
| | <br/> | | | <br/> |
| | '''Marpe Tanaka, MSF ''' | | | '''Marpe Tanaka, MSF ''' |
| Marpe works as Innovation Lead at the MSF Sweden Innovation Unit (SIU). He has academic degrees in industrial design as well as development studies from Lund University, Sweden. After running his own companies and working as a field logistician for MSF he was involved in the starting up and development of the SIU since its inception in 2012. His work within the unit includes everything from outlining strategies, setting up partnerships, method development to starting up and coordinating cases dealing with everything from sustainable energy solutions to health care activities. He is passionate about humanitarian problem solving and innovations that are based on human-centred approaches. | | Marpe works as Innovation Lead at the MSF Sweden Innovation Unit (SIU). He has academic degrees in industrial design as well as development studies from Lund University, Sweden. After running his own companies and working as a field logistician for MSF he was involved in the starting up and development of the SIU since its inception in 2012. His work within the unit includes everything from outlining strategies, setting up partnerships, method development to starting up and coordinating cases dealing with everything from sustainable energy solutions to health care activities. He is passionate about humanitarian problem solving and innovations that are based on human-centred approaches. |
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− | | [[file:Pavlos 2.jpg|border|100px|link=]] | + | | [[File:Pavlos 2.jpg|border|100px|alt=Pavlos 2.jpg|link=]] |
| | <br/> | | | <br/> |
| | '''Pavlos Tamvakis, ICRC ''' | | | '''Pavlos Tamvakis, ICRC ''' |
| Pavlos is the Head of Construction of the ICRC Water and Habitat Unit at Geneva HQ, leading large-scale health and other related infrastructure projects in countries affected by armed conflict and natural disasters. He studied Architecture Engineering at Cardiff University of Wales and Civil Engineering at Aristotle University of Thessaloniki. He holds a MSc in Environmental Sustainability & Environment, MSC in Construction Project Management and a Specialization in Assessment and Management of Geological and Climate – related risks. | | Pavlos is the Head of Construction of the ICRC Water and Habitat Unit at Geneva HQ, leading large-scale health and other related infrastructure projects in countries affected by armed conflict and natural disasters. He studied Architecture Engineering at Cardiff University of Wales and Civil Engineering at Aristotle University of Thessaloniki. He holds a MSc in Environmental Sustainability & Environment, MSC in Construction Project Management and a Specialization in Assessment and Management of Geological and Climate – related risks. |
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| |} | | |} |
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| == Further Resources == | | == Further Resources == |
− | *Solar Air Conditioning: https://innovation.lakareutangranser.se/cases2/2018/5/21/solar-air-conditioner | + | |
− | *Sustainable off-grid oxygen concentration with direct solar power (SOX): https://innovation.lakareutangranser.se/cases2/2018/3/2/sustainable-off-grid-oxygen-concentration-with-direct-solar-power-sox | + | *Solar Air Conditioning: [https://innovation.lakareutangranser.se/cases2/2018/5/21/solar-air-conditioner https://innovation.lakareutangranser.se/cases2/2018/5/21/solar-air-conditioner] |
− | *Energy Sensitization: https://innovation.lakareutangranser.se/cases2/energysensitization | + | *Sustainable off-grid oxygen concentration with direct solar power (SOX): [https://innovation.lakareutangranser.se/cases2/2018/3/2/sustainable-off-grid-oxygen-concentration-with-direct-solar-power-sox https://innovation.lakareutangranser.se/cases2/2018/3/2/sustainable-off-grid-oxygen-concentration-with-direct-solar-power-sox] |
| + | *Energy Sensitization: [https://innovation.lakareutangranser.se/cases2/energysensitization https://innovation.lakareutangranser.se/cases2/energysensitization] |
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| <headertabs></headertabs> | | <headertabs></headertabs> |
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| *[[Energy for Displaced People - A Global Plan of Action|Global Plan of Action - Framework for Action]] | | *[[Energy for Displaced People - A Global Plan of Action|Global Plan of Action - Framework for Action]] |
| *[https://unitar.org/sustainable-development-goals/peace/our-portfolio/global-plan-action-gpa-sustainable-energy-solutions-situations-displacement Global Plan of Action - Unitar website] | | *[https://unitar.org/sustainable-development-goals/peace/our-portfolio/global-plan-action-gpa-sustainable-energy-solutions-situations-displacement Global Plan of Action - Unitar website] |
| + | *[[:File:Identification_And_Analysis_Of_Standard_Clauses_Of_PPA_And_Leasing_Agreements_For_Energy_Provision_In_The_Humanitarian_Sector.pdf|Identification And Analysis Of Standard Clauses Of PPA And Leasing Agreements For Energy Provision In The Humanitarian Sector]]<br/> |
| | | |
| '''Moving Energy Initiative''' | | '''Moving Energy Initiative''' |
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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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