Energy Analysis Framework for Safe and Sustainable Energy Usage

Analysis Framework for Energy
26.05.2021
Adam Ostaszewski, Energy Data Officer, 
aostaszewski@iom.int
Anaïs Matthey-Junod, Junior Energy Expert, 
amatthey@iom.int
 
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Food security
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Environmental
risk
Safety risk
Protection
risk
Nutrition
risk
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impact
feedback
Vulnerability:
Exposure, Susceptibility, and
Resilience to specific hazards
events or ongoing conditions
Displacement: 
(natural,
socio-economic, conflict,
disease and others)
Availability
Accessibility
Use
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Food Consumption
Safe for Human
Consumption
Water Purification
Safe for Human
Consumption
Livelihood 
Cost Savings
Time Savings
Household air
pollution
Safe air quality
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Climate and weather conditions
  
Environmental resources
 
Built environment/Shelter
 
Climate change
  
Political & Legal framework
Quality
Energy for
Cooking
Electricity
WASH
Space
heating/
cooling
Socio-Economic
Risk
GBV risk
examples
Protection
Shelter safety
WASH facilities
Community facilities
Moving around site
Reduced GBV
incidents
Well-being
Reduced fuel burning
Connectedness with
family and community
Nutrition
Reduction in
malnutrition
Lighting
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Energy Analysis Framework - Energy for Cooking
Health risk
Food security risk
Environmental risk
Safety risk
Protection risk
Nutrition
risk
C
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f
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t
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s
impact
Vulnerability:
Exposure, Susceptibility, and
Resilience to specific hazards
events or ongoing conditions
Displacement: 
(natural,
socio-economic, conflict,
disease and others)
Availability
Production 
Distribution
Natural
Resources
Markets
Transport
Accessibility
Physical Access
Financial Access
Social Access
Use
Food Preferences
Food Preparation
Feeding Practices
Food Storage 
Food Safety 
Water Access
Fuel and Stove
preferences
Cooking fuel
Cooking stove
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Food
Consumption
Safe for Human
Consumption
Water
Purification
Safe for Human
Consumption
Livelihood 
Cost Savings
Time Savings
S
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d
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O
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s
Health
Status
Food Security
Environmental
Protection
Safety
Level
Protection
Level
Nutrition
Status
Household air
pollution
Safe air quality
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m
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Climate and weather conditions
  
Environmental
resources
Built environment/Shelter
 
Climate change
  
Political & Legal framework
Quality
Safety
feedback
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m
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Energy Analysis Framework - Access to Electricity and Lighting
C
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t
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s
impact
Vulnerability:
Exposure, Susceptibility, and
Resilience to specific hazards
events or ongoing conditions
Displacement: 
(natural,
socio-economic, conflict,
disease and others)
Availability
Tech Installation 
Energy Distribution
App. Distribution
Natural Resources
Markets
Transport
Accessibility
Physical Access
Financial Access
Social Access
Use
System maintenance
App. Usability &
Preferences
Safety & Fire Risks
Fuel sourcing
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Education
Lighting and
time savings
support youth
education
Environment
al Protection
Reduced wood
foraging and
burning
Safety
Level
Reduced
fire risks
Protection
Shelter safety
WASH facilities
Community facilities
Moving around site
Reduced GBV
incidents
Lighting
Electric Appliances
Shelter
Lighting
Street
Lighting
Personal
Uses
Productive
Uses
Charging & ICT
Telecommunications,
banking, etc.
Well-being
Reduced fuel burning
Connectedness with
family and community
Health
risk
Socio-Economic
Risk
Environmental risk
Safety risk
Protection
risk
GBV risk
Livelihoods 
Cost Savings
Time Savings
Increased
sources of
income
Health
Status
Improved
air quality
Quality
Safety
Relability
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m
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Climate and weather conditions
  
Environmental
resources
Built environment/Shelter
 
Climate change
  
Political & Legal framework
feedback
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Energy Analysis Framework - Energy for Thermal Comfort (Space Heating and Cooling)
Health
risk
Environmental
risk
Safety risk
C
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a
l
 
f
a
c
t
o
r
s
impact
Vulnerability:
Exposure, Susceptibility, and
Resilience to specific hazards
events or ongoing conditions
Displacement: 
(natural,
socio-economic, conflict,
disease and others)
Availability
Production 
Distribution
Natural Resources
Markets
Transport
Accessibility
Physical Access
Financial Access
Social Access
Use
Fuel and Stove
Preferences
Fuel and Stove
Safety
Cooling Devices
Preferences
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S
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O
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Health
Status
Hypothermia
Dehydration
Burns
Environmental
Protection
Wood foraging
Safety
Level
Fire
Household air
pollution
Safe air quality
Heating
Cooling
Space
Heating
Fuel
Space
Heating Stove
Space
Cooler
Air
Circulation
Device
Passive
e.g. winterisation
(blankets,
insulation, etc.)
Well-being
Comfortable
temperature
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m
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Climate and weather conditions
  
Environmental
resources
Built environment/Shelter
 
Climate change
  
Political & Legal framework
feedback
Quality
Safety
Relability
P
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m
a
r
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Energy Analysis Framework - Energy for WASH (Water, sanitation and hygiene)
Health
risk
Environmental
risk
Food security
risk
C
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s
a
l
 
f
a
c
t
o
r
s
impact
feedback
Vulnerability:
Exposure, Susceptibility, and
Resilience to specific hazards
events or ongoing conditions
Displacement: 
(natural,
socio-economic, conflict,
disease and others)
Availability
Production 
Infrastructure &
Facilities
Stock/ Reserve
Markets
Transport
Accessibility
Physical Access
Financial Access
Social Access
Use
Knowledge/
Practice
Collection/
Distribution
Consumption
Disposal
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Environmental
Protection
Waste reduction
GHG reduction
Food security
Agriculture
Cooking
Health Status
Disease control
WASH-related
mortality
Water
pumping
Water
delivery
Waste
management
Nutrition
Reduction in
malnutrition
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Climate and weather conditions
  
Environmental
resources
Built environment/Shelter
  
Climate change
Water
purification
Quality
Safety
Human
resources
Reliability
Livelihoods 
Time saving
Irrigation for
subsistence
farming
Child
Protection
SGBV
Nutrition
risk
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The Energy Analysis Framework explores the external factors and enabling environment influencing energy consumption, particularly in cooking. It addresses issues such as climate change, vulnerability to hazards, displacement, safety levels, food security, nutrition impact, and associated risks related to energy usage. The framework aims to improve health status, environmental protection, and overall well-being by considering various dimensions of energy provision and access.

  • Energy analysis
  • Sustainable energy
  • Cooking fuel
  • Environmental resources
  • Vulnerability

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  1. Analysis Framework for Energy 26.05.2021 Adam Ostaszewski, Energy Data Officer, aostaszewski@iom.int Ana s Matthey-Junod, Junior Energy Expert, amatthey@iom.int

  2. Energy Analysis Framework External factors and enabling environment Environmental resources Climate change Climate and weather conditions Built environment/Shelter Political & Legal framework Outcomes Causal factors Vulnerability: Exposure, Susceptibility, and Resilience to specific hazards events or ongoing conditions Displacement: (natural, socio-economic, conflict, disease and others) Protection Shelter safety WASH facilities Community facilities Moving around site Reduced GBV incidents Well-being Reduced fuel burning Connectedness with family and community feedback impact Food Consumption Safe for Human Consumption Water Purification Safe for Human Consumption Energy - Dimensions Space heating/ cooling Energy for Cooking Electricity Lighting WASH Household air pollution Safe air quality Nutrition Reduction in malnutrition Livelihood Cost Savings Time Savings Accessibility Quality Availability Use Food security risk Environmental risk Health risk Nutrition risk Socio-Economic Risk Safety risk examples Evaluation of associated risks Evaluation of level of access (Tiers - MTF) Protection risk GBV risk

  3. Energy Analysis Framework - Energy for Cooking External factors and enabling environment Climate and weather conditions resources Built environment/Shelter Political & Legal framework Environmental Climate change Causal factors Vulnerability: Exposure, Susceptibility, and Resilience to specific hazards events or ongoing conditions Displacement: (natural, socio-economic, conflict, disease and others) Secondary Outcomes Health Status Environmental Protection Status feedback Safety Level Protection Level Food Security Nutrition impact Energy for Cooking - Dimensions Cooking fuel Primary Outcomes Water Purification Safe for Human Consumption Cooking stove Food Consumption Safe for Human Consumption Household air pollution Safe air quality Livelihood Cost Savings Time Savings Quality Safety Availability Production Distribution Natural Resources Markets Transport Accessibility Physical Access Financial Access Social Access Use Food Preferences Food Preparation Feeding Practices Food Storage Food Safety Water Access Fuel and Stove preferences Evaluation of associated risks Evaluation of level of access (Tiers - MTF) Safety risk Food security risk Health risk Nutrition risk Environmental risk Protection risk

  4. Energy Analysis Framework - Access to Electricity and Lighting External factors and enabling environment Climate and weather conditions resources Built environment/Shelter Political & Legal framework Environmental Climate change Causal factors Vulnerability: Exposure, Susceptibility, and Resilience to specific hazards events or ongoing conditions Displacement: (natural, socio-economic, conflict, disease and others) Secondary Outcomes Environment al Protection Reduced wood foraging and burning feedback Education Lighting and time savings support youth education Safety Level Reduced fire risks Health Status Improved air quality impact Access to Electricity and Lighting - Dimensions Electric Appliances Charging & ICT Lighting Primary Outcomes Personal Uses Shelter Lighting Street Lighting Productive Uses Telecommunications, banking, etc. Protection Shelter safety WASH facilities Community facilities Moving around site Reduced GBV incidents Well-being Reduced fuel burning Connectedness with family and community Livelihoods Cost Savings Time Savings Increased sources of income Availability Tech Installation Energy Distribution App. Distribution Natural Resources Markets Transport Accessibility Physical Access Financial Access Social Access Quality Safety Relability Use System maintenance App. Usability & Preferences Safety & Fire Risks Fuel sourcing Socio-Economic Risk Environmental risk Health risk GBV risk Safety risk Evaluation of associated risks Evaluation of level of access (Tiers - MTF) Protection risk

  5. Energy Analysis Framework - Energy for Thermal Comfort (Space Heating and Cooling) External factors and enabling environment Climate and weather conditions resources Built environment/Shelter Political & Legal framework Environmental Climate change Causal factors Vulnerability: Exposure, Susceptibility, and Resilience to specific hazards events or ongoing conditions Displacement: (natural, socio-economic, conflict, disease and others) Secondary Outcomes feedback Health Status Hypothermia Dehydration Burns Safety Level Fire Environmental Protection Wood foraging impact Energy for Thermal Comfort - Dimensions Heating Cooling Passive e.g. winterisation (blankets, insulation, etc.) Primary Outcomes Space Heating Fuel Air Circulation Device Space Cooler Space Heating Stove Household air pollution Safe air quality Well-being Comfortable temperature Quality Safety Relability Availability Production Distribution Natural Resources Markets Transport Accessibility Physical Access Financial Access Social Access Use Fuel and Stove Preferences Fuel and Stove Safety Cooling Devices Preferences Evaluation of associated risks Evaluation of level of access (Tiers - MTF) Health risk Environmental risk Safety risk

  6. Energy Analysis Framework - Energy for WASH (Water, sanitation and hygiene) External factors Climate and weather conditions resources Built environment/Shelter Environmental Causal factors Climate change Vulnerability: Exposure, Susceptibility, and Resilience to specific hazards events or ongoing conditions Displacement: (natural, socio-economic, conflict, disease and others) Secondary Outcomes Environmental Protection Waste reduction GHG reduction Child Protection SGBV Food security Agriculture Cooking feedback impact Energy for WASH - Dimensions Water pumping Water delivery Water purification Waste management Primary Outcomes Health Status Disease control WASH-related mortality Nutrition Reduction in malnutrition Livelihoods Time saving Irrigation for subsistence farming Quality Safety Human resources Reliability Availability Production Infrastructure & Facilities Stock/ Reserve Markets Transport Use Knowledge/ Practice Collection/ Distribution Consumption Disposal Accessibility Physical Access Financial Access Social Access Evaluation of associated risks Evaluation of level of access (Tiers - MTF) Health risk Environmental risk Food security risk Nutrition risk

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