What is the traditional definition of energy security?
Reliable national access to energy supply, often framed at the nation-state scale and focused on cross-border fuel supply.
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| Term | Definition |
|---|---|
What is the traditional definition of energy security? | Reliable national access to energy supply, often framed at the nation-state scale and focused on cross-border fuel supply. |
How has energy security been expanded conceptually? | It now includes households, infrastructure resilience, extreme event preparedness, and social/ethical dimensions. |
What are the 4 A's of energy security? | Availability, Affordability, Accessibility, Acceptability. |
Define water security. | Reliable access to safe, affordable, accessible, acceptable, and non-discriminatory water. |
What is equity? | Allocating resources based on need. |
What is equality? | Giving everyone the same resources regardless of need. |
Define energy insecurity. | A multidimensional condition where households struggle to meet energy needs due to structural housing issues, rising costs, and unsafe coping behaviors. |
What are the three drivers of energy insecurity? | 1. Poor housing conditions (structural) 2. Rising energy costs (rising costs of utilities, rising gas prices, how they are generating electricity) 3. Unsafe behavioral responses ('heat or eat'). |
What is energy burden? | Percentage of household income spent on energy costs. |
How do you calculate energy burden and what are the pros and cons? | (Monthly utility cost ÷ Monthly income) × 100
Pros: Simple
Cons: Doesn’t capture housing quality
Misses coping behaviors
Doesn’t show whether bills are unpaid
Median values can hide inequality |
What is AR20? | A water affordability metric evaluating whether water is affordable for households under the federal poverty line and minimum wage earners. |
What is cost-of-service regulation? | A regulatory model where utilities recover operating costs plus capital costs with an allowed rate of return. |
What is the revenue requirement formula? | Revenue = Operating Costs + (Capital Costs × (1 + Rate of Return)) |
What is the typical allowed rate of return? | Around 10-10.8% |
What are examples of operating costs? | Fuel, salaries, maintenance, training, HQ costs. |
What are examples of capital costs? | Power plants, substations, wires, poles, transformers, vehicles. |
What are examples of harmful water contaminants? | PFAS, E. coli, heavy metals (lead), DBPs, fluoride, pharmaceuticals, microplastics. |
Define qualitative research. | Non-numerical research focused on experiences and meanings (interviews, photovoice). Helps understand why and how it happened |
Define quantitative research. | Numerical research using statistical analysis and large datasets. Helps understand where energy insecurity exists. |
Define mixed methods. | Combines qualitative and quantitative methods. Reveals data inaccuracies, and what residents underreport. Exposes hidden vulnerabilities in peri urban populations |
What is the purpose of a literature review? | Identify what is known, gaps in knowledge, and justify research. |
Why is infrastructure not equal to security? | Because households may still face affordability, access, and quality barriers despite system-level infrastructure. |
Attention is | "limited by national data sets that lack the necessary granularity to comprehensively document household conditions: housing quality, heating and air conditioning access, energy expenditures, and behavioral practices" (often miss areas) |
What is missing in Energy Insecurity Data? | underserved peri-urban communities with prefabricated housing, mobile homes, and recreational vehicles (areas with warehouses and residential homes mixed in, not regular/traditional neighborhoods) |
Why use mixed methods? | Assess relationship between energy insecurity dimensions, Distinguish between chronic and acute, provides more comprehensive evidence, richer perspective |
What are the components of Physical energy insecurity index? | Central hvac presence
Structure Type
Structure Age
Monetary value |
Potential harm of water quality? | Fluoride
PFAS
E. coli
DPB's
Microplastics
TSS
Heavy metals
PHARMA's |
What things would go into operating costs? | Variable costs
Employee salaries
Own energy
Maintenance
Fuel
HQ
Training |
What things would go into capital costs? | Infrastructure (generally fixed costs)
Power plants
Vehicles
Wires, poles
Meters
Transformer
Substations |
What are the affordability metrics? | Is it an affordable percent of income going towards utilities for low income, median income households |
What increases rates? | Infrastructure expansion
Grid modernization
Storm hardening
New generation facilities
Data center load growth (big one right now) |
Why might a company use incentives? | Because utilities earn profit on capital investments, not operating costs, they may prefer infrastructure expansion over efficiency improvements. |
What are the six myths from Meehan et al.’s (2020) six myths of water security in
high income countries? | Water access is universal
Water is clean
Water is affordable
Water delivery is trustworthy
Water is uniformly governed
Modern water is the best water |