MODULE 1 | LESSON 4 | PART 1
Energy in Everyday Objects and Routines
Approximate completion time: 55 min
Lesson Objectives
By the end of this lesson, you will:
- Explain how energy affects everyday objects and routines in your life.
- Investigate why renewables are intermittent energy sources.
- Evaluate how physics makes some energy sources unreliable.
- Persuade peers or family about why America needs Affordable, Reliable, and Clean energy.
Part 1: Energy and Illusions
1. Read
Think about your phone, your laptop, your running shoes, even the clean water that pours from your faucet. Every one of those things depends on energy. It’s not just about lights turning on or your Wi-Fi working—it’s about your entire lifestyle and your future.
Politicians argue about energy in Washington, but the truth is: energy decisions today shape your opportunities tomorrow. Affordable energy determines whether you can afford groceries, whether your city has reliable clean water, and even whether your future job in tech, AI, or biotech will exist.
Reliable energy keeps your data safe in the cloud, powers your school, and ensures hospitals and first responders are always online. Secure energy ensures America isn’t at the mercy of foreign governments for something as basic as heating our homes.
We’ve been told the future will be powered by “free” sun and wind. But, there’s a catch: it’s called physics. Energy sources must be:
- Affordable – Prices stay low for everyone.
- Reliable & Scalable – Lights always come on and there is enough energy to power 330 million Americans, not just a few small towns.
- Clean – Environmentally clean enough to power your life at the lowest risk possible to your environment.
This is why America’s energy history—from coal to oil to natural gas—matters to your personal future. Your future depends on whether you understand energy as more than just politics—energy is your everyday life.
2. Think
What kind of energy was required to make your smartphone and a pair of your sneakers?
3. Imagine
Now, close your eyes and imagine a blackout lasting one week—no internet, no AC, no water pumps. What part of your daily routine would collapse first?
4. Watch
MODULE 1 | LESSON 4 | PARENT TEACHER GUIDE
Lesson 4: Energy in Everyday Objects & Physics Limits
What This Lesson Is Really About
This lesson introduces physics-based constraints, not opinions. Students learn why some energy sources are intermittent and why scale matters.
Key Concepts to Reinforce
- Power density (energy per land area)
- Intermittency (not always available)
- Storage limitations (batteries cannot yet scale nationally)
- Trade-offs between energy sources
How Parents/Teachers Can Help
Productive questions:
- “Why does ‘free’ energy still require materials and land?”
- “What happens when energy doesn’t show up on demand?”
- “How is energy reliability like Wi-Fi reliability?”
Avoid debates framed as “good vs bad.” Focus instead on constraints and trade-offs.
MODULE 2 | LESSON 3 | PART 1
What is Energy Poverty
Approximate completion time: 20 min
Part 1: Energy Poverty – Key Characteristics
Think
Imagine that you had limited access to affordable and reliable energy. What are the most basic things in your home you would have to live without?
Write
In your notebook, in just a few words, jot down:
- What your life and the life of your family would be like living without AC and/or home heating?
- Living in your home without access to clean running water.
- Living without access to consistent food refrigeration.
- Cooking without a stove or oven.
Energy Poverty Defined
Energy poverty is the lack of access to affordable, reliable, and sustainable energy services, encompassing inadequate heating, cooling, lighting, and electricity to power essential appliances. It affects households unable to afford energy costs, such as those spending a disproportionately large share of their income on utilities. The issue leads to negative impacts on health and wellbeing, hindering economic development and education by forcing people to use dirtier, less safe energy sources like biomass, which cause indoor air pollution and shorten productive workdays.
- Jobs are lost or shipped out to nations that can supply energy more inexpensively to its industrial base
- Industrial production diminishes
- Transportation of goods to and from factories diminishes (because fewer things are made in that nation)
Key Characteristics
- Lack of Access: Inability to access essential modern energy services.
- Affordability: Inability to afford these services, leading to high energy expenditures.
- Sustainability: Reliance on unreliable or unsustainable energy sources, such as biomass fuels, for cooking, heating, and lighting.
Consequences of Energy Poverty
- Lack of Access: Inability to access essential modern energy services.
- Affordability: Inability to afford these services, leading to high energy expenditures.
- Sustainability: Reliance on unreliable or unsustainable energy sources, such as biomass fuels, for cooking, heating, and lighting.
Root Cause
- High Energy Prices: Increased costs for energy services.
- Low Income: Households struggling to pay high energy bills.
- Inefficient Buildings & Appliances: Poorly insulated homes and inefficient appliances increase energy demand.
- Lack of Infrastructure: In some regions, insufficient power grids prevent access to electricity.
MODULE 2 | LESSON 3 | PARENT TEACHER GUIDE
Lesson 3: What is Energy Poverty
What This Lesson Is Really About
Students learn that poverty and energy access are inseparable, both globally and domestically.
Key Concepts to Reinforce
- Energy poverty affects health, education, and opportunity
- Unsafe fuels cause real harm
- Reliable electricity enables clean water and healthcare
- Energy poverty limits human potential
How Parents/Teachers Can Help
Ask students:
- “Which loss would affect daily life the fastest?”
- “Why does electricity matter for clean water?”
- “How does energy access change life expectancy?”
Encourage empathy grounded in facts, not guilt.