Mission Renewable: Designing a Sustainable Energy Plan for Tomorrow

Imagine you have just been hired as an Elite Environmental Consultant by the Global Energy Task Force. The fictional coastal city of Verdant Bay is facing a major energy crisis: its population is growing rapidly, but its primary energy source a coal-fired power plant is causing severe pollution, health issues, and high greenhouse gas emissions.

The City Council has given your team an ultimatum: Propose a transition to a 100% renewable energy system within 10 years, or face impending climate and power crises.

Will your team harness the wind, capture the sun, tap into geothermal heat, or utilize hydroelectric power? The future of Verdant Bay is in your hands!

Working in teams of four, your team will research four major renewable energy sources: Solar, Wind, Hydroelectric, and Geothermal. Each member will adopt a specialist role to investigate one energy type.

Together, your team will create and deliver:

1. A Sustainable Energy Proposal Slide Presentation (6–8 slides) summarizing your research, comparing energy options, and proposing a multi-source energy grid for Verdant Bay.
2. An Energy Allocation Breakdown (Pie Chart or Graph) showing what percentage of Verdant Bay’s total power will come from each energy source and why.

Step 1: Assign Roles

Divide your group of 4 into the following specialist roles:

• ☀️ Solar Energy Specialist: Researches Photovoltaic (PV) solar panels, concentrated solar power, land requirements, and weather dependence.
• 💨 Wind Energy Specialist: Researches onshore/offshore wind turbines, wind speeds, noise/wildlife impacts, and efficiency.
• 🌊 Hydroelectric Energy Specialist: Researches dam systems, run-of-river setups, ecosystem impacts, and water flow availability.
• 🌋 Geothermal Energy Specialist: Researches geothermal heat pumps, power plants, geographic requirements, and baseline energy production.

Step 2: Individual Research

Each specialist must answer the following key questions for their assigned energy source using the provided resources:

1. How does this energy technology transform natural resources into electricity?
2. What are the top 3 advantages (e.g., cost, efficiency, carbon reduction)?
3. What are the top 3 disadvantages/challenges (e.g., location limits, environmental impact, initial cost)?
4. Is this resource suitable for a coastal city with nearby rivers and sunny summers like Verdant Bay?

Curated Online Resources:

• General Energy & Renewable Overview:
  • US EIA – Energy Kids (Renewable Sources)
  • National Geographic – Renewable Energy Overview
  • NREL – Learning About Renewable Energy
• Solar Power:
  • US Department of Energy – How Solar Works
• Wind Power:
  • US Department of Energy – How Wind Turbines Work
• Hydroelectric Power:
  • USGS – Hydroelectric Power Water Use
• Geothermal Power:
  • US Department of Energy – Geothermal Basics

Step 3: Team Synthesis & Proposal

Reconvene with your team to share findings and construct your final proposal:

1. Compare Findings: Fill out a comparative matrix listing pros, cons, costs, and geographic needs for all 4 energy sources.
2. Formulate the Plan: Decide the percentage breakdown of energy sources for Verdant Bay (e.g., 40% Solar, 30% Wind, 20% Hydroelectric, 10% Geothermal). Ensure your mix guarantees power even when it’s cloudy or calm (base-load vs. peak load).
3. Build the Slide Deck:
   • Slide 1: Title, Team Names, & City Overview
   • Slides 2–5: Specialist Breakdown (1 slide per energy source highlighting pros/cons)
   • Slide 6: Verdant Bay Proposed Energy Grid (Chart/Graph + Rationale)
   • Slide 7: Potential Challenges & Solutions
   • Slide 8: Conclusion & Call to Action

Congratulations! You have completed your journey through this WebQuest.

Through your research, analysis, and teamwork, you have gained a deeper understanding of the core concepts, explored diverse perspectives, and created a meaningful solution/presentation to share your findings.

Food for Thought:

• What was the most surprising or impactful thing you learned during this investigation?
• How can you apply the knowledge and problem-solving skills you developed here to real-world situations?
• If you could extend this research further, what additional questions would you explore?

References & Sources

• Web Resources: All external articles, videos, and interactive tools linked in the Process section.
• Media & Graphics: Images, illustrations, and media elements courtesy of [Unsplash / Canva / Wikimedia Commons].
• WebQuest Framework: Designed using Bernie Dodge's WebQuest model framework.

Target Audience & Grade Level

• Grade Level: Upper Elementary / Middle School / High School 
• Subject Area: Social Studies / Science / English Language Arts / Interdisciplinary
• Duration: 3–5 Class Sessions (approx. 45–60 minutes per session)

Instructional Notes & Tips for Implementation

1. Grouping: Form diverse groups of 3–4 students to ensure varied skill sets (e.g., researcher, designer, presenter, recorder).
2. Scaffolding: Provide graphic organizers or note-taking templates for students who need assistance organizing their web research.
3. Pacing:
   • Day 1: Introduction & Role Assignment
   • Day 2–3: Individual & Group Web Research (Process Section)
   • Day 4: Final Product Creation
   • Day 5: Group Presentations & Reflection/Evaluation