Introduction
Imagine you are the newly elected Environmental Advisory Board for our hometown. Right now, 80% of our town’s electricity comes from an aging, polluting coal-fired power plant that is scheduled to close next year. The Town Council has given your board a challenge: We need a new, 100% renewable energy plan to power our town.
Task
Your mission is to work in an expert team to investigate four major renewable energy sources: Solar, Wind, Hydroelectric, and Biomass.
Together, your team will create a Green Town Energy Proposal (a slideshow presentation or digital poster) and deliver a 5-minute pitch to the "Town Council." Your final product must include:
- A breakdown of which energy source(s) our town should adopt.
- A visual map or layout showing where these energy facilities will be placed.
- A data-driven defense explaining why this plan balances environmental impact, reliability, and local community concerns.
Process
Students will work in groups of four. Each group member will choose one specific role to research using the provided web resources.
Step 1: Choose Your Role
- The Environmental Scientist: Focuses on the environmental footprint. What are the emissions? How does it affect local wildlife or land use?
- The Economical Engineer: Focuses on efficiency, initial setup costs, and long-term maintenance costs. Is it worth the money?
- The Grid Tech Expert: Focuses on reliability. What happens when the wind doesn't blow or the sun goes down? How do we store or transport this energy?
- The Community Liaison: Focuses on public opinion. How does this affect local jobs? What are the common complaints (noise, views, smell), and how can we solve them?
Step 2: Conduct Your Research (Resources)
Use these trusted, kid-friendly digital resources to gather your data:
- General Energy Overviews:
- EIA Energy Kids — Great for basic breakdowns of how solar, wind, and water create electricity.
- NASA Climate Kids: Energy — Explains the "why" behind renewable energy.
- Wind & Solar Specifics:
- National Renewable Energy Lab (NREL) — High-quality data on how wind and solar technologies work.
- Community & Economic Impacts:
- Energy.gov Renewable Energy Guides — Explains jobs, grid integration, and community benefits.
Step 3: Collaborate & Build
Regroup with your team. Share your findings and complete the Town Energy Matrix:
- Compare the pros and cons of all four energy sources.
- Compromise on a "Mix" (e.g., 50% Solar, 30% Wind, 20% Energy Storage).
- Design your presentation and map.
Evaluation
Your presentation and proposal will be graded using the following 20-point rubric:
| Criteria | Beginning (1-2 pts) | Developing (3 pts) | Accomplished (4 pts) | Exemplary (5 pts) |
|---|---|---|---|---|
| Research & Data | Little to no factual data used from resources. | Used basic facts, but relied heavily on opinions. | Good use of data to back up core claims. | Exceptional use of specific data, statistics, and sources. |
| Critical Thinking | Chosen energy mix is unrealistic or unexplained. | Energy mix is chosen but doesn't solve reliability or cost issues. | Realistic energy mix that balances pros and cons well. | Brilliant, highly optimized energy mix tailored perfectly to community needs. |
| Team Collaboration | Group did not work well together; roles were unclear. | Roles were assigned but information wasn't integrated smoothly. | All roles contributed clearly to a cohesive final product. | Seamless collaboration; team functioned like a real professional board. |
| Presentation Delivery | Hard to hear; poor visuals; ran wildly over/under time. | Clear presentation but mostly read off the slides. | Engaging delivery with clear visu |
Conclusion
Congratulations! You have successfully navigated the complex world of environmental policy and green engineering. By completing this WebQuest, you didn't just learn what solar panels or wind turbines are—you learned how difficult it is to balance money, science, and human emotions to make a real-world change.