Question

Activity: Sustainable Energy Plan Design Challenge
Objective:
Students will research, analyze, and propose a sustainable energy plan for their local area
using scientific principles, including environmental impact, cost, efficiency, and resource
availability.
Materials:
• Local energy data (sources, costs, usage patterns, emissions)
• Internet access for research
• Chart paper, markers, or digital presentation tools
• Calculator or spreadsheet software
Instructions:
1. Research: Identify the main energy sources available in your local area (e.g., solar,
wind, hydro, fossil fuels). Collect data on:
o Energy output potential
o Cost per kWh
o Environmental impact (CO₂ emissions, pollution)
o Reliability and availability
2. Design a Plan: Using your research, create a sustainable energy plan for your city
or region. Include:
o Which energy sources to prioritize and why
o Estimated energy production and consumption
o Environmental and economic impacts
3. Defend Your Plan: Prepare a short presentation or report that explains your
choices. Be ready to answer questions such as:
o Why is this plan sustainable?
o How does it reduce environmental impact?
o How feasible is it economically?
Assessment:
• Clarity of plan
• Use of scientific evidence and reasoning
• Consideration of environmental, economic, and social factors
short answers 2 sentences

Answer 1

Research: Identify the main local energy sources (e.g., solar, wind, hydro, natural gas) and collect quantitative data on energy output potential, cost per kWh, CO₂ emissions/pollution, and reliability/availability. Use credible sources (utilities, government, academic) to obtain numerical values and temporal patterns like seasonal and peak variations.

Design a Plan: Prioritize low‑carbon, high‑resource‑potential renewables (solar, wind, hydro) paired with storage and flexible dispatchable sources to ensure reliability and grid stability. Provide estimates of required capacities, expected annual generation versus consumption, projected emissions reductions, and lifecycle costs (capital, O&M, and levelized cost per kWh).

Defend Your Plan: Show sustainability by quantifying lifecycle emissions reductions, resource renewability, resilience benefits, and how storage/flexibility address intermittency; support economic feasibility with cost estimates, payback, and funding strategies. Be prepared to justify trade-offs, social impacts (jobs, energy access), and contingency plans for technical or supply constraints.

Assessment: You will be assessed on the clarity and coherence of the plan and the use of scientific evidence, quantitative estimates, and logical reasoning. Also demonstrate consideration of environmental, economic, and social factors and how the plan balances emissions reduction, affordability, and community needs.