Green Energy Literacy in Schools: What Our Programmes Found

Education is at the heart of Genultimus's mission. Since 2017, we have visited 47 school districts across Kerala, Tamil Nadu, and Karnataka, delivering renewable energy literacy programmes to over 15,000 students.

What We Set Out to Learn

When we began our school programme in 2017, we had a simple question: what teaching methods help students truly understand and retain knowledge about renewable energy?

We tracked student outcomes across different teaching approaches, age groups, and school types. Here is what we found.

Key Findings

Hands-On Learning Works Best

Students who built small solar circuits or assembled model wind turbines retained 60% more information than those who received only classroom instruction. The physical experience of generating electricity — even at a tiny scale — creates a lasting impression.

Stories Beat Statistics

When we told students about a family in their district who had installed solar panels and reduced their electricity bill, engagement and retention improved dramatically compared to presenting the same information as abstract statistics.

Peer Teaching Amplifies Impact

In schools where we trained student "energy ambassadors" to teach their peers, the programme reached 3x more students with the same resources. These student teachers also showed the highest retention rates of all groups.

Parents Are the Real Decision-Makers

Students consistently told us they had shared what they learned with their parents. In follow-up surveys, 23% of families reported taking some action related to renewable energy — from researching solar panels to contacting their electricity board about net metering.

Our Curriculum

Based on these findings, we developed a three-module curriculum:

1. **Energy Basics** (Grades 6–8) — How electricity is generated, the difference between renewable and fossil fuels, and why it matters
2. **Solar and Wind in Action** (Grades 9–10) — Hands-on experiments with solar cells and wind turbines
3. **Community Energy** (Grades 11–12) — Economics of renewable energy, cooperative models, and career pathways

Looking Forward

Despite the disruption caused by COVID-19 in 2020, we are developing online versions of our curriculum to ensure continuity. We believe that the students we have educated will be the renewable energy leaders of tomorrow.