Power the Future: World Energy Conservation Day with Merge EDU
This World Energy Conservation Day, empower your students to explore the science of renewable energy through interactive augmented reality.
Every year on December 14, classrooms around the world observe World Energy Conservation Day, a day dedicated to understanding how energy is produced, how it is consumed, and why conserving it matters for the health of our planet. As conversations around climate science grow more urgent, helping students explore energy systems through hands-on, inquiry-based tools has become essential. With Merge EDU, teachers can transform this day into an immersive learning experience where students directly engage with renewable technologies and the physics behind them—making complex ideas accessible, memorable, and meaningful.
Using the Renewable Energy Collection in Merge Object Viewer app, students can hold solar panels, wind turbines, geothermal systems, wave-energy devices, and hydraulic turbines in the palm of their hand. This collection allows learners to explore how clean energy is generated. Instead of simply reading about energy transformation, students rotate, zoom, and inspect 3D models that reveal how radiant energy from the Sun becomes electricity through photovoltaic panels, how wind pushes turbine blades to turn generators, or how steam rising from deep beneath Earth’s crust can power entire communities. When students can see each system’s internal components and understand how mechanical motion becomes electrical energy, these ideas stick in a powerful way.
The wind turbine models in particular—from horizontal designs to Darrius, H-Blade, Savonius, and Helical vertical-axis turbines—show students how engineering decisions shape energy efficiency. As they compare these turbines side by side, they can discuss why different regions around the world use specific turbine types based on wind direction, speed, height constraints, or environmental needs. Similarly, the Wave Energy model gives students a close look at how ocean motion drives a generator system, helping them connect physical forces to electrical output. The Geothermal Energy and Hydraulic Turbine models expand this understanding even further, offering detailed glimpses at what happens when underground heat or rushing water is channeled to generate electricity.
The Renewable Energy topic card in the Merge Explorer app has a lot to contribute to the concepts as well. The simulations allow students to visualize how a dam can produce energy by using the water flow to turn a generator; how radiant heat and light from the sun is converted into storable and usable energy; and how wind energy is generated when the wind blows and turns a small motor attached to a large turbine, capturing the kinetic energy of the wind and turning it into mechanical energy. And the editable activity plans that go along with the simulations make it easy for teachers to integrate into lessons with little prep work needed.
Understanding these technologies naturally leads to discussions about why energy conservation is so important. Through interactive exploration and class discussions, they can more easily grasp how renewable systems reduce strain on natural resources, gain a stronger understanding of energy transfer—adding depth to lessons in physics and engineering, and offer sustainable alternatives to fossil fuels.
This World Energy Conservation Day, empower your students to explore the science of renewable energy through interactive augmented reality. With Merge EDU, they can investigate sustainable technologies, understand how energy moves through systems, and discover the role they play in shaping the future world—one innovative idea at a time.
Start exploring today at trymerge.com.
