Conservation of Energy Challenge
A randomised challenge involving Sankey diagrams, efficiency calculations and interpretation of energy transfers in real-world devices.
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Physics · Energy
Use real regional electricity, weather and generation data to design a lower-emissions energy system. Students interpret evidence such as wind-speed distributions and demand patterns, choose generation and storage capacity, test reliability, cost, emissions and environmental impacts, then refine and justify their design.
Start a free 30-day trial with class codes and progress tracking, or talk to us about your school's licence.
A randomised challenge involving Sankey diagrams, efficiency calculations and interpretation of energy transfers in real-world devices.
A step-by-step investigation into energy transfers, efficiency and Sankey diagrams, showing that energy is transformed rather than lost.
Investigate real electricity-grid data to explore renewable generation, demand, emissions, price and energy mix.
Use 60 years of real annual data to investigate how the UK, US, Australia and other countries' electricity mix has changed over time, and whether emissions have…
A randomised challenge covering acceleration, deceleration, initial velocity, final velocity, elapsed time and the difference between speed and acceleration.
Students investigate how changes in velocity over time produce acceleration, deceleration and constant-velocity motion.
Energy System Design Lab is one of the licensed interactives in The Education Universe. This page describes it; teachers use it in lessons and classes with a licence or the free trial.