Smart Solar Kit

Science

Understand that energy can be transferred and transformed.
Explore how solar energy is converted into electrical energy.
Investigate factors affecting power generation from renewable energy sources.
Measure and interpret voltage, current, and power output from a solar panel

Plan and conduct fair tests to investigate solar panel performance.
Collect, record, and analyse quantitative data.
Draw conclusions from evidence gathered through experimentation.

Computing

Design, write, and debug programs using the micro:bit.
Use variables to store and process sensor data.
Create programs that respond to real-world inputs from the solar energy meter.
Develop automated triggers and feedback systems based on energy generation.
Collect real-time environmental and energy data.
Use data logging and visualisation techniques.
Interpret trends and patterns in renewable energy production.

Design & Technology

Understand the components of a simple electrical system.
Build and test a functioning solar-powered charging device.
Evaluate system performance and identify improvements

Develop, test, and refine solutions to real-world sustainability challenges.
Consider efficiency, reliability, and environmental impact in product design.

Renewable Energy

Investigate renewable and non-renewable energy sources.
Understand the role of solar power in reducing carbon emissions.
Evaluate how technology can support sustainable living and energy conservation