Brightsparks Renewable Electricity Kit – Advanced (Magnetic Backed)

The Brightsparks Renewable Electricity Kit – Advanced is a comprehensive STEM teaching resource designed for exploring advanced concepts in electricity generation, energy storage, and circuit behaviour. It allows students to investigate renewable energy systems using solar power, mechanical generation, and electrical storage components.

The kit is designed for structured classroom learning and supports both teacher demonstrations and student-led practical investigations using magnetic-backed modules.

Key Features

• Magnetic-backed modules for whiteboard demonstrations
• Supports advanced renewable energy and circuit investigations
• Safe, sealed, and robust module construction
• Clear labelling with component names and electrical symbols
• Quick-connect stackable lead system
• Designed for structured STEM learning and experimentation

Included Components

• Digital multimeter
• 2 × solar cell modules (3.0V, 100mA each)
• Electricity hand crank generator
• 4 × short-circuit protected battery cell modules
• 3 × bulb modules (series and parallel investigations)
• Blocking diode
• 2 × capacitor modules (1F)
• Motor module (low inertia solar type)
• Buzzer module
• White LED module
• Variable resistor module (100Ω, 5W)
• Toggle switch module
• Two-way switch module
• 10 × stackable connecting leads
• 2 × crocodile clip adaptors (conductors and insulators experiments)

Learning Resources

• In-depth teaching guide
• Printable classroom resources
• CD-ROM resource pack

Educational Use

This advanced kit is ideal for secondary and higher-level STEM education, supporting in-depth exploration of renewable energy and electrical systems. It is commonly used for:

• Comparing solar, battery, and mechanical energy sources
• Investigating energy storage using capacitors
• Exploring energy efficiency and power consumption
• Constructing and analysing complex series and parallel circuits
• Studying the role of diodes and variable resistors in circuits

By combining renewable energy generation with advanced circuit components, this kit enables detailed investigation of modern electrical and energy systems in a practical classroom setting.