One kit. Everything a class needs to generate power.
The Waste2Light Green Energy STEM Kit combines renewable-energy sources, storage, instruments and a microcontroller so students can build, measure and troubleshoot real systems.
Start with five kits. Build from there.
Each Green Energy Kit holds the components a class needs to generate, measure and use electricity for the first time.
- 015V solar cellsPhotovoltaic energy capture
- 02Mini wind turbineWind-to-electricity conversion
- 03Arduino UnoMicrocontroller for coding and control
- 04Digital multimeterVoltage and current measurement
- 05DC motorElectrical to mechanical energy
- 06Wind-simulator fanRepeatable indoor wind testing
- 073.7V lithium-ion cellEnergy storage and charging
- 08LED rechargeable lanternThe original Waste2Light product, as a working demo
- 09ON/OFF switchCircuit control
- 10BreadboardSolderless circuit prototyping
- 11Jumper wiresCircuit connection and rewiring
- 12USB cablePower and programming
- 13LEDs & resistorsLoad, indication and current limiting
- 14Basic electronics componentsConnectors, fittings and consumables
Component list as documented in the Green Energy Corner programme material. Quantities, ratings and full specifications are published once confirmed by Waste2Light.
Priced for schools, not laboratories.
A starter Green Energy Corner is typically stocked with five kits, enough for a class to work in small groups.
₦60,000
Indicative price per starter kit. Quantities, delivery and support for a full Green Energy Corner are agreed directly with each school.
Robotics comes next, not first.
Robotics is offered as a separate expansion kit so schools begin with renewable-energy education and progress into robotics and automation once the fundamentals are in place.
The starter kit covers energy generation, storage, measurement, circuits and Arduino coding. Every component is chosen so a student can trace power from a solar cell or turbine through a circuit to a working load.
Once a class is confident with that, the robotics expansion adds control, actuation and automation on top of the same foundation.
See the full growth pathEvery practical has a learning path.
The physical kit is one half. The other half is the guidance that surrounds it — printed, scanned and watched.
Solar & Wind Tutorials
Step-by-step video walkthroughs of the core renewable-energy practicals.
Electronics & Arduino
Circuit fundamentals and coding sessions built around the kit components.
STEM Experiments
Repeatable classroom experiments with clear expected results.
Troubleshooting
Structured fault-finding so students learn from what does not work.
Student & Teacher Demos
Finished student projects and teacher-led demonstrations on video.
QR-Linked Manuals
QR codes on kits and printed manuals open the matching video instantly.
Let's build what comes next.
Whether you're a school, organisation, technology partner or potential collaborator, start a conversation with Waste2Light.