Building a cleaner future through renewable energy and innovation.
Waste2Light is building practical pathways into renewable energy, technology and innovation — from energy solutions to hands-on learning experiences.
The Waste2Light value chain
- Waste
- Technology
- Education
- Innovation
- Clean Energy
- Enterprise
- Impact
Energy is changing. We want to help build what comes next.
Waste2Light works at the point where renewable energy meets practical engineering. Our focus is on what can actually be built, tested and used — clean-energy technology, applied innovation, and the people who will carry that work forward.
Everything published here reflects what Waste2Light has confirmed. Where detail is still being finalised, we say so rather than fill the gap.
Impact to date
- Nigerians directly impacted
- 200+Nigerians directly impacted
- Metric tonnes of plastic waste recycled
- 1,000+Metric tonnes of plastic waste recycled
- Renewable-energy partners and engagements
- 100+Renewable-energy partners and engagements
- Full-time employees (5 women)
- 10Full-time employees (5 women)
Four areas where Waste2Light works.
Renewable energy, circular manufacturing, practical STEM and local innovation — each one reinforcing the others.
Renewable Energy
Affordable wind, solar, hydro and hybrid energy technologies, with a focus on locally manufactured wind turbines.
Circular Economy
Converting plastic waste and electronic waste into useful technology, components and products.
STEM & EdTech
Practical STEM kits and Green Energy Corners where students learn renewable energy, electronics, Arduino and engineering by doing.
Innovation & Manufacturing
Prototyping, renewable-energy component production and local technical capacity built through maker and fabrication work.
One vision. Multiple ways to build with clean energy.
Waste2Light works across technology, learning and hardware — each strand feeding the others.
From energy ideas to practical innovation.
Four directions define the technical ground Waste2Light works on.
Wind
Locally manufactured wind turbines built with recycled plastic and electronic waste.
Solar & Hybrid Systems
Photovoltaic capture combined with wind for reliable off-grid and backup power.
Micro-Hydro
Small-scale hydro generation for communities with flowing water resources.
Circular Manufacturing
Plastic waste and e-waste recovered and converted into working technology.
See energy differently.
- Sunlight
- Solar cell
- Conversion
- Storage
- Use
Bring renewable energy into the classroom.
The Waste2Light Green Energy Corner is a practical STEM and renewable-energy learning space where students learn by building, measuring, testing, troubleshooting and presenting projects.
Discover. Build. Test. Innovate.
Four stages that repeat every term, each one grounded in physical work rather than theory alone.
Understand renewable energy and how things work.
Students start with the ideas behind energy: where it comes from, how it moves, and why systems are built the way they are.
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.
Every 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.
A space designed for making.
The Green Energy Corner is organised into zones so a class can move from explanation to build to demonstration without rearranging the room.
Where a session opens. Concepts, briefs and demonstrations are delivered to the whole class before hands reach the components.
Start small. Build something bigger.
The first five kits are the beginning, not the destination. Each level adds capability to the same room.
- Track 1
Green Energy
The starting point. Practical solar, wind and energy work with real components.
- Track 2
Electronics
Circuits, measurement, components and fault-finding as a discipline of their own.
- Track 3
Arduino & Coding
Microcontrollers, sensors and code layered onto the energy fundamentals.
- Track 4
Robotics
A separate expansion kit taking students into control and automation.
- Track 5
3D Printing
Students move from assembling parts to designing and producing their own.
- Track 6
Maker / Prototyping
Fabrication, tooling and the workflow of turning an idea into a built object.
- Track 7
Advanced Renewable Energy
A full technology laboratory capable of serious student engineering.
Built with schools. Designed to grow with them.
A clear split of responsibilities keeps setup realistic and the programme sustainable.
Waste2Light provides
- Green Energy STEM Kits
- Laboratory setup guidelines
- Recommended laboratory layout
- Teacher guidance and orientation
- Practical learning resources
- Digital learning content
- Student practical projects
- Technical support
The school provides
- Suitable laboratory space
- Furniture built to Waste2Light standards
- Electrical infrastructure
- Safety provisions
- Secure storage
- Teachers / facilitators
- Internet and display where possible
- Laboratory maintenance
A lab that can keep growing.
Approved practical activities may contribute to a school Innovation Account — a small internal fund that keeps the room stocked and moving after the first term.
- 01Replacement components
- 02STEM materials
- 03Repairs
- 04Student projects
- 05Future innovation activities
Contribution structure and commercial terms are agreed directly with each school and are not published here.
Built with a bigger vision for clean energy.
A renewable-energy and innovation company working across technology, hardware and practical learning.
Let's build what comes next.
Whether you're a school, organisation, technology partner or potential collaborator, start a conversation with Waste2Light.