Teenagers plan, fund, and implement a real 10kWp photovoltaic installation for their school or youth setting through structured project-based learning, gaining practical green skills in project development and management, civic engagement, finance, and climate action whilst creating lasting renewable energy infrastructure.
"With our program, teenagers experience that the energy transition is not just something to discuss in class, but something they can actively implement themselves. Through structured project-based learning, they gain real green skills in project development, finance, technology, and teamwork. Competencies that extend far beyond the classroom. At the same time, they strengthen their sense of self-efficacy, responsibility, and entrepreneurial thinking. I warmly invite schools and youth groups to turn education into real kilowatts together with us." - Mike Marqués, Managing Director, Solarbildung.org
6–12 months from initial feasibility assessment through installation completion, including curriculum-based learning, planning, approval processes, and coordination with installers.
Assess Your Solar Reality
Begin by engaging a youth group (ages 12+) in Solar Bildung's curriculum-based learning modules that teach renewable energy fundamentals whilst guiding them through practical feasibility assessment for their own building. No prior solar experience is required—the programme is designed to build knowledge and confidence from scratch.
Connect with Solar Bildung to access the structured educational materials and technical guidance that will support your journey from classroom learning to real infrastructure. Youth participants conduct a comprehensive assessment of their solar potential starting with roof suitability analysis (orientation, angle, shading from trees or nearby buildings, structural capacity to support panel weight, access for installation and maintenance), electricity consumption patterns (current usage levels, peak demand times, seasonal variations, opportunities for efficiency improvements), and local regulatory landscape (building permissions required, grid connection procedures, available subsidies or incentives, environmental or heritage restrictions).
Solar Bildung provides technical frameworks and checklists that make these assessments youth-accessible, transforming what could be intimidating engineering challenges into structured learning experiences where young people develop real feasibility analysis skills. This phase establishes whether the project is viable whilst building foundational understanding of how solar systems work and what factors determine successful installations.
Build Your Project Plan
With feasibility confirmed, the project development team develops a comprehensive project plan using Solar Bildung's structured planning tools, based on its teaching lesson "Project Development of a PV-System", that guide them through professional-grade project development adapted for educational contexts.
Determine appropriate system sizing targeting approximately 10kWp capacity (exact size depends on roof space, electricity consumption, and budget), balancing maximum generation with practical installation constraints. Gather quotes from approved or local suppliers—Solar Bildung helps youth groups understand how to request quotes, interpret technical specifications, compare offers fairly, and identify quality versus cost trade-offs rather than simply accepting the cheapest option.
Conduct financial analysis calculating upfront investment, expected electricity generation over system lifetime, energy cost savings, payback period, and long-term return on investment, presenting numbers that demonstrate project viability to decision-makers. Calculate CO₂ impact showing tonnes of carbon emissions avoided annually and cumulatively over 25+ year system life, making climate benefits tangible and specific rather than abstract.
Develop project timelines, identify team roles and responsibilities, and create communication plans for engaging broader school or community audiences. This phase transforms youth from passive students into active project managers navigating real technical, financial, and logistical challenges with increasing competence and ownership.
Secure Approvals and Funding
The project development team now engage in the civic and advocacy dimensions of project delivery, learning to navigate institutional decision-making and fundraising—critical skills for climate action beyond this specific project. Present the comprehensive project plan to relevant decision-makers including school boards, facility managers, building owners, or local authorities, making the case for approval based on financial viability, educational value, climate impact, and community benefit.
Solar Bildung coaches youth on effective presentation skills, anticipating objections, and framing proposals persuasively for different audiences. Apply for grants through ChangeX or other funding sources, with youth involved in application writing, budget justification, and demonstrating project readiness—gaining experience in formal funding processes they'll encounter throughout professional lives.
Critically, fundraise locally for the remaining project share (typically approximately 20% of total costs), which serves multiple purposes beyond simply filling a funding gap: it builds deep project ownership as youth work to secure community investment, creates community buy-in and pride in the installation, demonstrates youth capability and seriousness to decision-makers, and ensures long-term care and stewardship as the community has invested directly.
Local fundraising might involve community events, crowdfunding campaigns, business sponsorships, or partnerships with local environmental organisations. This financial involvement distinguishes the programme from passive installations whilst developing youth entrepreneurial and advocacy skills essential for the energy transition.
Deliver the Installation
With approvals secured and funding in place, the project development team coordinate the physical installation phase, maintaining active involvement even as professional installers handle technical work requiring specialised skills and safety equipment.
Work with selected installers to finalise system design, confirm equipment specifications, and establish installation timelines that work within school calendars or facility schedules. The project development team serve as primary communication bridges between installers, school administration, and broader community, managing expectations, troubleshooting scheduling conflicts, and keeping all stakeholders informed throughout the process. On installation days, participants can support logistics such as site access, tool organisation, or documentation through photography and videography (maintaining appropriate safety distances from actual installation work). Solar Bildung helps structure these roles so youth remain meaningfully involved without creating safety risks or interfering with professional work.
Most powerfully, the project development team lead the commissioning celebration when the system goes live—presenting the project journey to school community, explaining how the system works, showcasing the learning that occurred, and taking public ownership of this real infrastructure they've created. Set up ongoing monitoring systems (many modern solar installations include apps or web dashboards showing real-time generation) where youth can track performance, share data with school community, and maintain visible connection between their project work and ongoing clean electricity production measured in kilowatt-hours and carbon savings.
With approvals secured and funding in place, the project development team coordinate the physical installation phase, maintaining active involvement even as professional installers handle technical work requiring specialised skills and safety equipment.
Work with selected installers to finalise system design, confirm equipment specifications, and establish installation timelines that work within school calendars or facility schedules. The project development team serve as primary communication bridges between installers, school administration, and broader community, managing expectations, troubleshooting scheduling conflicts, and keeping all stakeholders informed throughout the process. On installation days, participants can support logistics such as site access, tool organisation, or documentation through photography and videography (maintaining appropriate safety distances from actual installation work).
Solar Bildung helps structure these roles so youth remain meaningfully involved without creating safety risks or interfering with professional work.
Most powerfully, the project development team lead the commissioning celebration when the system goes live—presenting the project journey to school community, explaining how the system works, showcasing the learning that occurred, and taking public ownership of this real infrastructure they've created. Set up ongoing monitoring systems (many modern solar installations include apps or web dashboards showing real-time generation) where youth can track performance, share data with school community, and maintain visible connection between their project work and ongoing clean electricity production measured in kilowatt-hours and carbon savings.
Monitor, Maintain, and Reinvest
The project's impact extends decades beyond installation as the solar system generates clean electricity for 25+ years, but immediate post-installation work ensures this long-term value is realised and celebrated. Establish monitoring routines where youth or subsequent student cohorts regularly check system performance, identify any issues requiring professional maintenance, and communicate ongoing impact through school newsletters, displays, or social media showing cumulative electricity generated and carbon avoided. This ongoing engagement keeps renewable energy visible in institutional life rather than becoming invisible infrastructure that's forgotten shortly after installation. Track financial performance including energy cost savings, any feed-in tariff payments if selling excess electricity back to the grid, and actual return on investment compared to projections, using real data to validate the business case and inform future projects.
Most importantly, commit to reinvesting any project surplus (if costs come in under budget or if selling excess electricity generates revenue) into further renewable or energy-efficiency measures such as additional solar capacity, battery storage, insulation improvements, efficient windows, heat pumps, or LED lighting upgrades. This reinvestment commitment, built into the programme structure, ensures projects catalyse broader institutional sustainability rather than being one-off initiatives. Document and share your complete journey—challenges faced, lessons learned, skills developed, climate impact achieved—contributing to Solar Bildung's growing knowledge base of youth-led solar projects that inspire and inform other communities whilst demonstrating that young people can successfully deliver real infrastructure when given proper support, structure, and trust to lead.
