How Do Solar Panel Installations Empower Students to Think Green While Energising Classrooms?

How Do Solar Panel Installations Empower Students to Think Green While Energising Classrooms?

Emily Newton 12/03/2024
How Do Solar Panel Installations Empower Students to Think Green While Energising Classrooms?

In a world increasingly experiencing the effects of climate change, the next generation must be ready to take on the challenge of mitigating or halting it.

Solar power for schools saves money, supports the environment, shows renewable energy in action and teaches students about eco-friendly technology and responsible energy use.

Considerations for Installing Solar in Educational Institutions

Solar installations are becoming common in the U.K. as the country moves toward carbon neutrality. They’re expensive initially — plus, sunlight availability is something to note. However, it provides schools with reliable and eco-friendly electricity for entire buildings or campuses, reducing reliance on traditional sources.

Renewable electricity enhances energy resilience, ensuring a consistent power supply even during grid outages or emergencies. Once installed, regular maintenance ensures optimal performance, contributing to sustainable and cost-effective energy solutions for schools.

Educational Benefits

Utilising solar in schools can provide a hands-on lesson in sustainability and climate change. Students can learn firsthand about these crucial issues by integrating these topics into their coursework. This equips learners with practical knowledge for a world that values eco-consciousness.

Solar power for educational institutions offers more than just energy — it creates interactive learning opportunities:

  • Science exploration: Solar panels provide a hands-on way for students to understand how sunlight transforms into electricity, creating interactive science lessons.

  • Mathematical applications: Kids can engage in practical math activities, calculating energy production and cost savings associated with renewables. 

  • Energy basics: Develop energy literacy, helping students understand solar technology in the context of broader energy concepts. Mix solar tech into various subjects for a well-rounded learning experience.

  • Environmental studies: Solar panels become a real-life example for discussions on environmental impact, promoting awareness of the positive effects of renewable energy.

  • Hands-on learning: The tangibleness of solar panels offers a chance to interact directly with clean energy concepts, making education more engaging. Practical projects like setting up small-scale models deepen their understanding of solar energy and its applications.

  • Green habits: Encourage sustainable practises by incorporating solar tech lessons into daily life. 

  • Critical thinking skills: Through these interactive experiences, learners develop necessary thinking skills as they explore the practical applications of solar energy in their daily lives.

It’s important to note students learn STEM concepts through practical engagement with solar technology and understanding the science behind energy conversion. Incorporating data monitoring allows them to analyse and understand how solar panels work.

Encourage participation in local projects and bring in experts or workshops to expose learners to diverse environmental perspectives. Create a more eco-friendly school environment through personal projects like reducing waste or saving energy to contribute to a collective effort toward sustainability. Effective communication and advocacy training equip children to voice their environmental concerns confidently.

Environmental and Economic Advantages

Solar panel installations in schools bring two significant benefits — it’s good for the environment by reducing carbon and promoting sustainability while also saving money in the long run.

Reduction of Greenhouse Gas Emissions

Using solar power for schools is a big step in combating climate change. It’s green energy, so it causes no emissions and decreases reliance on fossil fuels, leading to cleaner air. Switching to renewables and moving away from fossil fuels can help schools significantly reduce harmful greenhouse gas prevalence, especially carbon dioxide.

Cost Savings and Return on Investment

Embracing solar energy in schools isn’t just environmentally friendly — it’s a smart financial move, too. Installing these panels typically costs between £5,000 and £10,000, but the electricity is more affordable per kilowatt-hour (kWh) than that derived from fossil fuels. Fossil fuel power typically costs between £0.04 and £0.13 per kWh, but solar ranges from $0.02 to $0.05 per kWh, with costs continuing to fall. 

The initial investment in these panels is often offset by substantial savings over time — they can cut electricity bills by up to sixty-two percent. This creates a positive return on investment as schools harness the power of sunlight to generate their power, translating into long-term economic benefits. The money saved can be redirected toward educational resources, creating a win-win situation.

Social Benefits

Renewable energy — especially social power — is also a key to unlocking student opportunities. Here are some social impacts of solar installations on students’ lives:

  • Accessible education: Solar installations in underprivileged communities directly contribute to accessible education by providing a reliable source of electricity for schools. Students benefit from well-lit classrooms and access to electronic learning resources, enhancing their overall educational experience.

  • Leadership development: Engaging in solar projects allows children to take on leadership roles. They learn to coordinate efforts, solve problems and make decisions, building essential skills that can significantly benefit their future careers.

  • Skill enhancement: Through hands-on involvement in solar installations, learners can acquire practical skills related to renewable energy technology. This equips them with valuable technical expertise sought after in the evolving job market.

  • Career opportunities: Students become more attractive candidates in future job searches as they actively participate in sustainable energy initiatives. Employers increasingly value individuals committed to environmental responsibility with practical experience in renewable energy projects.

  • Networking: Collaborating on solar initiatives exposes kids to a network of professionals, community leaders and organisations involved in renewable energy. This can open doors to mentorship, internships and job opportunities in the field.

Real-Life Examples of Solar Power for Educational Institutions

Schools in the United Kingdom are increasingly adopting solar installations. Real-life examples of these installations showcase the practical integration of sustainable energy solutions within educational settings.

The Welsh government is helping put solar panels on schools in Newport to boost community-owned renewable energy. The project aims to save carbon, cut electricity bills and contribute to Wales’ target of 100 megawatts of renewable energy by 2026. 

Also, a £1.4m project by North Lincolnshire Council aims to install solar panels on 30 schools in Scunthorpe, providing renewable energy to lower spending and reduce carbon emissions. Initial plans for installations at Bottesford Junior School, Frederick Gough School and Berkeley Primary School have been submitted to the council.

The Power Your Future initiative is creating “solar schools,” having already installed 100 arrays to offer cost savings and educational benefits. Teaming up with CBD energy from Australia, the programme aims to establish new arrays in 22 UK schools. They secured over £7.5 million, facilitating the generation of 3,300,000 MWh of electricity and averting 1,720 tonnes of CO2 emissions each year.

Making Schools Brighter With Solar

Solar power for educational institutions inspires learners to think green while using clean energy. The hands-on experience promotes eco-friendly habits and encourages a more sustainable future.

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Emily Newton

Science & Tech Expert

Emily Newton is the Editor-in-Chief of Revolutionized. She is a science and technology journalist with over three years covering industry trends and research. 

 
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