Filipino student invents solar windows out of used crops, to help calamity hit-farmers.

Summary

Harvey, the inventor of Oreo Systems, introduces a revolutionary technology that transforms surfaces like windows and textiles into UV light absorbers and electricity generators. Using organic luminescent compounds, the system captures UV light and converts it into photons, which are then harvested by solar films to produce clean electricity, offering a sustainable solution for energy generation.

Takeaways

• 👤 The speaker is Harvey, an inventor.
• 🌐 Harvey's invention is Oreo Systems, which started with solar glass windows.
• 🔬 The technology has evolved to enable other surfaces like textiles to absorb ultraviolet light.
• 💡 It not only absorbs UV light but also generates clean electricity.
• 🧪 Oreo Systems uses organic luminescent compounds to absorb UV light and produce photons.
• 🌞 Solar films capture these photons.
• 🔋 The photovoltaic effect is used to generate electricity from the captured photons.
• 👏 The process is applauded, indicating it might be innovative or beneficial.
• 🎵 The script includes several instances of background music, suggesting a presentation or promotional context.
• 🔚 The script ends with the word 'you', possibly indicating an invitation or call to action for the audience.

Q & A

Who is Harvey and what is his role in the script?

Harvey is the inventor of Oreo Systems, a technology that has evolved to enable various surfaces to absorb ultraviolet light and produce clean electricity.

What is Oreo Systems?

Oreo Systems is a technology developed by Harvey that allows surfaces like solar glass windows, textiles, and other materials to absorb ultraviolet light and generate clean electricity.

What are the other devices that Oreo Systems can enable?

Oreo Systems can enable other devices such as windows, textiles, and potentially any type of surface to have the capability to absorb ultraviolet light and produce electricity.

How does the technology work?

The technology uses organic luminescent compounds that absorb ultraviolet light and produce photons. Solar films are then used to capture these photons, and through the photovoltaic effect, electricity is generated.

What is the significance of using organic luminescent compounds?

Organic luminescent compounds are significant because they can absorb ultraviolet light and produce photons, which are then captured to generate electricity, making the process environmentally friendly and efficient.

What is the photovoltaic effect mentioned in the script?

The photovoltaic effect is a phenomenon where light energy is converted into electrical energy. In the context of the script, it refers to the process by which captured photons are converted into electricity.

How does the technology contribute to clean energy production?

The technology contributes to clean energy production by harnessing ultraviolet light, which is a renewable resource, and converting it into electricity without emitting harmful pollutants.

What are the potential applications of this technology?

Potential applications of this technology include integrating it into building materials like windows and textiles, creating self-powering surfaces, and contributing to the development of smart cities with sustainable energy solutions.

How does the technology differ from traditional solar panels?

This technology differs from traditional solar panels by using organic luminescent compounds to absorb ultraviolet light and produce electricity, which allows for a broader range of surfaces to be used for energy generation.

What is the role of solar films in this technology?

Solar films play a crucial role in capturing the photons produced by the organic luminescent compounds. They are essential for the conversion of light energy into electricity through the photovoltaic effect.

How does the technology address the issue of ultraviolet light?

The technology addresses the issue of ultraviolet light by not only absorbing it to reduce its harmful effects but also by converting it into a useful form of energy, thus turning a potential environmental concern into a resource.