Slide 1: Title Slide (Intro – 5 sec)
- Visuals: Background of sunrise over fields + water, overlay solar panels.
- Text: “Agrivoltaic and Aquavoltaic Systems for Dual-Land Use”
- Animation: Title fades in → glow effect.
- Narration:
“As the world faces rising challenges of food, water, and energy, dual-use systems provide innovative solutions.”
Slide 2: Problem Statement (5–7 sec)
- Visuals: Icons of food, water, energy with arrows pointing to “Global Demand ↑”.
- Animation: Icons appear one by one.
- Text: “Rising global demand for food, water, and energy resources.”
- Narration:
“Traditional farming and energy compete for land and water resources.”
Slide 3: Agrivoltaics (15 sec)
- Visuals:
- Diagram (from earlier) of crops under solar panels.
- Add icons: :seedling: crops, :droplet: water drops, :high_voltage: energy bolt.
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- Animation: Panels slide in, crops grow upward.
- Text: “Agrivoltaics: Crops + Solar Panels”
- Narration:
“Agrivoltaics integrate solar power with agriculture, improving crop resilience, saving water, and generating clean energy.”
Slide 4: Benefits of Agrivoltaics (10 sec)
- Visuals: Bar chart comparing crop yield stability, water conservation, and energy generation.
- Animation: Bars rise one by one.
- Narration:
“This approach stabilizes yields, conserves water, and diversifies farmer income.”
Slide 5: Aquavoltaics (15 sec)
- Visuals: Diagram of floating solar panels with fish swimming.
- Animation: Water ripples, fish move, panels slide in.
- Text: “Aquavoltaics: Floating Solar + Aquaculture”
- Narration:
“Aquavoltaics place floating solar on ponds and canals, reducing evaporation while supporting aquaculture and energy production.”
Slide 6: Working Model Flow (20 sec)
- Visuals: Flowchart I created earlier.
- Animation: Arrows animate step by step (Solar Panels → Crops/Fish → Electricity → Food + Energy + Water Savings).
- Narration:
“Together, these systems produce food, generate renewable power, and conserve water—maximizing resource efficiency.”
Slide 7: 3D Conceptual Model (15 sec)
- Visuals: The 3D illustration I created showing crops + solar + water with fish.
- Animation: Slow zoom-in.
- Narration:
“By combining agrivoltaics and aquavoltaics, we can build sustainable, climate-resilient food and energy systems.”
Slide 8: Conclusion (10 sec)
- Visuals: Background of integrated farm + water + solar (combine visuals).
- Text: “Food + Energy + Water Savings”
- Animation: Text fades in with glow effect.
- Narration:
“Agrivoltaic and aquavoltaic systems pave the way for a sustainable future—ensuring food, clean energy, and water security.”
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