Create a single continuous 22-second realistic cinematic video of a student engineering prototype called:
"Smart Solar Energy Management System Using Artificial Intelligence"
The video begins with a solar panel receiving sunlight and generating electricity. The camera smoothly follows the energy flowing through wires into a small AI-based energy management controller.
The controller analyzes solar energy production and electricity demand. Show a simple digital AI interface with production, consumption, and battery data.
Then show the system detecting excess solar energy and automatically directing the excess energy into a battery storage unit.
The prototype contains:
- One solar panel
- One small Arduino-based controller
- One battery storage unit
- One electrical load
- Exactly THREE small LED indicators: green, yellow, and red
- Connecting wires
LED behavior:
Yellow LED = excess solar energy detected.
Green LED = balanced energy.
Red LED = low available energy.
During the video, show the yellow LED turning on when excess energy is detected, then show the energy flowing into the battery.
End with the system operating efficiently and the green LED illuminated.
On-screen text:
"Solar energy is clean — but excess energy can be wasted."
"AI predicts and manages energy."
"Excess energy → Storage"
"Smarter Energy Management"
Final text:
"AI + Solar Energy = A Smarter Future"
Visual style:
realistic physical prototype, clean STEM competition presentation, modern engineering aesthetic, smooth camera movement, realistic components and wires, neutral background, professional lighting, 16:9.
IMPORTANT:
Exactly three small LEDs.
No large lights.
No extra LEDs.
No futuristic fictional machine.
Make the prototype look physically buildable by a student.