Loading formats...
Concrete That Stores Power
R
ranjeet singh
7 views • Oct 22, 2025
Description
MIT’s Electron-Conducting Carbon Concrete (EC³) turns ordinary concrete into a powerful energy storage system. Using carbon black and electrolytes, EC³ can act as a structural supercapacitor — storing up to 2 kWh per cubic meter, sensing stress, and even powering homes. Watch this AI-generated experiment to see how future buildings might literally power themselves.
🔬 Scientific Source & References
This video is based on publicly available research conducted by MIT and collaborators.
Full study and official article links below 👇
📘 Research Paper:
Stefaniuk, D., Weaver, J. C., Ulm, F.-J., & Masic, A. (2025).
High energy density carbon–cement supercapacitors for architectural energy storage.
Proceedings of the National Academy of Sciences (PNAS).
DOI: 10.1073/pnas.2511912122
📢 Follow for More:
🔹 Future Energy Innovations
🔹 Advanced Materials Explained with AI
🔹 Nanotechnology & Smart Infrastructure
#ConcreteBattery #MITResearch #FutureEnergy #Nanotech #ScienceExplained #AIExperiment #SmartCity #sustainabletechnology
🔬 Scientific Source & References
This video is based on publicly available research conducted by MIT and collaborators.
Full study and official article links below 👇
📘 Research Paper:
Stefaniuk, D., Weaver, J. C., Ulm, F.-J., & Masic, A. (2025).
High energy density carbon–cement supercapacitors for architectural energy storage.
Proceedings of the National Academy of Sciences (PNAS).
DOI: 10.1073/pnas.2511912122
📢 Follow for More:
🔹 Future Energy Innovations
🔹 Advanced Materials Explained with AI
🔹 Nanotechnology & Smart Infrastructure
#ConcreteBattery #MITResearch #FutureEnergy #Nanotech #ScienceExplained #AIExperiment #SmartCity #sustainabletechnology
Discover more
Keywords & tags
#MIT
#carbon concrete
#EC3
#energy storing concrete
#MIT research
#supercapacitor concrete
#carbon black concrete
#smart materials
#energy storage
#green energy
#futuristic building materials
#carbon cement
#self powering buildings
#MIT innovation
#renewable energy
#AI experiment
#nanotechnology
#future of construction
#sustainable technology
#smart infrastructure
#concrete battery
#carbon technology
#advanced materials
#construction innovation
#scientific breakthrough
#structural supercapacitor
#MIT scientists
#future energy
#eco friendly building
#cement innovation
#clean energy
#MIT EC3 concrete
#architectural energy storage
#next gen materials
#science experiment
#energy revolution
More from this user
05:41
The True Story Behind the Atomic Bomb
ranjeet singh
00:53
The $1000 Coffee Made From Poop? Here’s the Science!
ranjeet singh
04:43
The Power of Introverts | Quiet by Susan Cain Explained
ranjeet singh
01:47
The Universe’s Strongest Magnets, How Magnetars Form
ranjeet singh
01:00
Concrete That Stores Power
ranjeet singh
01:00
Light can be New Magnet
ranjeet singh
Related videos
01:46
Download Ebook New Carbon Based Materials for Electrochemical Energy Storage Systems Igor V. Barsukov PDF Audiobook
hedrerpcapus1979
01:14
Sprott Energy Transition Materials ETF: Empowering Global Energy Transition With Critical Materials
Benzinga
10:53
Materials Technology as a Driver of Innovation - News from Materials Research
Hector Fellow Academy
04:32
Strong material - carbon fiber composite materials in aircraft
Debra Joseph
00:08
. High Energy Efficiency (Save ~30% Energy) Carbon fiber is a pure blackbody material with 95%+ electro-thermal conversion efficiency. Far less wasted light/heat than nickel‑chromium, tungsten‑molybdenum or halogen lamps; cuts electricity bills significan
MollyXiong
00:26
. High Energy Efficiency (Save ~30% Energy) Carbon fiber is a pure blackbody material with 95%+ electro-thermal conversion efficiency. Far less wasted light/heat than nickel‑chromium, tungsten‑molybdenum or halogen lamps; cuts electricity bills significan
MollyXiong