Reality Revolution Solution

on YouTube ↗05m

" summary

Claims a system captures electrons from anaerobic decomposition in bog soil using two electrodes and stores them to run low‑power devices. Setup uses graphite plates originally, then swaps to graphite felt and records 38× more power. Three buckets of muskeg run a buzzer; a calculator, LED and buzzer have been powered. Under continuous load the device charges something for two days then exhausts and after one day rest it naturally recharges. Sewage plants suggested for scale.

AI-written summary · about

" related talks

• 11mPlant powered IoT unlocks numerous possibilities for agriculture and the environmentluke abbanovic · The Things Conference Agriculture Edition 2021
• 48mRunning an Undersea, Robotic Laboratory on a Fixed Energy BudgetBrent Roman · Embedded Linux Conference + OpenIoT Summit Europe 2016
• 14mEnergy harvesting and batteries for Generic NodeBjörn Rosqvist · The Things Conference Embedded Edition 2022
• 08mUltra-low Supply Current Devices to Power the Future of IoTAndrew Bortlik · The Things Conference Embedded Edition 2022
• 45mDecoding battery management data - back in the old schoolPaul Wayper · linux.conf.au 2020
• 01h 19mEnergy and EfficiencyRehan Ahmed, Chenchen Fu, Xinhang Lu, Xiaoxing Qiu, Sujunjie Sun, Xueyong Xu, Weiwei Wu, Stefan Draskovic, Lothar Thiele, Chun Jason Xue, Sejong Oh, Daejin Park, Jiwon Kim, Sungwoo Baek, Seunghyeok Jeon, Hojung Cha, Niraj Kumar, Arijit Mondal, Yining Wu, Gaole Sai, Shengyu Duan, Juneseo Chang · EMSOFT 2022
• 20mElectronics for Innovation in Nature ProtectionAlexander Gerfer, Linda Hinz, David Schmider · DLD Nature 2024
• 46mElectronics from your Kitchen DrawerPeter Chubb · linux.conf.au 2020