A video that demonstrates real-world results from a blockchain-based, transactive energy implementation at a microgrid in Canada. Check out the video to learn how Peer to Peer energy trading can be implemented on blockchain technology, and used to reduce peak demand, increase the utilization of renewable energy, and save electric utilities millions of dollars in avoiding upgrades to the grid. Special thanks to the LDC Tomorrow Fund and Natural Resources Canada (NRCAN) for funding this research!
Made with the support of the LDC Tomorrow Fund and NRCAN!
Other videos
Energy Trading Demonstration at Microgrid: [ Ссылка ]
Distributed Voltage Regulation Using Data Distribution Service: [ Ссылка ]
Utility-DERMS DEMO Video: [ Ссылка ]
Link to paper that was published: [ Ссылка ]
Contact us!
Shivam Saxena: shivam@heroeng.ca
Hany Farag: hefarag@eecs.yorku.ca
Aidan Brookson: aidanbrookson@voltaresearch.org
Leigh St. Hilaire: leighsthilaire@voltaresearch.org
Henry Kim: hkim@schulich.yorku.ca
Gil Amdurski: Gil.Amdurski@trca.ca
Real World P2P Energy Trading on Blockchains EXPLAINED
Теги
blockchaintransactive energyhyperledgerclimate changeglobal warmingcouragepeer to peerbitcoincordadistributed generationsmart gridsustainablecleantechinnovativetechnologydistributeddistributed ledger technologysmart contractcryptocryptocurrencyenergy tradingdemonstrationeducationpower systemssolar energyelectric vehiclesteslanissan leafrenewable energymicrogridTRCAKortright Centre