Mitsubishi Electric has teamed up with researchers from the prestigious Japanese university, Tokyo Tech, to jointly design a blockchain-based trading system that can support more flexible, peer-to-peer energy trading.
Announced on Jan. 18, the new system is intended to support the efficient use of surplus electricity that is generated from renewable energy sources. In particular, it is hoped that the trading system can ensure that at any given moment, there will be the maximum available amount of surplus electricity accessible on the market for consumers.
Peer-to-peer energy trading set-ups allow consumers and prosumers to engage in direct trading as buyers and sellers. To make their new system less reliant on hardware-intensive, high-volume computations, Mitsubishi Electric and Tokyo Tech have customized their blockchain system in order to optimize matches and make clearing buy and sell orders more efficient.
According to the announcement, a distributed-optimization algorithm, which differs from most blockchain technologies, enables customer computers to share their trading goals and data and then to “optimally match buy and sell orders using minimal computations.” As well as requiring fewer computations, what Mitsubishi and Tokyo Tech call their “new mining method” can be executed on a micro-computing server. The four steps involved in the method are as follows:Continue reading… “Mitsubishi and Tokyo Tech create blockchain system for P2P energy trading”