A novel hash scheme for high elastic grid blockchain

Abstract

The use of blockchain technology in high-elastic power grids often requires the deployment of blockchain nodes in charging piles, substations, new energy vehicles and other equipment, rather than in traditional servers. Limited by equipment performance and deployment conditions, the technical implementation of blockchain also needs to be optimized accordingly. In this paper, a novel hash scheme without multiple iterations which is suitable for high-elastic power grid is proposed. The hash scheme is constructed using large scale bool functions, which meet the requirements of balance, nonlinearity and SAC. The characteristics of the hash algorithm are also suitable for hardware implementation, which can build hardware micro services in the deployment architecture of high-elastic power grids.