Grid management system through functionalitites and potentialities of an Energy Blockchain

Propose innovation through new technologies is a challenge when the aimed system is well-structured with the actual architecture. That said, this work assigns the functionalities and potentialities of an Energy Blockchain technology with the needed local regulations, management, and assessment of an energy grid, towards a decentralized distributed network. It is presented using programming languages JavaScript and Solidity how a simple Blockchain can be structured and how several functions can automatize even more the energy niche. Considering the state-of-art of this technology it would contribute with gains in transparency, security, cost reduction and efficiency to our actual distribution energy grid. Therefore, a walkthrough to reach a parity between the actual regulation concepts and programmed smart contracts, in terms of a public Blockchain platform, is presented aspiring gains to systematic users attained in the optimization of the prosumers state, energy matrix configuration, price, data acquisition., and responsiveness of law resolutions.