Impact of Blockchain Technology on Electric Power Grids -- A case study in LO3 Energy
Sakineh Khalili, Vahid Disfani, Mo Ahmadi

TL;DR
This paper examines how blockchain technology, exemplified by LO3 Energy's Exergy platform, can transform electric power grids by enabling secure data sharing and transactions among prosumers and utilities, addressing privacy and data management challenges.
Contribution
It provides a case study of LO3 Energy's blockchain-based solution, demonstrating its potential to improve data management and trust in decentralized power grids.
Findings
Blockchain enables secure, transparent transactions among prosumers and utilities.
LO3 Energy's Exergy platform facilitates decentralized energy trading.
Blockchain addresses privacy and data integrity concerns in smart grids.
Abstract
The increasing amount of distributed energy resources including renewable energy systems and electric vehicles is expected to change electric power grids significantly, where conventional consumers are transformed to prosumers since they can produce electricity as well. In such an ecosystem, prosumers can start offering their excess energy to supply demands of the other customers on the grids behind the meter without interference of distribution system operators (DSO). Besides, DSOs require more accurate and more frequent data form prosumers' net demand to be able to operate their network efficiently. The main challenge in these new distribution grids is the amount of data that needs to be collected in this platform is unbelievably high, and more immortally, prosumers will likely refuse to share their information with DSOs due to their potential privacy and economic concerns. Blockchain…
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Taxonomy
TopicsSmart Grid Energy Management · Blockchain Technology Applications and Security · Smart Grid Security and Resilience
