The United States’ Largest Wholesale Energy Provider Launches Blockchain-Based Pilot for Renewable Energy Markets
On April 18, 2018, the Corporate Environmental Lawyer published a blog entry discussing the growing use of Blockchain technology by startup companies seeking to connect populations without access to traditional electricity markets to electricity produced by distributed renewable energy systems. As discussed in that blog entry, proponents of Blockchain technology have asserted the platform’s built-in efficiencies would allow it to compete with traditional, utility-owned electrical grids, with one company going as far as setting up a “micro-grid” in Brooklyn, New York. It appears that the marriage between Blockchain and the electricity grid may be moving forward at an accelerated pace as the technology is now being examined and piloted by major utility operators.
PJM Interconnection (“PJM”), the United States’ largest power grid operator and market administrator serving over 65 million people from Chicago to Washington D.C., has announced its intention to test a Blockchain system that will allow clean-energy buyers and sellers to trade the renewable energy credits that wind and solar farms produce as they generate electricity. Working through its subsidiary—PJM Environmental Information Services—PJM has announced a partnership with Energy Web Foundation, a nonprofit entity with experience developing Blockchain platforms for smaller energy markets in Europe and Asia. The partnership hopes to rollout a pilot for the program by the end of the first quarter of 2018. “This collaboration between EWF and PJM-EIS is a major milestone for the adoption of advanced digital technologies in the energy sector,” said Hervé Touati, CEO of Energy Web Foundation. “We are excited to partner with a leader such as PJM-EIS.”
Blockchain, the technology that functions as a public ledger underpinning digital currency transactions, continues to be promoted as a key driver of growing renewable energy markets. At its core, the belief that Blockchain can spur renewable energy growth and disrupt current energy markets stems from the potential built-in efficiencies of the technology, which allow buyers and sellers of clean power to interact directly, without the need for a central coordinator. While the potential impact of Blockchain on future energy markets is still unknown, the successful use of the technology by PJM could represent a major milestone in the growth and development of the technology in the marketplace.