sharedenergy

SharedEnergy is a model for distributing and sharing electrical energy among a local group of participants, typically within a neighborhood, campus, or microgrid. In this framework, prosumers can generate, store, and exchange energy to optimize resource use and increase the share of renewables. SharedEnergy platforms provide transparent trade and governance mechanisms that track energy flows and assign value to each participant's contribution.

How it works: smart meters and energy management systems track generation and consumption, while a digital platform matches supply with demand in near real time. Participants sell excess power or schedule demand response. Prices can be dynamic or tariff-based, and governance may be community-owned or aligned with a utility or aggregator. Regulatory considerations include grid interconnection, net metering, and data privacy.

Key technologies include microgrids, distributed energy resources, and decentralized ledger records for transactions. Interoperability and standards enable wider adoption, while aggregators coordinate resources to unlock scale. SharedEnergy can operate locally or be extended to larger networks as technology and regulation evolve.

Benefits include lowered energy costs, reduced peak loads, and greater resilience, as well as smoother integration of intermittent renewables. Challenges include regulatory barriers, market liquidity, cybersecurity, and ensuring fair access. Real-world pilots include Brooklyn Microgrid in New York and Europe’s peer-to-peer energy trading trials.