Virtual Power Plants Transform Grid Operations
Justin McCammon, VP of Engineering at EnergyHub, tells PYMNTS that virtual power plants (VPPs) aggregate distributed resources like smart thermostats, electric vehicles and home batteries to operate as a single grid asset. By shaping demand—coordinating potentially hundreds of thousands of devices—VPPs lower peak costs, reduce emissions, and rely on AI forecasting, Snowflake telemetry validation, and progressing autonomy to manage rising loads.
Key Points
- 1Aggregate distributed energy resources into virtual power plants, orchestrating thermostats, EVs, and batteries at scale.
- 2Reduce peak-build costs by shaping demand, lowering emissions, and extending existing grid capacity.
- 3Require AI-driven forecasting, robust telemetry validation, and real-time control to enable reliable autonomous operation.
Scoring Rationale
Strong industry relevance and actionable AI-driven grid insights, limited by single-source industry perspective and non-peer-reviewed evidence.
Sources
Public references used for this report.
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