System for providing grid stability through creating virtual power plants
End-to-end platform for aggregating distributed heating assets into virtual power plant portfolios supporting participation in grid support services.
Grid support services rely on flexible energy resources that can respond to external system needs on short notice. This platform enables distributed power units — typically operating independently — to be aggregated into coordinated portfolios capable of acting as controllable energy resources.
Diagram is an abstracted representation for illustrative purposes; it does not reflect exact architecture or services.
Sub-Projects
Bid forecasting for auxiliary services in virtual power plants
Built a system to forecast expected capacity availability for auxiliary services within virtual power plant portfolios.
Frequency Monitoring, Simulation & Energy Market Activation
Live monitoring of grid frequency measurements with automated portfolio state management supporting grid stabilization participation.
Control Algorithm for Aggregated Energy Assets
Real-time system for monitoring and activating physical power units to reach capacity setpoints across portfolios — delivering 33% of target capacity within 500ms, 86% within 700ms, and achieving full stability within 3 seconds.
Live Telemetry Over Various Channels
This is a multi service setup, for collecting telemetry from various sources, such as multiple brokers and APIs.
Professional Context
