Model Predictive Control of Coupled Electrical and Thermal Networks: A Real-Time Co-Simulation Study
Model Predictive Control of Coupled Electrical and Thermal Networks: A Real-Time Co-Simulation Study
This presnetation briefly introduces a real-time model predictive control (MPC) framework that coordinates heating, ventilation and air conditioning (HVAC) flexibility, pumped thermal energy storage (PTES) and distributed generation while enforcing unbalanced three-phase AC network constraints. A convexified power-flow model enables tractable integration of detailed network physics within the MPC. The framework is validated through a high-fidelity MATLAB-RTDS co-simulation using low-latency UDP communication.
- University of Manchester United Kingdom
Thermal Building Model, Pumped Thermal Energy Storage, Co-Simulation Environment, Unbalanced Distribution Network, Real-Time Digital Simulator, Model Predictive Control
Thermal Building Model, Pumped Thermal Energy Storage, Co-Simulation Environment, Unbalanced Distribution Network, Real-Time Digital Simulator, Model Predictive Control
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