I. Chakraborty
ABSTRACT
Integration of distributed energy resources (DERs) in grid planning and control requires estimating and aggregating the active and reactive power flexibility offered by an ensemble of DERs. The flexibility of DERs to provide grid services is, however, often uncertain due to insufficient end-use measurements (e.g. power consumption) and inaccurate forecast (e.g. solar irradiance). In this short note, we propose a numerical simulation based framework for modeling the flexibility in uncertain individual continuous DERs.
Index Terms
- Modeling Flexibility in Uncertain Distributed Energy Resources
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