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Battery Energy Storage Emulation For Power System Applications, Jessica Danielle Boles
Battery Energy Storage Emulation For Power System Applications, Jessica Danielle Boles
Masters Theses
The concept of energy storage for power systems has received increasingly more attention in recent decades, and the growing penetration of renewable energy sources has only escalated demand for it. Energy storage systems are excellent for balancing generation and load, for suppressing power fluctuations, and for providing other ancillary services to the grid. The Hardware Testbed (HTB) is a novel converter-based grid emulator created for studying the needs associated with high renewable penetration, but the system currently lacks a battery storage emulator. Thus, this work documents the development of a battery energy storage system (BESS) emulator for the HTB.
The …
Bi-Level Optimization Considering Uncertainties Of Wind Power And Demand Response, Xin Fang
Bi-Level Optimization Considering Uncertainties Of Wind Power And Demand Response, Xin Fang
Doctoral Dissertations
Recently, world-wide power systems have been undergone a paradigm change with increasing penetration of renewable energy. The renewable energy is clean with low operation cost while subject to significant variability and uncertainty. Therefore, integration of renewables presents various challenges in power systems. Meanwhile, to offset the uncertainty from renewables, demand response (DR) has gained considerable research interests because of DR’s flexibility to mitigate the uncertainty from renewables. In this dissertation, various power system problems using bi-level optimization are investigated considering the uncertainties from wind power and demand response.
In power system planning, reactive power planning (RPP) under high-penetration wind power …