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Essential Reliability Service Requirements from Utility-scale Solar and Wind in Bulk Power Markets
Abstract
For decades, the inherent provision of Essential Reliability Services (ERS) by central,
dispatchable generators led to an abundance of frequency and voltage support, such
that planners and operators of the U.S. Bulk Power System (BPS) did not require robust
techniques to monitor these attributes. This paradigm has shifted over the past two
decades as reliability concerns from larger penetrations of variable energy resources
(VERs) have emerged. Recent demonstrations of advancements in power electronics have
shown that VERs are also capable of accurate and rapid response to grid disturbances.
However, the ERS capabilities of VERs are limited by market structures and regulations
designed for conventional resources. Utilizing the ERS framework developed by North
American Electric Reliability Corporation (NERC), this report documents key discussions,
demonstrations of ERS capability, market innovations, and updates to U.S. interconnection
rules and reliability standards for VERs.
Type
Master's projectSubject
Essential Reliability ServicesAncillary Services
Interconnection Requirements
Variable Energy Resources
Large Generator Interconnection Agreement
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https://hdl.handle.net/10161/18424Citation
Gao, Minhui; Gregory, Ben; He, Manfei; & Xu, Zhimin (2019). Essential Reliability Service Requirements from Utility-scale Solar and Wind in Bulk
Power Markets. Master's project, Duke University. Retrieved from https://hdl.handle.net/10161/18424.Collections
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