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Hybrid Resources: Challenges, Implications, Opportunities, and Innovation

Authors :
Eric Gimon
Paul Denholm
Mark Ahlstrom
Andrew Gelston
Caitlin Murphy
Greg Nemet
Jacob Mays
Source :
IEEE Power and Energy Magazine. 19:37-44
Publication Year :
2021
Publisher :
Institute of Electrical and Electronics Engineers (IEEE), 2021.

Abstract

The electric power system has historically been designed to provide reliable energy to loads by using a relatively small number of well-understood generators. The distinction between load, generation, and transmission resources has been quite clear. Most of the responsibility for planning and operating a system—building a highly reliable network from less reliable parts—has been with the system manager, whether that be a utility, a regional market operator, or some similar entity. Given this historical context, many experts were initially perplexed by the rapidly growing popularity of hybrid resources, which combine multiple technologies into a single entity. Rather than depending on a system operator to provide instructions to individual technologies, hybrid resources intentionally take on more operational responsibility by optimizing and scheduling their combined functions. Interconnection queues in many regions reveal a large and growing interest in hybrids, suggesting that project developers and investors see them as providing advantages.

Details

ISSN :
15584216 and 15407977
Volume :
19
Database :
OpenAIRE
Journal :
IEEE Power and Energy Magazine
Accession number :
edsair.doi...........34623bd76cce7edf05a0ed6675e39e66