@misc{e95f3a2fbe5c43e5920858e632dcf8af,
title = "Reliability Barriers to Enhanced Solar PV Deployment: Selected Research Findings - State Outreach Technical Sessions",
abstract = "This presentation provides summaries of three reports selected from a body of work that examines potential reliability challenges related to planning future power systems with higher solar photovoltaic (PV) penetrations in the western United States. The three topics covered are 1) Power system flexibility requirements and supply; 2) Resource adequacy and the capacity credit of solar; 3) Simulating distributed energy resource responses to transmission system-level faults considering IEEE 1547 performance categories on three major WECC transmission paths. The full reports and related resources are available at the project website, https://www.westernenergyboard.org/western-interstate-energy-board/barrier-mitigation-to-enhanced-distributed-solar-photovoltaic/. This presentation is targeted toward a technical audience. A companion policy presentation provides higher-level summaries of the same material.",
keywords = "distributed energy resource, IEEE 1547, power system flexibility, resource adequacy, solar capacity credit, solar photovoltaics, transmission system fault",
author = "Brady Cowiestoll and Elaine Hale and Jennie Jorgenson and Richard Kenyon and Barry Mather and Gordon Stephen",
year = "2020",
language = "American English",
series = "Presented at the Western Interstate Energy Board - State Outreach Technical Session, 3 September 2020",
type = "Other",
}
