@InProceedings{CumminsQMRTKRWSSLMESSYNCTCL:2014:OvKaWi,
author = "Cummins, Kenneth L. and Quick, Mason G. and Myers, Jackson and
Rison, Willian and Thomas, Ron and Krehbiel, Paul and Rodeheffer,
Dan and Warner, Tom A. and Saba, Marcelo Magalh{\~a}es Fares and
Schumann, Carina and Lyons, Walter and Mcharg, Geoff and Engle,
Joshua and Samaras, Tim and Samaras, Paul and Young, Carl and Nag,
Amitabh and Cramer, John and Turner, Tommy and Cummer, Steven A.
and Lu, Gaopeng",
affiliation = "{University of Arizona} and {University of Arizona} and EDPR,
Houston TX and {New Mexico Tech} and {New Mexico Tech} and {New
Mexico Tech} and {New Mexico Tech} and ZT Research Rapid City, SD
and {Instituto Nacional de Pesquisas Espaciais (INPE)} and
{Instituto Nacional de Pesquisas Espaciais (INPE)} and FMA
Research, Inc. Fort Collins, CO. and U.S. Air Force Academy
Colorado Springs, CO. and U.S. Air Force Academy Colorado Springs,
CO. and Samaras Technologies Bennett, CO. and Samaras Technologies
Bennett, CO. and Samaras Technologies Bennett, CO. and Vaisala,
Tucson AZ and Vaisala, Tucson AZ and Vaisala, Tucson AZ and {Duke
University} and {Duke University}",
title = "Overview of the Kansas Windfarm2013 Field Program",
booktitle = "Proceedings...",
year = "2014",
organization = "International Lightning Detection Conference, 23. (ILDC).",
keywords = "lightning, wind turbine, lightning protection.",
abstract = "Recently, there has been renewed interest in the study of
lightning attachment to tall objects in general, and wind turbines
in particular, following the construction of large wind farms in
lightning-prone regions. Initial observations of lightning
attachment to wind turbine generators at a Kansas wind farm in
2012 resulted in a number of insights and left several open
questions. This led to the planning and re-deployment for the
summer or 2013. Ten groups have collaborated on this 2013 field
project, resulting in the following suite of instruments and
observations: 10-station 3D lightning mapping array (LMA),
8-station slow antenna array, 4 electric field mills, 2
continuous, standard-speed, fixed-location video cameras, three
mobile highspeed video observation vehicles, remote charge-moment
observations, remote low-light cameras focusing on
upperatmospheric discharges, and upgraded U.S. National Lightning
Detection Network observations of both cloud and cloud-toground
discharges (including continuous waveform data). In addition, all
turbine generators were equipped with devices that provide
estimates of lightning peak current within the blades. This paper
provides an overview of the 2012 and 2013 observations, including
a brief discussion of the instruments, seasonal overviews of
lighting incidence by type, turbine attachment statistics, and
some example cases of lightning attachment to wind turbines.",
conference-location = "Tucson",
conference-year = "2014",
label = "lattes: 5746446930759722 10
CumminsQMRTKRWSSLMESSYNCTCL:2014:OvKaWi",
language = "en",
targetfile = "Cummins et al-Overview of the Kansas
Windfarm2012-2013-ILDC-ILMC.pdf",
urlaccessdate = "25 abr. 2024"
}