%0 Report
%D 2010
%T Load Modeling Transmission Research
%A Bernard C. Lesieutre
%A Richard J. Bravo
%A Robert Yinger
%A David Chassin
%A Juang, Henry
%A Lu, Ning
%A Hiskens, Ian
%A Vendatarmanan, Giri
%K FIDVR
%K FIDVR-007
%K load modeling
%I California Institute for Energy and Environment
%8 03/2010
%G eng
%U http://uc-ciee.org/all-documents/a/257/113/nested
%9 CIEE
%0 Conference Proceedings
%D 2008
%T Load modeling in power system studies: WECC progress update
%A Dmitry Kosterev
%A Meklin, Anatoliy
%A John Undrill
%A Bernard C. Lesieutre
%A William Price
%A David Chassin
%A Richard J. Bravo
%A Steve Yang
%K composite load model
%K FIDVR
%K FIDVR Composite Load Model
%K load modeling
%K RTINA
%X This paper provides an update on a composite load model development in Western Electricity Coordinating Council (WECC). A composite load model structure is described. The two salient features of the new load model are: (a) the model recognizes electrical distance between the transmission bus and the end-uses and (b) the model represents the diversity in composition and dynamic characteristics of various electrical end-uses. The load model data includes (a) data for a distribution equivalent model, (b) load component model data and (c) load component fractions. The paper presents tests and modeling of various electrical end-uses. The paper in particular focuses on modeling compressor motors in single-phase air-conditioners. Load composition methodology is also discussed. The model structure was implemented and tested in a production-level grid simulator.
%I IEEE
%P 1-8
%8 07/2008
%@ 978-1-4244-1905-0
%G eng
%U http://ieeexplore.ieee.org/lpdocs/epic03/wrapper.htm?arnumber=4596557
%! Load modeling in power system studies