UCI Published Papers, Articles, and Reports

The following lists some of the published Books, Papers, Articles, and Reports
produced by UCI's staff:

  1. Integrated Voltage, Var Control and Demand Response in Distribution
    Systems, Nokhum Markushevich and Edward Chan, IEEE PES 2009, Seattle
  2. Demand Response - Benefits and Impacts, Edward Chan, Nokhum
    Markushevich, CEPSI 2008, Macao
  3. IntelliGrid Architecture Development for Distribution Systems.
    Requirements and Device Information Models for Integrated Advanced
    Distribution Automation Applications, EPRI, Palo Alto, CA: 2008, 1013843 EPRI
    Project Manager: J. Hughes. Principal Investigator: N. Markushevich
  4. Distribution Automation and Demand Response, N. Markushevich and A.
    Berman, DistribuTech2008, Tampa, Fl, January, 2008.
  5. Understanding Coordinated Voltage and Var Control in Distribution Systems:
    Is Power Factor = 1 Always a Good Thing?, Nokhum Markushevich, Energy
    Pulse, 2007, http://www.energypulse.net/centers/article/article_display.cfm?
    a_id=1553
  6. Guidelines for Assisting Understanding and Use of IntelliGrid Architecture
    Recommendations: Transmission Operations, Use Case for Transmission
    Contingency Analysis, EPRI Palo Alto, CA: 2006. 1014702. EPRI Project
    Manager: J. Hughes. Principal Investigator: N. Markushevich
  7. Guidelines for Assisting Understanding and Use of IntelliGrid Architecture
    Recommendations: Distribution Operations, Use Case for Distribution
    Operation Model and Analysis, EPRI Palo Alto, CA: 2006. 1013612. EPRI
    Project Manager: J. Hughes. Principal Investigator: N. Markushevich
  8. What Can Distribution Automation Do For Power System Reliability?, N.
    Markushevich, A. Berman , J. Handley, DistribuTech, 2005
  9. Implementing an Energy and Trading System for East China Power Grid,
    Wang DeXing, Edward H.P. Chan, Yang Libing , Chok K. Pang, , Nokhum S.
    Markushevich, CEPSI, 2004
  10. Studies Of Distribution Operations To Aid In Determining Object Models For
    Distributed Energy Resources (Phase 1), EPRI, Palo Alto, CA, 2004, EPRI
    Project Manager F. Goodman. Principal Investigator: N. Markushevich
  11. Experience of System - Wide Distribution Automation at JEA, Don C. Gilbert,
    Nokhum Markushevich and Alex Fratkin, Distributech 2004 conference
  12. Guidelines for Planning Interoperable Distribution Automation Systems,
    Frances Cleveland (UCI), Nokhum Markushevich (UCI), Kay Clinard (KC
    Associates), George Schimmel (Tamarack), EPRI, Palo Alto, CA 2004, TR1002161
  13. Distribution Operation Use Cases. http://www.epri-intelligrid.
    com/intelligrid/techdev/intelligrid/deliverables.jsp
  14. Object Models for Distributed Energy Resources (UCA-DER), Frances
    Cleveland (UCI), Karlheinz Schwarz (SCC), George Schimmel (Tamarack), E2I,
    Palo Alto, CA December 2003, TR-1009267
  15. Guidelines for Implementing Substation Automation Using UCA-SA (Utility
    Communications Architecture-Substation Automation), Frances Cleveland
    (UCI), Randy Ehlers (UCI), EPRI, Palo Alto, CA, 2003, TR-1002071
  16. 1002071 Distribution Volt And Var Control in Emerging Business
    Environment, Nokhum Markushevich (UCI) and Ron Nielsen (B.C. Hydro), CEA
    Technologies Distribution Automation Seminar, Halifax, Nova Scotia, Canada.
    June, 2003
  17. Strategic Operations of Distribution Systems in the Future, Nokhum
    Markushevich (UCI), Frances Cleveland (UCI), The DER/ADA Project Stakeholder
    Team Formation Workshop,  March 17-18, 2003
  18. The Specifics Of Coordinated Real-Time Voltage And Var Control In
    Distribution, Nokhum S. Markushevich (UCI), Utility Consulting International
    (UCI), Distributech 2002 Conference
  19. Distribution Automation Pilot Project Using the Utility Communications
    Architecture (UCA®) at City Public Service of San Antonio, Frances
    Cleveland (UCI), EPRI , Palo Alto, CA: 2002. 1007066
  20. Scoping Study on Security Processes and Impacts, Frances Cleveland (UCI),
    Herbert Falk (Sisco), EPRI, Palo Alto, CA, June 2003, TR-1008988
  21. Security Enhancements for Utility Information Architectures, Frances
    Cleveland (UCI), August, 2002, EPRI EP-P10074
  22. Communications Technology Assessment, Frances Cleveland (UCI), EPRI
    Web- based Report, 2002
  23. Network and System Management (NSM) Development for Distribution
    Automation, Frances Cleveland (UCI), Nokhum Markushevich (UCI), EPRI, Palo
    Alto, CA, December 2002, TR-1001701
  24. Capacitor Control In Distribution Automation At OG&E, Aleksandr P. Berman,
    Nokhum S. Markushevich (UCI), and James C. Clemmer (OG&E), Distributech
    2001 Conference
  25. Integrated UCA™ for Gas Industry, Volume 3: Guidelines for UCA Data
    Acquisition & Control (DAC) System, Frances Cleveland (UCI), EPRI, Palo Alto,
    CA and Gas Research Institute, Des Plaines, IL, March 2001, EPRI TR-1001401
    and GRI-01/0073.3
  26. Performance Of Advanced DA Applications Implemented in JEA, Nokhum S.
    Markushevich (UCI), Charles J. Jensen (JEA),  Alex I. Fratkin (UCI), and Jerry
    Knowles (JEA), Distributech 2001 Conference
  27. Adaptive Control Of Multiple Protective Devices In The Distribution
    Automation System At JEA, Charles J. Jensen (JEA), Nokhum S. Markushevich
    and Aleksandr P. Berman (UCI), Distributech 2001 Conference,
  28. Implementation Of Advanced Distribution Automation In US Utilities,
    Nokhum S. Markushevich and Aleksandr P. Berman (Utility Consulting
    International), Charles J. Jensen (JEA), James C. Clemmer (OG&E), USA, CIRED
    Conference, Amsterdam, 2001
  29. Advanced Network Applications  In The Distribution Management System At
    City Public Service Of San Antonio, G. Hitzfelder (CPS), I. Roytelman, B.
    Nikolic, R. Horn (Siemens PT & D), N. Markushevich (UCI), Distributech 2001
    Conference,
  30. Developing Data Set for Modeling Distributed Resource Devices in Electric
    Power System Simulations, Frances Cleveland (UCI), EPRI, Palo Alto, CA,
    December 2000, TR-1000418
  31. Implementation Of Advanced Distribution Automation At JEA And OG&E,
    Charles J. Jensen (JEA), James C. Clemmer (OG&E), Nokhum S. Markushevich
    (UCI), DA/DSM Distributech Conference, January 2000, Miami, Florida
  32. Straw-Man Device Object Models for Distributed Resources in Utility
    Communications Architecture (UCA™), Frances Cleveland (UCI), EPRI, Palo
    Alto, CA, December 1999 TR-114198
  33. Distribution Automation Pilot Projects At JEA And OG&E,  New Ideas For
    Remote Voltage And Var Control,  Charles J. Jensen, James C. Clemmer Nokhum
    S. Markushevich (UCI), DA/DSM Distributech Conference, January 1999
  34. Distribution Automation Project For The Peninsular Malaysian Distribution
    System, E. Chan, M Delson, N, Markushevich (UCI), K. Walston, Ir. T.A.
    Zaharuddin, and Jamal A. Nasir, CEPSI Conference, 1998.
  35. Dynamic System Load Control through Use of Optimal Voltage and Var
    Control, Nokhum Markushevich (UCI), Ron E. Nelson, 1998 Dynamic Modeling
    Control Applications for Industry Workshop, IEEE Industry Application Society,
    1998, Vancouver, Canada
  36. Optimizing Feeder Sectionalizing Points for Distribution Automation, Charles
    Jensen, Nokhum Markushevich (UCI), Alex Berman, DA/DSM Distributech
    Conference, January 1998, Tampa, Florida.
  37. Analysis of Capacitor Control Under Conditions of Distribution Automation at
    OG&E, Nokhum Markushevich (UCI), James Clemmer, Alex Berman,  Alla Royz,  
    DA/DSM Distributech Conference, January 1998, Tampa, Florida.
  38. Integration of Distributed Resources in Electric Utility Systems, Functional
    Definition for Communication and Control Requirements, Frances Cleveland
    (UCI), EPRI, Palo Alto, CA, 1998, TR-111491,
  39. Analysis of Faulted Power Systems by Phase Coordinates, A.Berman, W.Xu,
    IEEE Trans. Power Delivery, vol.13, pp587-595, April 1998
  40. Distribution Automation Pilot Project at Georgia Power Company, EPRI, Palo
    Alto, CA: 1997. TR-109486
  41. The Impact of Simplification of the Distribution System Model on the
    Benefits of Voltage and Var Control, Nokhum Markushevich (UCI), Alex
    Berman, Dan Nordell, Craig Halverson; DA/DSM Distributech Conference,
    January 1997, San Diego, California.
  42. Justification and Planning of Distribution Automation, Edward H.P. Chan,
    Nokhum S. Markushevich; CEPSI Conference, September 1996, Malaysia
  43. Impact Of Automated Voltage/Var Control In Distribution On Power System
    Operations, Nokhum S. Markushevich (UCI), R.E. Nielsen, A.K. Nakamura, J.M.
    Hall, R.L. Nuelk; DA/DSM Conference January 1996, Tampa, Florida.
  44. Update on DA Pilot Project at B.C. Hydro, Nokhum S. Markushevich Ron E.
    Nielsen, Fifth DA/DSM Conference January 1995, San Jose, California
  45. Load to Voltage Dependency Tests at B.C. Hydro, Alf Dwyer, Ron Nielsen,
    Joerg Stangl, Nokhum S. Markushevich; IEEE/PES 1994 Summer Meeting, July
    1994
  46. Modeling Distribution Automation, Nokhum S. Markushevich; DA/DSM
    Conference, January 1994, Florida
  47. Planning a Distribution Automation Pilot Project at B.C. Hydro, Nokhum S.
    Markushevich (UCI), Martin Delson, Erik Benedictson, Alf Dwyer, Ivan Herejk,
    Carl Kober, Ron Nielsen, Joerg Stangl; DA/DSM Conference, January 1994,
    Florida
  48. Integration Of Distribution Automation into Power System Operation,
    Edward H.P. Chan, Nokhum S. Markushevich; DA/DSM Conference, January
    1994, Florida
  49. Cost-Benefit Study for Distribution Automation at B.C. Hydro, Nokhum S.
    Markushevich (UCI), Ivan C. Herejk, Ron E. Nielsen ,Utility Consulting
    International, USA, , Distribution 2000 Conference, November 1993, Australia
  50. Functional Requirements and Cost-Benefit Study for Distribution Automation
    at B.C. Hydro, Nokhum S. Markushevich (UCI), I.C. Herejk, Ron Nielsen, 1993
    IEEE
  51. Voltage and VAR Control in Automated Distribution Systems, Nokhum S.
    Markushevich; DA/DSM Conference, January 1993, Palm Springs, California
  52. Intelligent Alarm Processing, Electric Power Research Institute (EPRI) TR-
    101576, Research Project #2944-04, Nokhum Markushevich (UCI), E.H. Chan, J.
    Birchfield.  December 1992
  53. Considerations in Intelligent Alarm Processing, E.H.Chan, N.S. Markushevich,
    R Adapa, Neural Network Computing for the Electric Power Industry, Proceeding
    of the 1992 Inns Summer Workshop, Lawrence Erlbaum Associates Publishers
  54. Interpretive Power System Alarm Processing Test Results, Edward H.P.
    Chan, Nokhum S. Markushevich, Ram Adapa EPRI; First International Forum on
    Applications of Neural Networks to Power Systems, July 1991
  55. Real Time Optimization of Power System Steady State Operating Conditions
    for Voltage and Reactive Power, N.B. Vladimirova, V.Costyushko, N.S.
    Markushevich (UCI), V.A. Timofeyev, N.P. Yemelyanov (USSR); CIGRE,September
    1990
  56. Loads Models for Calculations of Imbalanced Three-Phase Power Systems
    using the Newton Method, Kuznetsov V.G., Berman A.P., Fratkin A.I.,
    Elektrodinamika, No. 6, 1989, pp 95-100.
  57. Energy Conservation Control of Unbalanced Network Conditions in Power
    Systems, Kuznetsov V.G., Berman A.P., Fratkin A.I., Electrichestvo, 1989, No.5,
    pp 11-16, USSR.
  58. Microcomputer Software for Power System Control, Berman A.P., Zaderey A.
    V, Klipkov S.I., Elektricheskie Stantsii, 1989, No.9, pp 41-45
  59. Four-Phase Overhead Transmission Line, Mozirskiy V.I., Berman A.P.,
    Vakulenko C.E., Certificate of Invention No.1415308, 1989, USSR.
  60. The Models and Optimization of Electrical Network's Regimes, Nokhum S.
    Markushevich,  News of Latvian Academy of Science, pp.77 86, # 5, 1988.
  61. Influence of HVL Phase Imbalance on Operating Conditions in Power
    Systems, Shcherbina Y.V., Berman A.P., Zaderey A.V., Elektricheskie Stantsii,
    1988, No.5, pp 52-55, USSR
  62. Voltage Control and Electric Energy Conservation, Nokhum S. Markushevich
    (UCI), Moscow: Energoatomizdat, 1984, pp.1 100. Sofia: Technika, 1987, pp. 1
    -84.
  63. Thre-Phase Overhead Transmission Line, Berman A.P., Mozirskiy V.I.,
    Certificate of Invention No.14155308, 1987, USSR.
  64. Overhead Transmission Line, Berman A.P., Mozirskiy V.I., Certificate of
    Invention No.1476559, 1987, USSR
  65. Automated System for Operation Control,  N. S. Markushevich, Moscow, 1986,
    pp. 1-136
  66. Method of Capacitor Automatic Control, Nokhum S. Markushevich (UCI),
    Certificate of Invention, USSR # 1275409, 1986.
  67. Calculation of Unsymmetrical Operating Conditions in Power Systems Using
    Phase Coordinates, Berman A.P., Electrichestvo, 1985, No.12, pp 6-12, USSR
  68. Device for Automatic Voltage Control in Electric Networks, V.I. Zak, Nokhum
    S. Markushevich (UCI), Certificate of Invention, USSR # 288816, 1985.
  69. A Device for Frequency Dependent Power System Load Control, R. S.
    Rabinovich, Nokhum S. Markushevich, et al., USSR Certificate of Invention #
    1200360, 1984
  70. Conservation Power Control in the Electric Network Operation, Nokhum S.
    Markushevich, The News of Academy of Science of USSR: Power and Transport,
    # 3, 1983, pp.17-26
  71. Analysis of Imbalanced Three-Phase Power Systems, Berman A.P., Zaderey
    A.V., Elektrodinamika, 1983, No.4, pp 72-77, Ukraine
  72. Reactive Power Control in Power System, Nokhum S. Markushevich,
    Electrichestvo, # 9, 1982, pp.1-5.
  73. Device for Reactive Power Source Control, Nokhum S. Markushevich (UCI),
    Certificate of Invention USSR. # 922703, 1981.
  74. Principles of the Automated Control of Electric Network Operation, Nokhum
    S. Markushevich, The News of Academy of Science of USSR: Power and
    Transport, ~ 4, 1980, pp. 1-49.
  75. Automated Control of 6 20 kV Electric Network Operations, Nokhum S.
    Markushevich.  Moscow: Energiya, 1980, pp. 1-208.
  76. Enhancement of the Authenticity of the Electric Network Power Flow
    Calculation, Nokhum S. Markushevich (UCI), Electrichestvo, # 12, 1979, pp. 1-5.
  77. Under-frequency Load Shedding in Power Systems, N. S. Markushevich,
    Moscow, Energija, 1975
  78. Voltage Quality in Urban Electric Networks, Nokhum S. Markushevich (UCI), L.
    A. Soldatkina. Moscow: Energiya, 1975, pp. 1-256
  79. Monitoring and Analysis of the Quality of Network Voltage by Means of
    SAKN-Type Devices, Nokhum S. Markushevich, Electriches¬tvo, # 3, 1975, pp.
    79-83
  80. Informational Support for Controlling the Quality of Electric Energy, Nokhum
    S. Markushevich,  Electrichestvo # 11, 1974, pp. 11-17
  81. Device for Recording the Changes of AC Voltage Wave Form, Nokhum S.
    Markushevich, D.D. Kriket, Certificate of Invention, USSR ~ 385238, 1973.
  82. Measuring the Daily Profiles of Network Operation Characteristics, Nokhum
    S. Markushevich, D.D. Kriket,  Electrichestvo, # 9 1973. pp. 73-76
  83. Automatic Frequency Load Shedding in USSR Power Systems, G.Boutin, N.
    Markushevich (UCI), M. Portnoy, at al. CIGRE, 34-04, 1972
  84. Voltage Wave Form in Transmission Network, Nokhum S. Markushevich,
    Electricheskie Stancii, # 7, 1972, pp. 65-67.
  85. Utilization of Statistical In¬formation about Voltage Quality in Electric
    Networks, J.D. Barkan, Nokhum S. Markushevich. Moscow: Energiya, 1972, pp.
    1-120.
  86. Design of Semiconductor Capacitor Type Timers, Nokhum S. Markushevich,
    Electrichestvo # 2, 1971, pp. 58-62.
  87. Under-Frequency Load Shedding as a Means for Automatic Elimination of
    Emergencies, J.D. Barkan, Nokhum S. Markushevich (UCI), R.R. Rudzitis, V.N.
    Golubev, Electricheskie Stancii # 5, 1966, pp. 74-78.
  88. An Under-frequency Relay with Time Delay, Nokhum S. Markushevich, USSR
    Certificate of Invention # 201504, 1964;
  89. Selective System of Automatic Reclosing after Automatic Frequency Load
    Shedding, Nokhum S. Markushevich (UCI),   Electricheskie Stancii, #7 1964, pp.
    71-73.
  90. Utilization of the Multiscale Slide Rule for Load Distribution Among Thermal
    Power Station Units, J.D. Barkan, N. S. Markushevich, Electricheskie Stancii, #
    8, 1963, pp. 25-28.
  91. Statistical Analyzer for Vol¬tage Quality, Nokhum S. Markushevich, J.D.
    Barkan, Certificate of Invention, USSR, # 163422, 1962.
  92. Statistical Analyzer for Voltage Deviation, Nokhum S. Markushevich, J.D.
    Barkan, Certificate of Invention, USSR, # 161407, 1962.
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