Operational impacts of wind generation on California power systems

  • Makarov Y
  • Loutan C
  • Ma J
 et al. 
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Abstract

The paper analyzes the impact of integrating wind generation on the regulation and load following requirements of the California Independent System Operator (CAISO). These requirements are simulated and compared for the study cases with and without wind generation impacts included into the study for the years 2006 and 2010. Regulation and load following models were built based on hour-ahead and five-minute ahead load and wind generation forecasts. In 2006, the CAISO system peaked at 50 270 MW. Wind generation (at the installed capacity of 2600 MW) had limited impact on the requirement of load following and regulation in the CAISO Balancing Authority. However, in 2010 (with an expected installed capacity of approximately 6700 MW), this impact will significantly increase. The results provide very useful information for the CAISO to adjust its scheduling and real-time dispatch systems to reliably accommodate future wind generation additions within the CAISO Balancing Authority.

Author-supplied keywords

  • Capacity
  • Load following
  • Load forecast
  • Ramp rates
  • Real-time dispatching
  • Regulation
  • Scheduling
  • Swinging door algorithm
  • Wind generation forecast
  • Wind power

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Authors

  • Yuri V. Makarov

  • Clyde Loutan

  • Jian Ma

  • Phillip de Mello

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