ZOU Jin,YUAN Shuang,XUAN Peizheng,et al.Game Analysis of Energy Bidding for Wind Farms Considering Forecasting Error[J].AUTOMATION OF ELECTRIC POWER SYSSTMS,2020,44(01):219-225.
ZOU Jin,YUAN Shuang,XUAN Peizheng,et al.Game Analysis of Energy Bidding for Wind Farms Considering Forecasting Error[J].AUTOMATION OF ELECTRIC POWER SYSSTMS,2020,44(01):219-225. DOI: 10.7500/AEPS20190214006.
Game Analysis of Energy Bidding for Wind Farms Considering Forecasting Error
With the in-depth development of power market reform in China
renewable energy sources such as wind power need to compete with traditional power sources such as thermal power
while the uncertainty of renewable energy sources greatly increases their gaming difficulty in the market. By focusing on the benefit gaming problem of wind farms with energy bidding mode and considering the uncertainty and forecasting error of wind power
the analytical formula of the market gaming equilibrium is deduced with different bidding combinations of wind farms based on the day-ahead and intraday two-stage spot market model
and actual wind power output and forecasting data are used for market simulation to verify the formula. The wind power bidding results with market equilibrium are analyzed. The results show that optimal bidding strategy of wind farms with energy bidding mode is related to their wind power forecasting value as well as forecast error
and wind farms can reduce the risk of bidding revenue by improving forecasting accuracy. Meanwhile
the bidding strategy of wind farms appears energy withholding in the day-ahead market
which aggravates the speculative behavior of wind farms and increases the risk of market operation.
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