Method and system for day-ahead generation schedule establishment of energy base system

Abstract

The present invention relates to a method and a system for day-ahead generation schedule establishment of an energy base system. The method comprises the steps of: 1) establishing a day-ahead generation schedule optimization model of an energy base system comprising a direct current regulating measure according to wind power prediction information obtained in advance; 2) establishing a plurality of application examples by employing different types of wind power prediction information as input variables of the day-ahead generation schedule optimization model of the energy base system, and determining an optimal day-ahead generation schedule of the energy base system according to the obtained operation index comparison result of the energy base system and focused operation indexes. The method can integrate the wind power prediction information into the optimal model to perform comparison, analysis and verification, and considers the direct current regulation measure to obtain a better economic performance on the premise of reasonable operation of the system. Therefore, the method provided by the invention can be widely applied to the day-ahead generation schedule establishment of theenergy base system.

Description

technical field [0001] The present invention relates to the field of making day-ahead power generation plans for electric power systems, in particular to a method and system for making day-ahead power generation plans for energy base systems that take wind power uncertainty into consideration, and is mainly used for making day-ahead power generation plans during the operation of energy base systems. Background technique [0002] In the current operation mode of wind-fired bundled DC transmission, most of the supporting thermal power and DC operation only support wind power consumption by roughly retaining system backup methods, and the initial design of using thermal power to stabilize the volatility of wind power has not yet been fully realized. Considering the optimal dispatch of wind power, thermal power and DC operation of the UHV DC sending end energy base system, the key is to solve two main problems: one is to make reasonable use of wind power forecast information; the...

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Problems solved by technology

[0002] In the current operation mode of wind-fired bundled DC transmission, most of the supporting thermal power and DC operation only support wind power consumption by roughly retaining system backup methods, and the initial design of using thermal power to stabilize the fluctuation of wind power has not yet been fully realized

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