Generation scheduling error electricity quantity distribution method based on load rate adjustment direction

Abstract

The invention discloses a generation scheduling error electricity quantity distribution method based on a load rate adjustment direction. The method comprises the following steps: suggested load ratescorresponding to various power plants are acquired; the total electricity generation quantity of all the power plants is calculated according to the suggested load rates corresponding to the variouspower plants; the total electricity generation quantity is subjected to first-round electricity quantity distribution according to the suggested load rates corresponding to the various power plants; the remaining error electricity quantity of the total electricity generation quantity after first-round electricity quantity distribution is counted; and the error electricity quantity is subjected tosecond-round electricity quantity distribution according to the suggested load rates corresponding to the various power plants. The invention further provides a generation scheduling error electricityquantity distribution device based on the load rate adjustment direction, terminal equipment and a storage medium. The error electricity quantity is reasonably distributed, the planning electricity generation quantities of the various power plants are promoted to be achieved in a balanced mode, and then the coordination and balance that a power grid scheduling mechanism arranges the various powerplants to execute the contract electricity quantities are improved.

Description

technical field [0001] The present invention relates to the field of automation, and in particular to a method, device, terminal equipment and storage medium for distributing power generation plan deviation based on load rate adjustment direction. Background technique [0002] With the continuous deepening of the reform of the power system, the proportion of electricity directly traded in the medium and long-term electricity plan is increasing. Especially at the monthly level, the power plan formed by superimposing the market power of each generating set and the base power needs to be completed by the power dispatching agency within the month through reasonable power generation planning arrangements as much as possible, and deviations must be carried out according to the actual dispatch results after the end of the month settlement. However, due to many uncertain factors in the actual operation of the system, the actual power generation of the unit may be inconsistent with ...

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Problems solved by technology

However, due to many uncertain factors in the actual operation of the system, the actual power generation of the unit may be inconsistent with the plan

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