Generator controlling apparatus for task customization

Abstract

The invention provides a generator controlling apparatus for task customization. The apparatus includes: a relay protection module, a power-on function module, a power-off function module, a power adjusting module, and a task list management module which is in separate connection to the power-on function module, the power-off function module and the power adjusting module, and a task management device which is connected to the task list management module, and a task filtering unit which is connected to the task management device, and a task execution unit which is connected to the task filtering unit. According to the embodiments of the invention, the apparatus can perform relay protection on a generator, can implement automatic power-on and power-off and adjust power, and based on the on-site reality, make customer-tailored power-on, power-off and power adjustment, such that the generator can work automatically and regularly based on the task list, obviates the need for manual operation, and increases intelligent level of the generator.

Description

technical field [0001] The invention relates to the field of generator control, in particular to a generator control device supporting task customization. Background technique [0002] In the generator device in the power system, relay protection and automatic control are the two main tasks to ensure the intelligent and safe operation of the generator. In small and medium-sized power stations, in order to realize the Generally, the method of integrating relay protection and generator control into the generator protection control device is adopted. However, in the prior art, when the generator is required to perform a certain work task, manual operation is required. For example, when starting and shutting down the generator every day, the operator needs to interact with the generator protection and control device every day to operate the startup and shutdown. Shutdown process, to achieve the effect of turning on and off, the efficiency of manual operation is very low, and th...

AI Technical Summary

Problems solved by technology

However, in the prior art, when the generator is required to perform a certain work task, manual operation is required. For example, when starting up and shutting down the generator every day, the operator needs to interact with the generator protection and control device every day to operate the startup, startup, and shutdown. Shutdown process, to achieve the effect of turning on and off, the efficiency of manual operation is very low, and there may be problems such as operating errors due to improper operation by the operator or the execution time does not meet the requirements.

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