Remote control device debugging system and method

Abstract

The invention provides a remote control device debugging system and method. The system comprises to-be-debugged field control devices, field debugging computers, a first Internet access device, a second Internet access device and a remote debugging computer, wherein the first Internet access device accesses to the field debugging computers of the Internet and is in communication connection with the field control devices, the second Internet access device accesses to the remote debugging computer of the Internet, logs in the field debugging computers through remote control software and takes over operation control rights of the field debugging computers, and remote debugging, maintenance and software upgrade of the field control devices are carried out by the remote debugging computer through the field debugging computers. The system is advantaged in that concentrated remote debugging, maintenance and software upgrade of the field control devices distributed at different geographic positions can be carried out to guarantee that the field control devices timely acquire debugging, maintenance and upgrade, and background technical support for realizing long-term safe and reliable operation can be further provided.

Description

technical field [0001] The invention relates to the technical field of communication control, in particular to a system and method for remote debugging of a control device. Background technique [0002] At present, when various engineering facilities are in the construction stage, after all automatic control devices are installed in place, on-site debugging will be carried out. At the same time, at the initial stage of the automatic control device being put into operation, it is necessary to adjust and modify the control strategy, program operation and parameters of the control device according to the time situation to ensure the safe and reliable operation of the automatic control device. After the control device is put into operation, once a fault occurs, the control software needs to be analyzed, monitored and debugged on-site. [0003] And because many engineering facilities (for example, hydropower stations) are mostly distributed in remote mountainous areas, it takes ...

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Problems solved by technology

[0003] However, since many engineering facilities (for example, hydropower stations) are mostly distributed in remote mountainous areas, it takes a long time for professionals to arrive at the site, resulting in a long waiting time for the control device to be processed, and in many cases, it has to be run sick or out of operation

At the same time, when the control strategy of the control device needs to be modified or the control device breaks down and needs to be dealt with by professionals, the professionals cannot arrive in time to deal with it, which will affect the safe and reliable operation of the equipment

In addition, the operating parameters of the control device are often set based on experience, which cannot be modified and optimized according to the actual operation of the control device

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