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随着大运行体系建设的不断深入,调控中心的远方遥控操作要求实现到冷备用状态,这就对调控远方遥控操作的安全性、可靠性提出了更高的要求。文中基于智能电网调度控制系统,研究了实现调控和防误一体化的远方操作安全防误技术,对其中的调控和防误一体化建模、统一防误采集规范、一体化防误逻辑规则生成等关键技术给出了具体的解决方案。该防误技术已经成功应用于某智能电网调度控制系统,建立了调控与防误一体化的智能操作管理系统,解决了远方遥控到冷备用状态的关键技术问题。
With the ever-deepening development of the grand operation system
the remote control operation of the dispatching and control center is required to support the cold stand-by mode. This means that higher requirements for safety and reliability are made on remote control operation in the dispatching and control center. Based on the smart grid dispatching and control system
the safety anti-misoperation technology of remote operation is studied for realizing the integration of dispatching control and anti-misoperation. Specific solutions are provided to such key technologies as the integrated modeling of dispatching control and anti-misoperation
the specifications of communication protocols for anti-misoperation
and the generation of integrated logical rules for anti-misoperation. The technology has successfully been applied in a smart grid dispatching and control system in creating an integrated dispatching control and anti-misoperation smart operation system. Having solved the key technical issues of the cold stand-by mode of remote control and improved the security of grid operation
the scheme is of reference value to duty work at unattended substations.
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