摘要：【中文】本发明公开了融合海流能发电的海岛微网系统，包括微网控制中心站的站内快速控制系统和站外较长时间尺度控制系统，站内快速控制系统的中央控制器、模式切换控制器和站内间隔微电网智能终端均与过程层交换机通过光纤相连，对时服务器控制中央控制器、模式切换控制器和站内间隔微电网智能终端保持快速同步；站外较长时间尺度控制系统包括能量管理系统和站外海流能发电装置，能连管理系统和站外海流能发电装置通过工业级交换机相连，站内快速控制系统中的中央控制器、模式切换控制器和站内间隔微电网智能终端也均与较长时间尺度控制系统的工业级站外交换机相连。本发明的优点是：保证了海岛微电网系统的可靠、稳定运行。 【EN】The invention discloses an island microgrid system fusing ocean current energy for power generation, which comprises an in-station rapid control system and an out-station longer time scale control system of a microgrid control central station, wherein a central controller, a mode switching controller and an in-station interval microgrid intelligent terminal of the in-station rapid control system are all connected with a process layer switch through optical fibers, and a time synchronization server controls the central controller, the mode switching controller and the in-station interval microgrid intelligent terminal to keep rapid synchronization; the off-station long time scale control system comprises an energy management system and an off-station ocean current energy power generation device, the energy management system and the off-station ocean current energy power generation device can be connected through an industrial-grade switch, and a central controller, a mode switching controller and an intra-station interval microgrid intelligent terminal in the intra-station rapid control system are also connected with the industrial-grade off-station switch of the long time scale control system. The invention has the advantages that: the reliable and stable operation of the island micro-grid system is ensured.

摘要：【中文】本发明公开了一种电力系统自动识别故障告警方法，每隔一段时间自动查找调控云库保护告警信号，并进行过滤；经过过滤后的告警信号是否已经复核，未复核的进入下一步骤，已复核的结束任务；判断故障信号对应的设备类型和保护信号类型；判断是否为操作产生，如果是操作产生结束任务，如果不是操作产生，判断是否为真实故障，如果是进入下一步骤，如果不是结束任务；对重合闸动作情况和保护动作情况进行分析，判断故障线路电压等级高于220kV的线路需要对相别进行分析，然后进入下一步，其余等级线路直接进入下一步；将分析结果进行短信推送。优点是：表达直观、灵活、易于理解，具备故障告警信息智能筛选功能；借助调控云大数据，并具备短信发送功能。 【EN】The invention discloses an automatic fault identification and alarm method for an electric power system, which automatically searches a protection alarm signal of a regulation cloud base at intervals and filters the protection alarm signal; if the filtered alarm signal is rechecked, entering the next step if the alarm signal is not rechecked, and ending the rechecked task; judging the equipment type and the protection signal type corresponding to the fault signal; judging whether the operation is generated, if the operation is generated, ending the task, if the operation is not generated, judging whether the operation is a real fault, if the operation is generated, entering the next step, and if the operation is not generated, ending the task; analyzing the reclosing action condition and the protection action condition, judging that the lines with the voltage level higher than 220kV of the fault line need to analyze the phase, then entering the next step, and directly entering the next step by the lines with the other levels; and pushing the analysis result by a short message. The advantages are that: the expression is visual, flexible and easy to understand, and the intelligent screening function of the fault warning information is realized; by regulating and controlling cloud big data, the method has a short message sending function.

摘要：【中文】本发明提供的是一种从监控告警信号的角度对电网设备进行精准动态画像，进一步了解设备运行工况和健康程度的办法。本发明以监控告警信息为基础，对公用设备信号、电网事件信号进行清洗过滤。通过对一、二设备的深入研究、剖析，根据不同的设备原理建立设备特征点知识库。利用自然语言解析以及深度学习技术，将遥信告警信号进行标准化处理，使计算机能够准备、有效理解告警信号的含义，实现设备的动态画像，变电站运行评估全覆盖。提高已有信息资源利用率的同时，解放人工生产力，增强对变电站设备的把控能力，为发现电网薄弱环节提供有效数据支撑。 【EN】The invention provides a method for accurately and dynamically portraying power grid equipment from the perspective of monitoring alarm signals and further knowing the operation condition and the health degree of the equipment. The invention cleans and filters public equipment signals and power grid event signals based on monitoring alarm information. Through the deep research and analysis of the first and second devices, a device feature point knowledge base is established according to different device principles. By utilizing natural language analysis and deep learning technology, the remote signaling alarm signal is standardized, so that a computer can prepare and effectively understand the meaning of the alarm signal, the dynamic portrait of equipment is realized, and the operation evaluation of a transformer substation is fully covered. The method has the advantages that the utilization rate of the existing information resources is improved, meanwhile, the manual productivity is liberated, the control capacity of the substation equipment is enhanced, and effective data support is provided for discovering weak links of the power grid.

摘要：【中文】本发明公开了一种保全局部电网稳定性的主动解列方法，包括以下步骤：确定重要负荷中心和主要配套电源所在的局部电网的区域边界；确定隔离局部电网的最优主动解列断面；确定需要实时监测的相关电气量；实时监测相关电气量，判断是否需要主动解列，在触发主动解列的同时触发孤岛的紧急控制。本发明能够隔离主网的严重故障影响，保障局部电网的稳定运行，最大限度减小重要负荷的损失。 【EN】The invention discloses an active splitting method for preserving the stability of a local power grid, which comprises the following steps: determining the regional boundary of a local power grid where an important load center and a main matched power source are located; determining an optimal active splitting section for isolating a local power grid; determining related electrical quantity needing to be monitored in real time; and monitoring related electrical quantity in real time, judging whether active splitting is needed or not, and triggering emergency control of an island while triggering the active splitting. The invention can isolate the serious fault influence of the main network, ensure the stable operation of the local power grid and reduce the loss of important loads to the maximum extent.

摘要：【中文】本发明公开了一种人员安全管控方法及装置。该方法包括：确定人员的工作状态信息，所述工作状态信息包括用户属性信息、有效时间信息、有效权限信息；基于所述工作状态信息确定至少一个目标活动区域、至少一个目标活动时间、和操作权限；根据所述至少一个目标活动区域、所述至少一个目标活动时间、所述操作权限生成所述人员的工作权限卡；以及基于所述工作权限卡对所述人员进行安全管控。本公开涉及的人员安全管控方法及装置，能够自动识别外来人员和具体任务，进行有效的访问控制策略与协同管理机制建立外来人员程序化安全管控体系。 【EN】The invention discloses a personnel safety control method and a personnel safety control device. The method comprises the following steps: determining working state information of personnel, wherein the working state information comprises user attribute information, effective time information and effective authority information; determining at least one target activity area, at least one target activity time and operation authority based on the working state information; generating a work authority card of the personnel according to the at least one target activity area, the at least one target activity time and the operation authority; and carrying out safety control on the personnel based on the work authority card. The personnel safety management and control method and the personnel safety management and control device can automatically identify the external personnel and specific tasks, and carry out effective access control strategy and cooperative management mechanism to establish a programmed safety management and control system for the external personnel.

摘要：【中文】本发明公开了一种多目标资源调度自动化管控方法及装置。该方法包括：获取来自移动物联网终端的任务信息；确定多个目标资源的空闲信息；基于所述空闲信息与所述任务信息进行所述多个目标资源的动态建模，生成调度信息；以及基于所述调度信息对所述多个目标资源进行调度。本公开涉及的多目标资源调度自动化管控方法及装置，能够实时、高效、精确的对调度自动化中的管控数据动态进行更新和呈现，对资产进行实时监控、智能盘点和高效管理。 【EN】The invention discloses a multi-target resource scheduling automatic control method and device. The method comprises the following steps: acquiring task information from a mobile Internet of things terminal; determining idle information of a plurality of target resources; performing dynamic modeling on the plurality of target resources based on the idle information and the task information to generate scheduling information; and scheduling the plurality of target resources based on the scheduling information. The multi-target resource scheduling automatic management and control method and device can update and present management and control data in scheduling automation dynamically in real time, efficiently and accurately, and perform real-time monitoring, intelligent inventory and efficient management on assets.

摘要：【中文】本发明公开了一种用于电力巡检机器人的方法及装置。该方法包括：电力巡检机器人根据预设参数启动执行巡检任务；在执行所述巡检任务的过程中获取实时网关图像；基于所述实时网关图像确定网关的状态；以及在所述网关的状态不满足预设参数时，基于自动插拔模式识别模型对所述网关进行处理。本公开涉及的用于电力巡检机器人的方法及装置，能够通过电力巡检机器人对电力设备进行自动化巡检和故障定位，还能够自动处理故障。 【EN】The invention discloses a method and a device for a power inspection robot. The method comprises the following steps: the power inspection robot starts to execute inspection tasks according to preset parameters; acquiring a real-time gateway image in the process of executing the inspection task; determining a state of a gateway based on the real-time gateway image; and processing the gateway based on an automatic plug-pull mode identification model when the state of the gateway does not meet the preset parameters. The method and the device for the power inspection robot can automatically inspect and locate the fault of the power equipment through the power inspection robot and can automatically process the fault.