玛尔挡公司大型智能水电站监控系统，是国内首个采用iDCS先进技术的监控系统，实现了硬件全国产化、软件全国产化、系统代码100%自主可控，同时集信息网络安全技术、扁平化网络结构技术、智能发电技术于一体，能够有效提升水电站设备智能化水平和生产运营效率。实现对水电站正常发电态时运行状态的实时监控、预警和故障诊断，提高电站的运维效率和安全性。

自监控系统调试工作启动以来，玛尔挡公司运行维护人员全力参与监控系统开发和调试，并制定了详细的调试方案和计划，严格按照操作规程实施。通过近一段时间对监控系统的各项功能进行全面检查和测试，排查出可能存在的问题和隐患47项，让监控系统更加稳定和可靠。

在调试过程中，玛尔挡公司监控小组和运行小组成员充分发挥专业优势，对监控系统进行了深入分析和优化。通过优化设备配置、提升系统兼容性等措施，有效解决了监控系统运行过程中可能出现的各种问题。同时，还针对性地加强了安全防范措施，确保监控系统在运行过程中不受外界干扰和攻击。经过连日来的奋战，玛尔挡公司监控小组和运行小组同监控厂家一道完成了大部分调试任务，监控系统的各项功能均得到了有效验证和测试。目前，监控系统的运行状况良好，各项数据指标均符合预期要求。

The large intelligent hydropower station monitoring system of Marblock Company is the first monitoring system using advanced iDCS technology in China, which realizes localization of hardware, localization of software, 100% autonomous and controllable system code, and integrates information network security technology, flat network structure technology, and intelligent power generation technology. It can effectively improve the intelligent level of hydropower station equipment and production and operation efficiency. It can realize real-time monitoring, early warning and fault diagnosis of hydropower station in normal power generation state, and improve the efficiency and safety of power station operation and maintenance.

Since the commissioning of the monitoring system started, the operation and maintenance personnel of Marblock company have fully participated in the development and commissioning of the monitoring system, and formulated a detailed debugging program and plan, which is implemented in strict accordance with the operating procedures. Through a recent period of comprehensive inspection and testing of various functions of the monitoring system, 47 possible problems and hidden dangers were identified, making the monitoring system more stable and reliable.

During the commissioning process, the members of the monitoring team and operation team of Marpad Company gave full play to their professional advantages and carried out in-depth analysis and optimization of the monitoring system. By optimizing device configuration and improving system compatibility, you can effectively solve various problems that may occur during the running of the monitoring system. At the same time, security precautions have also been strengthened to ensure that the monitoring system is not subject to external interference and attacks during operation. After days of hard work, the monitoring team and operation team of Marblock company have completed most of the debugging tasks together with the monitoring manufacturers, and the functions of the monitoring system have been effectively verified and tested. At present, the monitoring system runs well, and all data indicators meet the expected requirements.