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In view of the content and risks of each operation stage in power generation enterprises, and with the goal of ensuring the safety of personnel, equipment, and the operation process, the system adopts a "technical defense + human defense + material defense" management approach. By integrating digital technology with power plant operation management, it enables measurable, visible, predictable, and controllable operations. This approach comprehensively manages operational risks, improves efficiency, and supports the construction of intrinsically safe intelligent power plants.
Operation process, technologically controlled
By using the "two tickets and three systems" business as the control target, and based on the closed-loop management concept (PDCA) driven by data and business, the system applies systems engineering methods to ensure the accuracy and completeness of safety measures throughout the operation process.
Operation site, technologically implemented
By applying intelligent lockout, status monitoring, and IoT-based technical prevention measures, the system ensures the interconnection of personnel, equipment, and work tasks, and guarantees that safety measures are accurately enforced on-site during operations.
Operation risks, technologically prevented
Relying on intelligent monitoring and recognition technology, and based on work tasks and safety risk control models, the system achieves intelligent identification of human behavior and operational safety risks. It automatically associates and warns based on the work tasks, equipment status, and work environment.
Operation supervision, technologically enabled
The system intelligently recognizes information such as personnel, location, time, and violations based on work task information by using intelligent video analysis, wireless positioning, 3D modeling, and process monitoring technologies. It also provides intelligent safety risk warnings and panoramic displays of the system.
科技赋能 智慧升级-优特科技助力钰海电厂打造明珠工程
京能钰海电厂位于粤港澳大湾区核心城市珠海,是广东省重点经济循环示范项目。优特科技助力钰海电厂打造明珠工程,为该项目提供由智能防误、智能接地线管理、检修隔离管理、智能钥匙管理等组成的电厂作业安全管控解决方案。
优特助力官地水电打造数字电站
官地水电站,位于四川省西昌市和盐源县交界的雅砻江上,是西电东送骨干电源点。电站总装机容量240万千瓦,每年可向川渝电网和华东电网输送117.76亿千瓦时清洁优质的电能。
发电典型业绩案例
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优特科技“发电企业现场作业安全管控系统”获评“国际领先”
中国电力企业联合会在广东省珠海市组织召开了优特科技研制的“发电企业现场作业安全管控系统”新产品技术鉴定会。鉴定委员会认为:优特产品的综合技术性能达到国际领先水平。
科技兴安,优特科技助力中国水电站安全生产 - 来自 CCTV 对二滩水电站的报道
近日,中央电视台中文国际频道报道了二滩水电站在精细化管理方面的实施情况:二滩水电站将运行操作的可靠性提升至99%以上,有效防范了误操作事故的发生,他们是如何做到的?请点击下方视频看答案。
Focusing on the intelligent O&M system of energy storage stations, this solution provides intelligent monitoring and management of battery status, power environments, fire protection, and safety. On-site operational safety is proactively managed by taking intelligent management and control measures. The system integrates business operations, supporting comprehensive monitoring of energy storage equipment with real-time data collection and analysis, addressing the pain points in energy storage station O&M management
In response to the wind farm management model of "remote centralized control, unmanned operation, and minimal staffing," an intelligent management and control solution is developed. This solution addresses business needs such as centralized control operations, on-site tasks, intelligent inspections, intelligent auxiliary controls, and intelligent supervision. It enables intelligent O&M for wind farms, ensuring operational safety, improving efficiency, and supporting the implementation of the "remote centralized control and intelligent operations" model for new energy
In response to the management model of new energy facilities characterized by "remote centralized control, unmanned operation, and minimal staffing," a two-level operations and maintenance control system is established for the centralized control center and new energy sites. This system is designed to address business needs such as centralized control operations, on-site tasks, intelligent inspections, intelligent auxiliary controls, and intelligent supervision. It enables efficient, centralized management of multiple new energy sites and facilitates intelligent operations and maintenance, ensuring operational safety, enhancing efficiency, and supporting the realization of the "remote centralized control and intelligent operations" model for new energy.
Hydropower enterprises are characterized by large plant areas, complex structures, and multiple operation points. Traditional "human defense + system" management methods are insufficient to cope with safety management in field operations. In view of the content and risks of each operation stage in hydropower enterprises, and with the goal of ensuring the safety of personnel, equipment, and the operation process, the system adopts a "technical defense + human defense + material defense" management approach. By integrating digital technology with power plant operation management, it enables measurable, visible, predictable, and controllable operations. This approach comprehensively manages operational risks, improves efficiency, and supports the construction of intrinsically safe intelligent power plants.
Thermal power enterprises are characterized by large-scale, densely packed equipment, complex processes, tightly coupled production, and multiple high-temperature, high-pressure, and flammable areas. Traditional management methods that rely on "human oversight + procedures" are insufficient to address the safety management challenges of on-site operations. In view of the content and risks of each operation stage in thermal power enterprises, and with the goal of ensuring the safety of personnel, equipment, and the operation process, the system adopts a "technical defense + human defense + material defense" management approach. By integrating digital technology with power plant operation management, it enables measurable, visible, predictable, and controllable operations, comprehensively manages operational risks, improves efficiency, and supports the construction of intrinsically safe intelligent power plants.
With data integration and business collaboration as the main focus, the intelligent O&M safety management and control system for the petrochemical industry enables comprehensive and intelligent management of petrochemical power supply systems, providing support for safety assurance, efficiency improvement, emergency response, and green energy savings. The system comprehensively controls unsafe behaviors of personnel and unsafe factors in equipment, ensuring the effective implementation of safety production regulations, eliminating equipment safety hazards, preventing accidents, and building a safety management system for the entire power supply O&M process.
To address the business needs of intelligent O&M under the "centralized control station+unattended substation+equipment owner system" model of power grid companies, the system utilizes key technologies such as "PMS interconnection, remote control (sequence control) constraints, operation rights management, and information monitoring" to address issues such as low efficiency of ticket preparation at the centralized control main station, lack of safety constraints in remote/sequence control operations, incomplete control information, and insufficient business coordination between systems. This supports the new substation O&M management model and enhances the safety management and control level of regional power grids.
With "safety and efficiency" as the goal, and "business collaboration" and "data integration" as the core, based on the requirements of one-click sequence control, intelligent substations, and centralized control station construction, the system adheres to the new-generation architecture of substation secondary products that are autonomously controllable and compliant with information security standards. It relies on new technologies such as "big data, cloud computing, IoT, AI, and intelligence" and introduces innovative applications such as intelligent sensing, intelligent ticketing, intelligent verification, and intelligent maintenance. This expands anti-misoperation control from primary equipment operations to secondary equipment operations, maintenance tasks, and O&M activities, achieving comprehensive anti-misoperation safety management and control.
JOYO advanced minicomputer-based anti-misoperation integrated operation system has evolved through three generations of substation microcomputer anti-misoperation technology, accumulating experience from over 40,000 substations. By introducing innovative design concepts and leading key technologies, it serves such functions as simulated operation, anti-misoperation interlocking, and operation ticket management. The system utilizes a computer key to unlock on-site equipment, receive, and transmit data, while various locks are used to interlock on-site equipment, preventing electrical misoperations and ensuring safe and controllable disconnector operations.