Core Viewpoint - The article discusses the challenges faced by traditional power operation and maintenance (O&M) models and how the AcrelCloud-1000 power O&M cloud platform addresses these issues through technological innovation, showcasing successful applications across various industries [1][2][19]. Group 1: Challenges in Traditional O&M Models - Traditional power O&M faces several pain points, including long feedback times due to manual problem reporting, time-consuming on-site inspections, the need for professional personnel for equipment maintenance, lack of standardized inspection processes, closed local monitoring system data, and inconsistent service quality [2]. - These issues have become more pronounced as the scale of power grids continues to expand [2]. - National policies since the "13th Five-Year Plan" have emphasized the need for a highly informationized and automated new generation power system, providing support for the digital transformation of power O&M [2]. Group 2: Advantages of AcrelCloud-1000 Platform - The AcrelCloud-1000 platform utilizes cutting-edge technologies such as internet communication, cloud computing, and big data analysis to achieve comprehensive digital upgrades in substation O&M [7]. - The platform features six core advantages: flexible architecture supporting various device connections, comprehensive monitoring capabilities, a reliable corporate background as a publicly listed company, a complete product ecosystem, stable data services with edge computing and encrypted transmission, and ongoing technical support [9]. - The platform covers eight key functional areas, including power monitoring, environmental monitoring, real-time alarms, power quality analysis, safe electricity usage, equipment file management, energy efficiency analysis, and value-added services, achieving an integrated approach to measurement, control, management, and maintenance [11]. Group 3: Successful Application Cases - The AcrelCloud-1000 platform has been successfully applied in various industries, demonstrating significant results: - In a project for a large commercial complex in Zhengzhou, the platform was deployed with three gateways and nearly 200 instruments, enabling power monitoring and environmental monitoring across 26 floors of office space, 14 hotel floors, and four commercial facilities, leading to the client purchasing the platform outright after stable operation [12]. - For a public transportation project in Yinchuan, the platform was used to upgrade 28 bus station power distribution rooms, integrating smart gateways, electric meters, environmental monitoring devices, and cameras for unified monitoring of electricity and environmental data [14]. - In a high-end park project in Beijing, over 1,100 smart electric meters and cameras were installed, allowing for a reduction in on-site personnel from 12 to zero, significantly lowering O&M costs [14]. - A project for a power group in Shanghai completed the upgrade of 150 substations within a month, achieving real-time monitoring, instant alarms, and O&M dispatch linkage, enhancing the intelligence level of power supply services [16]. - A project for a smart energy company in Jiangsu provided a visually appealing and user-friendly alternative to a third-party platform, gaining client recognition [18]. - In a project for a power engineering company in Jilin, the addition of environmental monitoring devices and smart electric meters resolved issues with power outages, achieving the goal of "unmanned operation and real-time monitoring" [18]. Group 4: Conclusion - The successful application of the AcrelCloud-1000 platform indicates that digital transformation is a key pathway to enhancing the efficiency and quality of power O&M [19]. - With the advancement of "dual carbon" goals and the construction of new power systems, intelligent O&M platforms will play an increasingly important role in ensuring grid safety and improving energy efficiency [19]. - For various electricity-consuming enterprises, early adoption of intelligent O&M systems will be a wise choice to address energy challenges and achieve sustainable development [20].