Full-sensor, visible, and controllable people, machines, materials, methods, and environment at engineering sites
Functional Overview
Based on OpenHarmony (KaihongOS), create the "Energy Hong" exclusive industry intelligent IoT ecosystem platform, achieving full-sensor, visible, and controllable people, machines, materials, methods, and environment at engineering sites.
Customer Pain Points
Difficult on-site supervision of engineering projects, frequent safety accidents, and lack of real-time perception of equipment status and construction progress.
Site management, equipment status, and construction progress lack real-time perception.
Existing IoT systems have inconsistent standards and serious data silos.
Lack of domestic autonomous and controllable IoT base.
Solution Advantages
Full-element penetration: Every project site, workpiece equipment, operator, and construction link is real-time controllable; engineering auxiliary decision-making covers design, schedule, and quality management; concrete strength prediction goes from "waiting for days" to "second-level prediction".
Three-flow integration: Deep integration of data flow, business flow, and supervision flow; power equipment defect diagnosis changes from "master's experience" to "second-level precise identification"; defect cause analysis time is shortened to 1%, experience inheritance conversion rate improves by 50%.
Domestic autonomous and controllable: Based on OpenHarmony, passing Ministry of Public Security security testing and certification.
Industry standard participation: Participating in the formulation of standards such as Electric Hong and Construction Hong.
Deploy thousands of high-precision sensors and edge computing nodes, using AI modeling for multi-parameter collaborative analysis, achieving precise assessment of equipment health status, with average fault response speed improved by over 90%.
