mid the wave of digital transformation in the manufacturing industry, utility systems serve as the "lifeline" of an enterprise. Their operational efficiency directly determines the control of production costs and the progress of green and sustainable development. Through in-depth analysis of historical energy consumption data, the company has clearly recognized that utility equipment represents a major source of energy consumption. Against this backdrop, a transformation centered on "cost reduction and efficiency improvement" has become imperative.
On April 15, 2026, the successful connection of the last on-site equipment marked the completion of a key phased goal in the intelligent upgrade and renovation project of the company’s utility system. Jointly promoted by the Engineering Department and the IT Department, the project leveraged the professional strengths of both teams. Centering on the goal of "independent control and reduced reliance on third parties", the two departments conducted multiple rounds of demonstration and scheme selection covering underlying hardware and upper-layer software, and finally adopted KingView industrial automation monitoring software.
Relying on this platform, the company has built a plant-wide centralized management and visual control system, realizing real-time monitoring and unified scheduling of the operating status of all utility systems. The completion of this upgrade has not only improved the operational efficiency and reliability of the utility system, but also laid a solid foundation for the company’s subsequent digital and intelligent transformation, standing as another important milestone in the high-quality development journey of the enterprise.
Breaking Data Barriers and Reshaping Management Logic
The core of this renovation lies in the thorough elimination of "information silos". Adopting industrial Ethernet technology, the project team integrated key facilities including purified air-conditioning systems and water chillers distributed in Workshop 201, Workshop 202, Workshop 203 and the batching center into the unified KingView monitoring platform. Supported by the software’s powerful data acquisition and standardized processing capabilities, fragmented and isolated equipment data has been fully aggregated, achieving comprehensive data coverage and centralized visual management on a single screen.
Operators no longer need to travel frequently between workshop sites. Instead, they can monitor real-time equipment operating parameters and fault alarm information through high-definition configuration screens in the central control room. This shift has upgraded the management model from manual inspection to technology-based supervision. Meanwhile, remote start-stop and automatic regulation functions have greatly reduced manual inspection frequency and significantly improved overall management efficiency.
Unlocking Data Value to Build a Smart Factory Foundation
Notably, the launch of the system not only realizes visualized equipment management, but also enables seamless data connectivity between underlying equipment and upper-level management systems. The KingView centralized control system reserves standard data interfaces for upper-level platforms, laying a solid foundation for the future seamless integration of MES (Manufacturing Execution System) and ERP (Enterprise Resource Planning) systems.
The successful application of KingView drives a fundamental shift from experience-driven to data-driven operations and from passive maintenance to predictive maintenance. It greatly enhances the reliability and stability of the company’s utility systems and builds a perceptive, analyzable and controllable smart energy ecosystem for the enterprise. Moving forward, the company will continue to deepen digital operation empowerment, enabling data to serve as a core engine for sustained high-quality development.
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